MAGPIS: Galactic Discrete 20 cm Source Catalog

Name	Fpeak	Fint	E	RMS	Maj	Min	PA	MSX 8µm	MSX 21µm
l b	mJy/beam	mJy		mJy/beam	arcsec	arcsec	deg	Jy	Jy
5.04765– 0.19437	7.19	26.04		0.227	12.1	10.0	62.7	0.95	2.55
5.05524– 0.78086	3.17	6.22		0.499	10.1	6.5	175.3	...	...
5.05882– 0.44404	1.77	1.67		0.237	6.9	4.6	46.5	...	...
5.06781+ 0.67166	2.27	5.76		0.225	11.4	7.4	132.2	...	...
5.06827– 0.65951	1.74	2.47		0.323	7.9	6.0	156.4	...	...

5.07144– 0.78008	2.69	3.05		0.474	6.9	5.5	33.8	...	...
5.07454– 0.77869	2.78	6.85		0.474	14.6	5.7	11.3	...	...
5.09763– 0.04892	3.11	5.66		0.213	9.1	6.7	19.3	...	...
5.11121+ 0.09170	3.41	4.81		0.200	7.2	6.6	158.2	...	...
5.11743– 0.10586	5.35	8.06		0.256	8.4	6.0	35.1	...	...

5.11947– 0.48224	2.55	2.99		0.209	6.3	6.2	176.4	...	...
5.12538– 0.10885	9.23	12.17		0.241	7.3	6.0	31.6	...	...
5.14435– 0.59253	11.46	12.90		0.197	6.7	5.6	14.6	0.97	< 1.04
5.14898– 0.26241	2.43	4.09		0.234	8.8	6.4	47.1	...	...
5.16189+ 0.25943	7.36	21.18		0.186	14.1	6.9	79.8	...	...

5.16235+ 0.26250	4.56	8.99		0.186	9.3	7.1	156.5	...	...
5.16762– 0.15219	72.46	91.47		0.277	7.0	6.1	34.3	...	...
5.16834– 0.47185	11.86	13.98		0.191	6.8	5.8	28.2	...	...
5.18301+ 0.66452	2.51	5.82		0.261	9.7	8.0	133.7	...	...
5.19691– 0.37756	5.69	7.08		0.218	7.2	5.8	47.5	...	...

5.24736– 0.39049	5.36	6.30		0.222	6.8	5.8	24.4	...	...
5.25097– 0.08572	4.39	5.64		0.242	7.1	6.1	50.3	0.36	< 1.16
5.26011– 0.75436	196.65	247.03		0.423	6.7	6.3	19.4	...	...
5.26390+ 0.37717	3.03	15.86		0.214	16.4	10.7	61.2	...	...
5.27215– 0.23846	5.39	6.50		0.212	7.3	5.6	35.4	...	...

5.27563– 0.60999	4.49	11.72		0.226	10.4	8.4	43.6	...	...
5.27767+ 0.35452	1.16	3.00		0.197	10.9	7.9	151.8	...	...
5.28098+ 0.05392	4.00	7.07		0.188	8.8	6.7	138.7	...	...
5.28193– 0.22001	2.73	3.45		0.184	7.3	5.8	51.0	...	...
5.28244– 0.59929	1.46	6.61		0.226	15.3	9.9	103.2	...	...

5.28435– 0.59556	9.34	27.67		0.226	12.7	7.8	86.3	...	...
5.29891– 0.15628	3.78	3.95		0.194	6.7	5.2	23.1	...	...
5.34305+ 0.05433	1.25	1.67		0.186	8.8	5.1	169.0	...	...
5.34964– 0.14165	1.53	1.51		0.182	7.2	4.6	53.4	...	...
5.35486– 0.74240	7.70	9.36		0.364	7.1	5.8	50.2	...	...

5.35668– 0.76833	56.05	77.97		0.444	7.2	6.5	171.2	...	...
5.35983– 0.76963	46.59	65.84		0.444	7.6	6.2	177.7	...	...
5.38672– 0.67975	2.24	4.76		0.349	9.7	7.3	30.4	...	...
5.39361– 0.33103	1.50	2.16		0.172	7.3	6.6	77.6	...	...
5.41037– 0.52172	3.45	3.76		0.225	6.9	5.3	33.6	...	...

5.41401– 0.25804	3.76	5.24		0.162	7.8	6.0	57.6	...	...
5.41504– 0.25543	9.45	11.87		0.162	7.2	5.9	41.2	...	...
5.42277+ 0.16937	3.37	5.76		0.235	8.0	7.1	120.3	...	...
5.42321+ 0.61257	3.53	5.19		0.232	8.3	5.9	78.8	...	...
5.42725– 0.16872	3.22	4.61		0.153	7.8	6.2	20.5	...	...

5.45722– 0.23327	1.57	2.09		0.172	7.2	6.2	8.4	...	...
5.46025+ 0.12950	1.31	1.84		0.210	8.5	5.6	24.6	...	...
5.46467+ 0.64584	4.82	7.97		0.249	9.2	6.0	82.1	...	...
5.48149– 0.37246	2.28	2.70		0.190	6.9	5.8	24.2	...	...
5.48555+ 0.19214	18.34	29.16		0.229	7.7	6.9	107.2	...	...

5.48682– 0.79068	2.39	2.89		0.431	8.7	4.7	178.2	...	...
5.49480– 0.32216	2.37	3.09		0.193	7.8	5.6	22.2	...	...
5.51543+ 0.34741	1.17	3.50		0.215	14.4	6.9	167.9	...	...
5.53039+ 0.41076	2.92	16.09		0.229	20.1	9.2	62.0	...	...
5.55647– 0.37544	1.25	3.29		0.176	10.2	8.6	116.0	...	...

5.55740– 0.72279	5.86	8.32		0.261	7.6	6.3	3.8	...	...
5.57076– 0.04144	2.13	2.62		0.193	7.7	5.3	22.2	...	...
5.58670– 0.60795	13.89	23.33		0.205	8.2	6.9	160.2	...	...
5.59001– 0.24380	1.25	3.12		0.179	12.6	6.7	43.5	0.35	< 1.08
5.59177– 0.60970	4.69	7.11		0.205	7.9	6.4	169.0	...	...

5.59812+ 0.68580	1.51	3.72		0.298	12.9	6.4	11.2	...	...
5.62900– 0.29140	2.21	10.02		0.198	12.8	11.8	166.4	0.97	2.19
5.63207+ 0.23878	7.48	19.28		0.196	10.7	8.1	94.0	7.30	48.06
5.63751+ 0.23608	17.73	27.02		0.196	7.4	6.9	88.4	...	...
5.65674– 0.74314	24.63	41.74		0.273	7.8	7.2	141.5	...	...

5.67307– 0.51951	2.43	2.58		0.166	6.6	5.4	14.2	...	...
5.68736– 0.64438	1.15	2.44		0.192	12.8	5.5	38.2	...	...
5.69402– 0.63391	1.08	1.39		0.184	7.6	5.7	28.2	...	...
5.70725+ 0.22584	5.17	8.26		0.198	7.9	6.8	99.0	...	...
5.72883+ 0.44623	22.97	60.69		0.294	11.6	7.7	169.2	...	...

5.73007+ 0.44549	11.40	25.65		0.294	11.1	6.8	65.6	...	...
5.74222– 0.14264	9.79	12.93		0.240	6.8	6.5	11.8	...	...
5.78320– 0.64143	1.92	3.57		0.193	10.7	5.8	154.0	...	...
5.79202+ 0.16864	5.62	6.93		0.251	6.9	6.0	48.7	...	...
5.79358– 0.14766	25.56	65.04		0.247	11.6	7.4	50.6	...	...

5.79461+ 0.35559	2.72	5.64		0.240	9.5	7.3	51.9	0.12	< 2.17
5.79666– 0.14455	33.21	69.37		0.247	10.0	7.0	44.3	...	...
5.80080– 0.22528	2.81	3.45		0.193	7.6	5.4	43.1	...	...
5.84613+ 0.38953	1.53	1.79		0.208	7.9	5.0	32.0	...	...
5.87461+ 0.03811	4.75	23.98		0.231	21.3	7.9	177.7	...	...

5.87572– 0.10879	1.11	1.56		0.167	9.1	5.2	170.8	...	...
5.87996+ 0.69958	2.86	6.00		0.245	10.8	6.5	86.6	...	...
5.88371– 0.39818	52.24	206.15		0.879	13.4	9.9	58.2	...	...
5.88523– 0.39237	197.10	304.87		0.879	7.6	6.8	50.1	25.65	1074.50
5.88982+ 0.37478	1.73	4.66		0.205	11.4	7.9	34.6	...	...

5.91512– 0.74442	8.41	13.93		0.275	8.7	6.4	174.5	...	...
5.92291+ 0.42068	1.45	1.99		0.182	7.7	6.0	162.9	0.11	< 1.73
5.93042– 0.09911	2.17	6.46		0.264	11.2	8.9	161.1	0.42	< 1.16
5.93743+ 0.08315	2.65	2.99		0.252	7.0	5.4	17.9	...	...
5.94427+ 0.20155	192.78	231.93		0.506	6.6	6.1	29.0	...	...

5.97212– 0.13237	10.49	13.39		0.238	7.1	6.0	21.4	...	...
5.98297+ 0.48569	1.09	2.47		0.193	11.1	6.8	178.0	...	...
5.99032+ 0.23089	3.60	4.44		0.390	6.9	6.0	34.2	...	...
5.99298+ 0.48771	1.19	4.59		0.216	16.6	7.7	174.1	...	...
5.99736+ 0.48631	1.76	3.56		0.216	9.4	7.2	128.2	...	...

6.02219– 0.36718	2.77	6.80		0.318	10.9	7.6	139.5	...	...
6.02452– 0.41857	7.65	9.89		0.252	7.0	6.2	34.8	...	...
6.04368– 0.35523	10.03	19.62		0.289	9.9	6.6	155.7	...	...
6.08849– 0.39776	1.72	6.29		0.199	12.2	10.1	100.3	...	...
6.09262+ 0.27050	27.60	32.78		0.173	6.7	6.0	29.9	...	...

6.09365+ 0.40712	2.88	7.24		0.235	11.9	7.1	8.0	...	...
6.09407– 0.05730	40.15	49.38		0.187	6.9	6.0	36.1	0.15	< 1.77
6.12326+ 0.52631	6.39	10.03		0.284	7.5	7.0	79.9	...	...
6.13612– 0.72952	1.52	2.84		0.188	11.1	5.6	25.1	...	...
6.14069+ 0.68099	5.20	19.84		0.323	11.8	10.8	112.4	...	...

6.14124+ 0.68797	2.54	11.52		0.323	14.2	10.7	94.1	...	...
6.16216+ 0.49687	6.60	8.92		0.368	7.0	6.5	95.9	...	...
6.16979+ 0.06672	3.72	4.43		0.181	6.8	5.8	37.4	...	...
6.17203– 0.71604	1.63	1.92		0.191	7.1	5.5	163.3	...	...
6.17667+ 0.32209	2.08	2.92		0.166	7.6	6.2	20.2	...	...

6.20871– 0.54742	84.99	112.76		0.270	7.0	6.3	177.2	...	...
6.22144– 0.17447	2.76	4.11		0.289	8.1	6.2	37.5	...	...
6.24728– 0.12471	16.46	21.51		0.209	7.0	6.2	58.1	0.26	1.79
6.25478– 0.35816	4.12	4.66		0.238	6.6	5.8	53.4	...	...
6.25930– 0.01455	2.78	3.60		0.198	7.2	6.0	20.8	...	...

6.27953– 0.14050	2.45	2.67		0.146	7.1	5.2	45.4	...	...
6.28650– 0.20178	1.23	3.11		0.201	13.1	6.4	158.8	...	...
6.28711– 0.34551	2.15	5.44		0.243	9.9	8.6	107.1	...	...
6.28748+ 0.45495	1.14	1.42		0.159	8.1	5.2	39.0	...	...
6.28956– 0.34331	1.26	31.42	E	0.243	38.2	21.9	5.7	...	...

6.29486– 0.21313	1.98	2.99		0.208	7.7	6.5	127.4	...	...
6.32599– 0.00966	12.25	31.37		0.366	9.9	8.7	11.5	...	...
6.33367– 0.00794	11.31	18.83		0.366	8.0	7.0	43.9	...	...
6.33936– 0.00677	13.32	47.07		0.366	12.0	9.9	42.0	...	...
6.34007– 0.06929	1.59	1.75		0.181	7.1	5.2	49.7	...	...

6.34677+ 0.64581	1.15	3.23		0.177	9.9	9.5	83.5	...	...
6.35488– 0.61944	1.41	2.02		0.233	7.5	6.4	0.8	...	...
6.36392– 0.05462	2.65	24.44	E	0.182	20.1	15.4	59.2	3.45	10.27
6.36633– 0.05322	7.15	10.41		0.182	7.3	6.7	65.7	3.45	10.27
6.46388+ 0.70611	2.07	3.09		0.292	7.8	6.4	17.8	...	...

6.46721+ 0.19863	1.58	5.18		0.133	11.6	9.4	143.5	...	...
6.47168+ 0.19798	1.76	3.93		0.133	9.1	8.3	38.9	...	...
6.48632+ 0.69827	1.71	3.14		0.299	9.4	6.5	51.5	...	...
6.51042– 0.53254	15.81	23.04		0.192	7.3	6.6	171.2	...	...
6.51382– 0.53316	13.70	21.04		0.192	7.4	7.0	159.1	...	...

6.52379+ 0.18916	13.78	15.30		0.753	6.4	5.8	29.1	...	...
6.54398+ 0.61595	22.09	37.78		0.293	8.6	6.6	108.9	...	...
6.54604– 0.77833	3.70	4.50		0.273	6.8	6.0	168.9	...	...
6.54971+ 0.63608	1.86	2.60		0.294	8.1	5.8	70.5	...	...
6.57522+ 0.18989	200.18	239.29		0.649	7.1	5.7	29.7	...	...

6.60828– 0.03649	4.72	13.58		0.718	11.1	8.7	166.4	...	...
6.66659+ 0.38781	1.71	3.52		0.278	10.3	6.7	90.0	...	...
6.67521– 0.67945	7.19	8.41		0.162	6.5	6.0	29.9	...	...
6.69455– 0.69704	13.46	17.53		0.296	6.7	6.5	22.6	...	...
6.69567+ 0.36615	1.34	1.51		0.223	6.5	5.9	177.7	...	...

6.69649+ 0.50475	3.54	6.14		0.201	8.7	6.7	94.3	...	...
6.76947+ 0.65079	2.06	3.04		0.197	7.7	6.4	143.8	...	...
6.77786– 0.09642	4.16	4.54		0.221	6.5	5.6	27.8	...	...
6.82706+ 0.57315	2.14	5.59		0.195	11.9	7.4	89.3	...	...
6.82852– 0.72799	1.44	3.47		0.256	10.8	7.5	133.6	...	...

6.83346– 0.09405	43.80	53.22		0.377	6.7	6.0	26.3	...	...
6.83721– 0.06642	5.22	6.65		0.324	7.4	5.8	35.1	...	...
6.85179+ 0.51603	6.97	10.83		0.228	8.2	6.4	91.5	...	...
6.86228– 0.76301	1.45	2.96		0.238	8.8	7.8	19.1	...	...
6.88625– 0.73475	5.25	9.06		0.256	9.1	6.3	178.6	...	...

6.89311– 0.68712	35.48	43.12		0.184	7.0	5.8	36.6	...	...
6.89452– 0.73318	2.24	4.72		0.256	12.3	5.7	20.8	...	...
6.89486– 0.60144	1.20	2.78		0.153	12.2	6.4	173.5	...	...
6.90058– 0.60114	1.02	1.79		0.153	8.3	7.1	89.3	...	...
6.90156– 0.73196	1.80	5.81		0.256	13.9	7.8	152.6	...	...

6.93535+ 0.75831	7.30	10.80		0.395	8.2	6.0	79.6	...	...
6.94081+ 0.61456	1.51	4.25		0.211	10.6	8.9	0.8	...	...
6.94106+ 0.53844	4.12	7.04		0.210	8.6	6.7	94.9	...	...
6.94793– 0.60432	1.70	9.60		0.155	15.0	12.6	179.6	...	...
6.96032– 0.63561	2.47	2.73		0.157	6.5	5.7	43.8	...	...

6.97347+ 0.48428	1.43	2.33		0.215	8.1	6.7	94.9	...	...
7.00310– 0.62624	1.54	2.20		0.161	8.9	5.3	17.0	...	...
7.01747– 0.61464	4.60	5.04		0.169	6.8	5.4	18.2	...	...
7.02875– 0.76656	2.76	3.23		0.223	6.7	5.8	29.6	...	...
7.05596+ 0.24301	2.14	4.74		0.154	10.0	7.4	154.7	...	...

7.11465– 0.73810	1.92	4.49		0.249	11.1	7.0	35.9	...	...
7.11632– 0.73403	3.84	6.40		0.249	8.9	6.3	27.3	...	...
7.12205– 0.55102	1.62	2.44		0.159	8.0	6.3	166.7	0.17	< 0.52
7.13861+ 0.34422	1.88	3.31		0.205	9.3	6.3	5.4	...	...
7.15006+ 0.52460	1.13	1.43		0.156	7.4	5.7	6.7	...	...

7.15647+ 0.31959	1.19	6.84		0.221	24.9	7.7	34.7	...	...
7.17418– 0.73546	2.30	2.69		0.287	8.2	4.8	18.4	...	...
7.19742+ 0.49739	1.42	4.01		0.174	12.0	7.9	138.8	...	...
7.20000+ 0.49311	1.61	6.31		0.174	13.2	10.0	125.3	...	...
7.20169+ 0.46494	2.12	3.28		0.185	8.0	6.5	74.8	...	...

7.20395– 0.23450	2.83	4.62		0.232	8.8	6.2	73.8	...	...
7.20520+ 0.47126	3.21	4.26		0.185	6.9	6.4	7.9	...	...
7.22595+ 0.40692	5.89	6.80		0.168	6.5	5.9	11.5	...	...
7.22947+ 0.31195	1.92	3.36		0.219	7.7	7.7	92.5	...	...
7.23011+ 0.74019	2.48	3.79		0.237	8.6	5.9	34.7	...	...

7.25529+ 0.45287	7.23	8.40		0.166	6.8	5.8	50.4	...	...
7.26477+ 0.18331	4.09	8.28		0.273	10.4	6.5	173.6	0.60	4.06
7.26559– 0.52864	2.35	2.79		0.196	6.6	6.0	28.7	...	...
7.26593+ 0.18322	12.83	19.28		0.273	8.2	6.1	55.6	0.60	4.06
7.27433+ 0.29318	3.07	5.62		0.217	8.4	7.2	46.4	...	...

7.28530– 0.51920	4.73	5.47		0.172	6.6	5.8	21.0	...	...
7.30031– 0.61536	1.27	1.88		0.163	8.2	6.1	13.5	...	...
7.30347+ 0.17398	4.31	8.20		0.200	9.3	6.8	149.2	...	...
7.30787– 0.42091	2.19	5.73		0.183	13.8	6.3	14.2	...	...
7.30996+ 0.31732	7.27	9.18		0.168	7.5	5.6	30.2	...	...

7.31792+ 0.07994	1.34	2.80		0.213	8.9	7.8	107.3	...	...
7.32301+ 0.31783	5.11	5.31		0.175	6.7	5.2	22.2	...	...
7.34099+ 0.04327	7.23	16.32		0.309	11.1	6.8	154.8	...	...
7.34825+ 0.58776	1.52	3.00		0.179	8.7	7.6	142.8	0.22	1.47
7.35367+ 0.13864	1.23	1.31		0.237	7.6	4.7	43.2	0.72	0.46

7.36767+ 0.48009	1.51	2.45		0.197	8.5	6.4	172.0	...	...
7.36936– 0.00433	25.79	33.14		0.307	7.0	6.1	41.3	...	...
7.40042– 0.69957	1.73	2.20		0.192	6.7	6.4	90.5	...	...
7.40770+ 0.32656	4.59	5.10		0.203	7.0	5.3	41.4	...	...
7.41446– 0.55282	7.99	13.64		0.154	8.2	7.0	169.0	0.10	< 1.31

7.41920+ 0.36606	10.25	36.53		0.221	12.9	9.3	85.5	0.62	1.91
7.42098+ 0.36634	12.19	32.66		0.221	10.9	8.3	92.4	0.62	1.91
7.42179– 0.33877	1.34	2.84		0.233	9.7	7.3	117.7	...	...
7.44218– 0.75853	4.36	5.27		0.257	7.0	5.8	165.7	...	...
7.44823– 0.76108	9.17	12.57		0.257	7.6	6.1	1.2	...	...

7.46182– 0.49301	4.76	6.37		0.173	6.9	6.5	18.3	0.11	0.86
7.46556– 0.50493	1.46	1.53		0.162	6.8	5.2	66.8	...	...
7.47811+ 0.25879	5.83	7.20		0.220	7.1	5.9	12.2	...	...
7.48103– 0.32634	20.36	30.72		0.217	7.9	6.4	153.6	...	...
7.48587– 0.14357	3.95	3.64		0.255	6.0	5.2	28.8	...	...

7.48769+ 0.60628	17.97	31.48		0.237	8.1	7.3	110.1	0.12	1.26
7.52433+ 0.39024	2.50	11.83		0.239	14.4	11.0	16.4	1.66	2.75
7.52554– 0.44054	1.57	2.63		0.195	8.8	6.4	162.4	...	...
7.54494– 0.47516	1.02	2.05		0.185	9.9	6.8	68.9	...	...
7.54805– 0.01470	2.39	3.81		0.232	7.7	6.9	172.1	...	...

7.55849– 0.36163	3.86	8.29		0.219	10.6	6.8	87.8	...	...
7.56152– 0.35954	13.71	17.95		0.219	7.0	6.2	14.5	...	...
7.56161– 0.35625	6.77	9.22		0.219	7.1	6.4	3.1	...	...
7.56631– 0.60563	4.01	4.43		0.167	6.3	5.9	95.2	...	...
7.56663+ 0.09383	6.51	9.33		0.357	7.4	6.5	34.8	...	...

7.57835+ 0.12121	3.50	4.38		0.320	6.8	6.1	48.1	...	...
7.58086– 0.61198	1.65	1.72		0.180	6.6	5.3	24.1	...	...
7.58109– 0.61510	1.03	1.74		0.180	10.4	5.5	31.7	...	...
7.58129– 0.11681	113.38	125.34		0.265	6.5	5.7	28.2	...	...
7.59078– 0.24619	2.40	8.55		0.198	12.1	9.8	145.2	...	...

7.59333– 0.24459	2.66	5.37		0.198	8.4	8.1	107.3	...	...
7.59447– 0.24698	2.54	4.77		0.198	9.5	6.6	60.1	...	...
7.60290+ 0.21681	2.34	2.93		0.309	7.4	5.6	77.2	0.22	< 1.22
7.60976+ 0.26887	63.08	95.64		0.348	7.3	6.9	73.5	...	...
7.62276+ 0.18238	49.44	86.87		0.354	7.8	7.6	120.4	0.44	4.05

7.64616– 0.56181	2.16	2.77		0.189	7.2	6.0	18.6	...	...
7.66246– 0.57212	2.54	3.74		0.187	8.0	6.2	1.0	...	...
7.66824+ 0.01318	6.26	10.62		0.245	8.5	6.7	45.2	...	...
7.67466– 0.36885	1.38	1.64		0.193	8.8	4.5	176.7	...	...
7.71119– 0.08573	15.12	20.24		0.268	6.9	6.4	34.4	...	...

7.71736– 0.08909	15.51	36.76		0.268	10.9	7.3	137.3	...	...
7.73469+ 0.66666	1.18	3.48		0.186	13.1	7.6	96.6	...	...
7.77063– 0.30664	1.71	2.38		0.189	7.7	6.0	40.2	...	...
7.78527+ 0.27606	2.86	4.42		0.231	7.4	7.0	169.4	...	...
7.78836– 0.56154	1.81	2.83		0.143	7.2	7.2	82.9	...	...

7.79042– 0.51861	3.28	4.31		0.139	7.5	5.8	5.2	...	...
7.80776+ 0.54188	1.43	3.00		0.207	10.0	7.0	105.4	0.14	< 1.46
7.81004+ 0.41102	17.32	29.74		0.301	8.2	7.0	113.0	...	...
7.81016– 0.23824	6.63	9.34		0.193	7.5	6.3	84.4	0.13	< 1.41
7.81061– 0.78816	11.25	14.10		0.284	6.6	6.3	34.1	...	...

7.81545+ 0.28380	3.39	5.64		0.238	8.7	6.4	113.5	...	...
7.81674– 0.46389	1.47	10.55	E	0.173	16.3	14.7	85.4	0.37	< 0.96
7.81698– 0.46133	3.24	9.89		0.173	14.1	7.3	179.0	0.37	< 0.96
7.82001– 0.37794	3.47	4.32		0.194	7.3	5.7	55.8	...	...
7.85284– 0.47976	1.38	1.18		0.154	6.2	4.6	28.1	...	...

7.86957+ 0.68602	2.22	4.36		0.270	9.4	7.0	70.9	...	...
7.89653+ 0.67979	1.55	1.80		0.264	6.9	5.6	69.8	...	...
7.92002+ 0.46558	2.72	5.09		0.245	8.5	7.4	142.4	...	...
7.93059– 0.67519	3.56	4.27		0.179	7.0	5.7	21.7	...	...
7.95966+ 0.74501	6.61	12.44		0.305	9.1	6.9	111.9	...	...

7.96689+ 0.68420	2.52	6.37		0.207	13.0	6.5	145.9	...	...
7.96847+ 0.68302	1.41	2.29		0.207	11.1	4.9	46.6	...	...
8.00161– 0.63826	8.15	9.63		0.181	6.8	5.8	27.2	...	...
8.00453– 0.74478	3.28	4.27		0.289	7.3	6.0	178.6	...	...
8.00492– 0.40331	6.64	15.81		0.194	10.3	7.8	58.4	...	...

8.00701– 0.39904	2.93	10.68		0.194	18.8	6.5	78.1	...	...
8.05321– 0.05781	3.70	7.07		0.293	9.3	6.9	3.7	...	...
8.06051– 0.51179	1.07	1.48		0.159	8.1	5.7	41.3	...	...
8.06257– 0.06006	4.76	10.51		0.293	9.2	8.0	0.3	...	...
8.06454+ 0.22334	2.43	2.81		0.321	7.0	5.6	11.5	...	...

8.09906– 0.76346	3.97	6.16		0.336	7.9	6.5	173.3	...	...
8.09933+ 0.65167	2.07	4.49		0.226	10.2	7.1	138.0	...	...
8.10356– 0.76365	3.05	7.64		0.336	11.0	7.7	0.7	...	...
8.12670– 0.31994	1.30	2.02		0.240	8.4	6.2	114.6	...	...
8.13937– 0.02709	33.68	67.66		0.249	8.3	8.1	66.9	2.01	7.07

8.15879– 0.11501	3.13	7.57		0.343	11.4	7.1	178.0	...	...
8.18733– 0.08588	2.49	2.52		0.306	6.5	5.2	16.3	...	...
8.18943– 0.39855	4.85	5.81		0.173	6.6	6.1	30.1	...	...
8.19527– 0.73892	2.08	6.11		0.239	13.2	7.4	103.1	...	...
8.21634+ 0.52763	6.42	11.44		0.235	8.5	7.1	109.0	...	...

8.22951+ 0.69267	11.82	21.30		0.309	9.3	6.5	97.4	...	...
8.27762+ 0.46243	3.26	11.38		0.303	12.5	9.4	109.0	...	...
8.27839+ 0.44830	2.74	12.05		0.303	14.1	10.4	69.6	...	...
8.28362– 0.47146	2.13	2.19		0.139	6.2	5.6	23.3	...	...
8.28929+ 0.32354	11.10	13.53		0.209	6.8	6.0	41.6	...	...

8.28931+ 0.31976	21.93	29.31		0.209	6.7	6.6	0.1	...	...
8.31543– 0.00376	2.05	2.89		0.248	7.4	6.4	169.0	...	...
8.33859– 0.09303	264.80	314.06		0.544	6.6	6.1	48.5	...	...
8.34997– 0.31890	10.46	27.10		0.224	9.7	8.9	141.4	8.37	22.73
8.36149– 0.62415	63.92	104.11		0.202	9.1	6.0	25.6	2.02	25.38

8.37511– 0.34638	11.38	36.76		0.280	11.7	9.3	93.1	7.66	24.53
8.38344– 0.23812	3.60	4.36		0.125	7.1	5.7	36.3	...	...
8.39111+ 0.65003	5.20	7.50		0.217	8.0	6.0	94.1	...	...
8.39120+ 0.64310	7.59	16.38		0.217	10.1	7.2	124.4	...	...
8.39160+ 0.72865	14.34	19.79		0.316	7.3	6.3	83.5	...	...

8.39516+ 0.14584	12.28	12.49		0.246	6.2	5.5	25.0	...	...
8.43982+ 0.54394	2.15	3.32		0.209	7.8	6.6	35.3	...	...
8.47359– 0.28012	1.66	5.84		0.263	11.8	10.0	110.8	0.55	3.19
8.48114+ 0.69858	5.84	8.72		0.220	7.8	6.4	93.7	...	...
8.48178+ 0.17620	42.36	62.30		0.246	7.5	6.6	0.2	0.31	< 1.22

8.48612+ 0.17369	10.54	24.48		0.246	11.2	6.9	164.6	...	...
8.50898– 0.78986	13.38	19.37		0.454	7.2	6.7	13.0	...	...
8.52567+ 0.08975	19.71	47.51		0.227	12.6	6.4	143.2	...	...
8.55852+ 0.66506	1.21	3.23		0.203	10.1	8.9	89.4	...	...
8.56212+ 0.66245	6.92	10.59		0.203	7.8	6.6	113.9	...	...

8.58112+ 0.30790	58.59	70.36		0.275	6.6	6.1	29.8	...	...
8.58198– 0.73893	5.33	8.72		0.282	8.6	6.4	0.1	...	...
8.59113– 0.60977	2.87	4.23		0.219	7.9	6.2	6.4	...	...
8.59133– 0.61269	3.08	5.94		0.219	8.8	7.3	68.2	...	...
8.60420+ 0.70254	1.76	2.69		0.250	8.8	5.8	62.1	...	...

8.61605– 0.65638	4.78	6.31		0.206	7.1	6.2	7.8	...	...
8.61757– 0.17718	2.21	2.93		0.208	7.4	6.0	38.1	...	...
8.62496+ 0.24929	22.88	33.08		0.216	7.6	6.4	179.0	...	...
8.62761+ 0.24932	37.88	63.65		0.216	8.6	6.6	16.2	...	...
8.63619+ 0.54722	1.31	1.62		0.197	7.8	5.4	24.5	...	...

8.63810+ 0.02470	9.19	12.08		0.210	7.3	6.0	23.7	...	...
8.64273+ 0.66197	1.66	2.59		0.219	8.2	6.4	140.7	...	...
8.64991+ 0.50573	1.30	1.90		0.207	8.8	5.6	71.4	...	...
8.65696+ 0.41513	1.59	2.08		0.235	8.7	5.0	50.8	...	...
8.66613– 0.63213	1.39	3.79		0.185	11.8	7.7	59.9	...	...

8.66864– 0.35548	164.88	346.73		0.569	8.7	8.1	122.1	...	...
8.66946– 0.35639	81.48	102.13		0.569	7.6	5.5	57.7	...	...
8.68261+ 0.42448	1.58	3.04		0.240	8.4	7.6	0.7	...	...
8.68313– 0.55731	17.58	22.45		0.205	6.6	6.5	92.2	...	...
8.71491+ 0.69937	1.51	1.98		0.282	7.9	5.5	58.7	...	...

8.74214+ 0.54591	2.80	4.50		0.197	8.2	6.6	113.9	...	...
8.74224+ 0.14027	2.50	2.91		0.177	6.6	5.9	70.0	...	...
8.75049– 0.07297	12.43	18.68		0.277	7.5	6.7	91.8	...	...
8.75076+ 0.30169	1.38	2.00		0.220	8.2	5.9	49.9	...	...
8.75659– 0.40998	2.00	2.78		0.330	7.5	6.2	36.0	...	...

8.76038– 0.51050	2.29	2.73		0.169	7.4	5.4	32.0	...	...
8.78400+ 0.08819	7.94	9.75		0.177	6.9	5.9	33.9	...	...
8.78466– 0.64972	21.69	26.21		0.209	6.5	6.3	16.6	...	...
8.79928+ 0.20119	13.59	18.48		0.235	7.4	6.1	52.5	...	...
8.79967+ 0.20605	6.40	7.09		0.235	6.4	5.8	18.2	...	...

8.80224+ 0.28774	2.39	4.66		0.216	8.7	7.5	119.6	...	...
8.80473+ 0.28864	7.65	10.16		0.216	7.5	5.9	17.4	...	...
8.80569+ 0.05035	15.85	19.88		0.232	7.0	6.0	28.4	...	...
8.81724+ 0.02799	1.39	2.64		0.228	8.8	7.2	64.8	...	...
8.82874+ 0.70479	30.07	39.01		0.246	7.2	6.1	50.4	...	...

8.83672+ 0.23572	1.22	1.68		0.203	6.9	6.7	166.7	...	...
8.87823+ 0.24243	1.89	3.40		0.218	9.5	6.3	19.2	...	...
8.88658+ 0.40481	8.02	20.45		0.245	14.2	6.0	52.0	...	...
8.89153– 0.09970	10.70	15.64		0.275	7.3	6.7	72.8	...	...
8.89217+ 0.24642	4.78	6.14		0.225	6.6	6.5	170.5	...	...

8.89591+ 0.39309	7.76	11.62		0.267	7.8	6.5	135.3	...	...
8.90097– 0.32596	4.92	7.19		0.268	7.7	6.3	72.4	...	...
8.90425+ 0.33086	3.23	5.46		0.221	10.0	5.7	174.0	...	...
8.92759+ 0.17123	3.52	4.23		0.207	7.1	5.7	29.4	...	...
8.93877– 0.66655	9.68	11.80		0.337	6.8	6.0	48.9	...	...

8.94097+ 0.25373	2.06	15.11		0.224	16.1	15.3	159.0	...	...
8.95195+ 0.12544	5.18	6.52		0.205	6.9	6.1	13.1	...	...
8.97136– 0.77689	13.13	17.57		0.399	7.3	6.2	11.2	...	...
8.97137– 0.51402	3.29	8.12		0.204	12.7	6.5	68.6	...	...
8.97412+ 0.79244	6.86	7.92		0.300	6.5	6.0	1.8	...	...

8.98891+ 0.26766	1.41	3.68		0.208	11.6	7.5	5.4	...	...
8.98990+ 0.70266	5.55	6.68		0.202	6.8	5.9	33.1	...	...
8.99720+ 0.26815	1.82	3.13		0.208	8.6	6.7	167.2	...	...
8.99890– 0.15548	1.33	1.60		0.203	6.8	6.0	60.3	...	...
9.00149+ 0.07773	18.47	22.18		0.233	6.7	6.1	12.3	...	...

9.00879+ 0.41593	17.84	21.52		0.206	6.7	6.1	15.3	0.87	11.74
9.01020– 0.67088	3.86	5.11		0.265	7.8	5.7	40.5	...	...
9.01090– 0.05297	1.56	4.21		0.266	10.6	8.5	170.9	...	...
9.01534– 0.06226	1.42	4.87		0.266	13.3	8.6	124.0	...	...
9.01601– 0.06405	2.06	3.00		0.266	8.5	5.8	11.7	...	...

9.01641+ 0.44743	2.29	3.44		0.227	8.4	6.0	20.7	...	...
9.01900+ 0.09139	2.54	3.71		0.204	7.3	6.7	3.4	...	...
9.04633+ 0.05005	44.61	55.65		0.271	6.8	6.2	23.1	...	...
9.05885– 0.02321	3.26	4.84		0.249	7.6	6.5	109.7	...	...
9.05897– 0.61752	261.46	288.17		0.333	6.5	5.7	32.0	...	...

9.06355+ 0.52349	6.27	7.63		0.219	6.4	6.4	5.6	...	...
9.07148+ 0.12356	14.72	28.85		0.228	8.7	7.5	52.9	...	...
9.07297– 0.46862	2.44	3.62		0.173	7.9	6.3	35.8	...	...
9.07856– 0.66874	5.47	6.45		0.229	7.0	5.7	28.1	...	...
9.10693+ 0.00983	4.17	5.29		0.208	7.1	6.0	51.1	...	...

9.11264+ 0.78646	13.87	15.17		0.401	6.4	5.7	35.6	...	...
9.12399+ 0.20183	1.10	1.38		0.160	8.1	5.2	176.0	...	...
9.12435– 0.32413	2.69	3.73		0.222	7.7	6.1	57.9	...	...
9.12475+ 0.42916	2.03	2.91		0.233	7.8	6.1	68.0	...	...
9.12811– 0.08549	1.39	2.09		0.234	7.6	6.6	98.4	...	...

9.13478+ 0.62874	26.58	31.70		0.268	6.6	6.1	38.1	...	...
9.13667– 0.50338	1.63	1.57		0.182	6.6	4.9	42.1	...	...
9.15777+ 0.01625	7.76	10.14		0.299	7.3	6.0	57.2	...	...
9.17321+ 0.41568	4.66	6.42		0.227	7.3	6.4	46.5	...	...
9.17455– 0.56666	18.41	22.32		0.193	6.6	6.1	28.3	...	...

9.18102+ 0.41663	1.58	2.79		0.227	8.3	7.1	35.5	...	...
9.21375– 0.69742	4.87	6.14		0.219	7.1	5.9	179.1	...	...
9.21592– 0.25196	2.99	4.19		0.214	7.4	6.3	54.5	...	...
9.21992– 0.50972	1.22	2.90		0.188	12.5	6.3	155.7	...	...
9.22366– 0.55463	1.18	2.36		0.199	10.2	6.6	135.6	...	...

9.23077– 0.63584	8.49	9.82		0.199	6.8	5.7	33.0	...	...
9.23099– 0.63768	7.60	10.22		0.199	7.1	6.4	81.0	...	...
9.23164+ 0.61020	1.40	8.34		0.245	20.3	9.8	97.0	...	...
9.23250+ 0.60452	7.37	12.61		0.245	9.3	6.2	99.4	...	...
9.23272+ 0.60099	2.37	4.01		0.245	8.9	6.4	6.1	...	...

9.23374+ 0.59799	1.97	6.96		0.245	17.0	7.0	93.9	0.17	< 1.34
9.23672– 0.63493	3.92	8.31		0.199	11.5	6.2	24.7	...	...
9.23758– 0.45456	2.31	2.38		0.197	6.9	5.0	29.5	...	...
9.24093+ 0.30706	13.90	21.05		0.210	8.5	6.0	43.5	...	...
9.25073+ 0.36048	23.35	35.74		0.215	8.2	6.2	31.1	...	...

9.26259+ 0.64880	7.54	11.19		0.245	7.3	6.8	21.3	...	...
9.26594+ 0.64716	4.38	19.95		0.245	13.9	11.0	10.9	...	...
9.26868+ 0.64329	2.92	16.27		0.245	16.0	11.6	0.6	...	...
9.28440– 0.06193	6.75	8.49		0.202	6.8	6.2	60.0	...	...
9.28642+ 0.30875	9.36	11.29		0.211	6.9	5.8	7.8	...	...

9.28941– 0.29426	3.96	6.51		0.209	8.2	6.7	89.5	...	...
9.29052– 0.29925	11.36	16.03		0.209	7.3	6.5	77.9	...	...
9.29909+ 0.52129	1.42	2.67		0.202	11.2	5.7	23.8	...	...
9.30886+ 0.67207	19.14	31.00		0.274	8.4	6.4	6.3	...	...
9.31245+ 0.78736	74.14	92.85		0.454	6.8	6.2	49.8	...	...

9.32371– 0.66566	3.34	3.74		0.235	7.3	5.2	7.8	...	...
9.33622+ 0.04277	5.99	7.51		0.226	6.8	6.2	61.2	...	...
9.33638– 0.23136	1.51	2.50		0.168	8.7	6.4	127.1	...	...
9.34125– 0.57063	1.24	1.69		0.214	7.0	6.5	6.4	0.32	2.94
9.34785+ 0.23074	3.10	9.14		0.219	14.3	6.9	171.3	...	...

9.35133+ 0.23142	2.36	3.29		0.219	8.8	5.3	5.5	...	...
9.35255+ 0.47343	6.53	25.02		0.224	12.1	10.6	20.5	0.06	1.33
9.35709+ 0.49420	2.70	3.00		0.213	6.4	5.8	165.5	...	...
9.35919+ 0.69202	2.20	3.55		0.245	8.8	6.2	66.9	...	...
9.37011– 0.66462	8.93	10.00		0.243	6.6	5.7	10.5	...	...

9.39842+ 0.14922	15.03	18.00		0.219	6.6	6.1	36.5	0.28	8.19
9.39936+ 0.19550	2.15	2.56		0.218	6.5	6.1	178.9	...	...
9.40200– 0.37662	1.85	2.37		0.203	7.1	6.1	172.3	...	...
9.40371– 0.09021	3.96	18.92	E	0.246	16.5	9.7	66.4	1.70	4.12
9.40483+ 0.52196	2.33	9.68		0.231	13.4	10.4	28.0	...	...

9.40543– 0.09148	1.63	12.38	E	0.246	27.4	9.3	50.8	1.70	4.12
9.40735+ 0.11055	6.98	8.77		0.252	6.7	6.3	12.1	...	...
9.40810+ 0.52239	4.18	6.20		0.231	7.2	6.9	91.3	...	...
9.40986– 0.47391	5.15	4.66		0.195	6.0	5.1	41.8	...	...
9.42442– 0.13122	3.13	4.33		0.179	7.1	6.6	81.1	...	...

9.44609– 0.40030	3.13	2.84		0.219	6.1	5.0	35.8	...	...
9.47493– 0.56241	18.05	18.27		0.204	6.2	5.4	26.1	...	...
9.47667– 0.18513	1.08	2.60		0.183	13.4	6.0	85.5	...	...
9.47780– 0.18909	1.67	1.88		0.183	7.1	5.3	37.8	...	...
9.47863– 0.28801	1.63	2.52		0.201	8.7	5.9	55.8	...	...

9.48065– 0.25794	1.73	2.06		0.197	6.8	5.9	42.7	...	...
9.48098+ 0.04209	31.31	37.39		0.229	6.8	5.9	28.6	...	...
9.50537+ 0.24000	1.21	1.66		0.180	7.7	6.0	8.2	...	...
9.53904+ 0.14527	1.10	1.54		0.193	8.0	5.9	46.6	...	...
9.55326+ 0.68619	274.85	473.24		0.783	8.7	6.7	151.2	...	...

9.56686– 0.03466	2.73	3.21		0.230	7.3	5.4	26.3	...	...
9.57441+ 0.17099	3.42	3.69		0.207	6.4	5.7	8.9	...	...
9.57463+ 0.25877	1.31	3.26	E	0.215	13.9	6.0	35.1	...	...
9.58241– 0.54819	4.34	4.07		0.170	5.9	5.3	43.5	...	...
9.58243+ 0.15132	1.46	1.56		0.214	7.8	4.6	174.4	...	...

9.59729+ 0.16575	1.45	2.60		0.242	8.6	7.0	167.6	1.07	5.43
9.59839+ 0.19886	2.19	5.83		0.278	10.9	8.2	44.0	1.76	7.70
9.60022– 0.71204	1.76	3.64		0.221	9.2	7.5	125.8	...	...
9.61628+ 0.19564	99.31	669.18		0.266	15.6	14.5	88.0	10.19	90.74
9.62204+ 0.19761	31.23	43.63		0.266	7.1	6.6	15.2	...	...

9.62429+ 0.20784	1.47	1.73		0.266	7.8	5.0	134.5	...	...
9.62552+ 0.20559	1.45	2.91		0.266	10.1	6.7	45.2	...	...
9.64697+ 0.40767	1.50	1.34		0.227	6.6	4.5	28.0	...	...
9.64813– 0.09226	1.55	2.92		0.303	11.0	5.7	66.0	...	...
9.65267– 0.33346	3.75	4.78		0.231	6.6	6.4	87.4	...	...

9.65415+ 0.42728	14.73	19.31		0.214	6.9	6.4	23.3	...	...
9.66388– 0.05059	6.19	12.18		0.263	8.9	7.4	104.4	...	...
9.68804+ 0.13326	1.72	2.49		0.311	8.6	5.7	22.3	...	...
9.71047+ 0.34356	1.72	2.72		0.230	7.9	6.7	24.9	...	...
9.71565+ 0.32766	8.32	10.69		0.219	7.1	6.1	20.0	...	...

9.72199– 0.13419	2.04	5.43		0.239	11.4	7.8	17.5	...	...
9.73998+ 0.34013	6.59	8.22		0.270	6.7	6.2	0.3	...	...
9.74317– 0.09952	1.04	1.97		0.195	11.5	5.5	72.9	...	...
9.74467+ 0.10601	128.53	177.18		0.441	6.9	6.7	22.1	...	...
9.75685+ 0.53807	5.01	5.97		0.195	7.0	5.7	60.6	...	...

9.77348– 0.00626	2.14	3.89		0.259	7.8	7.8	129.1	...	...
9.82281– 0.39502	2.78	4.19		0.276	7.2	7.0	178.4	...	...
9.83810+ 0.05786	2.08	2.00		0.285	6.4	5.0	12.8	...	...
9.84020– 0.13503	2.40	3.21		0.182	7.3	6.1	72.3	...	...
9.85750– 0.26142	1.25	2.22		0.188	8.5	7.0	66.9	...	...

9.87424– 0.74828	26.15	130.31		0.476	15.9	10.5	73.8	8.54	37.39
9.87606– 0.74937	46.29	168.03		0.476	13.0	9.4	49.6	8.54	37.39
9.87663+ 0.40620	2.12	2.85		0.213	7.6	5.9	49.5	...	...
9.88153– 0.28059	4.54	5.43		0.237	7.2	5.6	81.8	0.18	3.24
9.90347– 0.03774	2.65	4.13		0.253	8.0	6.6	119.3	...	...

9.92741– 0.74729	5.91	28.53	E	0.519	17.5	9.2	108.1	4.29	29.15
9.92866– 0.74818	3.29	13.23	E	0.519	20.0	6.8	6.1	4.29	29.15
9.94282+ 0.46773	6.56	8.79		0.222	6.9	6.5	74.4	...	...
9.95473– 0.78702	4.02	6.96		0.439	9.2	6.3	122.0	...	...
9.95762– 0.78589	2.67	7.58		0.439	14.9	6.4	26.6	...	...

9.96016+ 0.40904	2.24	3.66		0.271	9.0	6.1	140.2	...	...
9.96170+ 0.79224	6.47	9.30		0.508	7.5	6.4	99.0	...	...
9.96411+ 0.07138	1.41	9.40		0.230	21.9	10.2	40.2	0.44	< 1.34
9.97035– 0.52914	9.84	12.44		0.228	6.8	6.2	151.2	...	...
9.99018+ 0.41694	2.78	3.95		0.241	7.2	6.6	2.1	...	...

9.99063– 0.50849	1.50	2.75		0.269	9.4	6.5	67.4	...	...
9.99806– 0.03339	3.03	8.79		0.292	12.3	7.9	109.3	1.82	5.76
10.00377+ 0.40430	2.62	3.57		0.222	7.5	6.1	22.4	...	...
10.05070– 0.68595	44.02	73.73		0.399	8.2	6.9	18.6	...	...
10.05338+ 0.48600	2.07	3.17		0.253	7.3	7.0	167.6	...	...

10.05716– 0.68351	42.00	70.81		0.399	8.0	7.1	29.0	...	...
10.08873– 0.68549	2.49	4.87		0.300	11.5	5.7	18.4	...	...
10.09906+ 0.73957	275.60	467.84		0.684	7.7	7.4	105.9	3.56	35.08
10.13844+ 0.18508	2.95	3.19		0.214	6.4	5.7	18.8	...	...
10.17562+ 0.23011	7.22	13.31		0.242	9.1	6.8	117.7	...	...

10.17736+ 0.22785	7.00	13.92		0.242	8.9	7.5	110.3	...	...
10.18487+ 0.50643	2.07	2.84		0.182	7.7	6.0	179.0	0.47	< 1.34
10.21708+ 0.78449	5.10	10.48		0.558	10.9	6.3	17.2	...	...
10.23818+ 0.11469	1.40	3.90		0.247	11.8	7.9	6.0	1.28	2.58
10.24516+ 0.21188	1.31	1.74		0.242	7.6	5.8	166.5	...	...

10.25351+ 0.74976	3.57	3.94		0.378	6.7	5.6	27.3	...	...
10.27162– 0.21056	4.37	12.09		0.353	10.9	8.5	18.7	...	...
10.28051+ 0.45489	5.55	6.46		0.198	6.8	5.7	37.0	...	...
10.29870+ 0.13439	1.17	1.65		0.215	8.4	5.6	162.2	...	...
10.30058– 0.14734	199.88	426.18		1.976	9.6	7.5	22.9	...	...

10.30768– 0.55501	3.75	6.20		0.204	8.7	6.3	3.2	...	...
10.31311+ 0.43400	4.32	9.37		0.207	10.6	6.9	139.2	...	...
10.31827– 0.66881	2.58	3.44		0.270	8.0	5.6	67.5	...	...
10.31846+ 0.57290	1.80	6.19		0.176	12.3	9.4	64.3	...	...
10.32027+ 0.65546	1.55	1.99		0.231	7.4	5.8	90.6	...	...

10.32029– 0.23323	41.09	56.71		0.487	7.1	6.5	26.1	2.03	7.96
10.32052– 0.26311	8.67	43.51	E	0.678	17.4	9.7	83.1	1.11	3.14
10.32213– 0.25880	26.50	98.35	E	0.678	13.6	9.1	1.2	1.11	3.14
10.32342– 0.26407	5.34	190.04	E	0.678	47.7	25.0	11.5	0.10	3.64
10.35964+ 0.13034	12.91	22.11		0.229	8.2	7.0	126.2	...	...

10.36098– 0.58401	9.24	15.34		0.272	7.7	7.2	169.1	...	...
10.36267+ 0.13163	2.14	4.41		0.229	9.7	7.1	174.9	...	...
10.36488+ 0.78173	3.07	4.35		0.503	9.2	5.2	10.5	...	...
10.38349+ 0.67162	2.38	5.04		0.257	9.6	7.4	146.5	...	...
10.38855+ 0.30868	1.93	2.35		0.187	7.3	5.6	158.4	...	...

10.39143+ 0.31200	2.74	3.99		0.187	8.3	5.8	53.4	...	...
10.39250+ 0.53957	1.44	2.59		0.197	8.9	6.8	64.0	1.94	16.54
10.39385– 0.26517	7.38	12.89		0.367	8.4	7.0	72.5	...	...
10.40344+ 0.30284	1.91	5.20		0.204	10.3	8.8	6.1	...	...
10.41167+ 0.30270	1.93	5.16		0.204	10.5	8.6	161.3	...	...

10.41558+ 0.25985	2.51	3.65		0.217	7.9	6.1	30.9	...	...
10.42294+ 0.04605	2.08	3.66		0.341	8.3	7.1	4.6	...	...
10.42429+ 0.00046	8.42	9.92		0.417	6.5	6.0	27.3	...	...
10.42512+ 0.26046	1.15	1.11		0.217	6.2	5.2	176.9	...	...
10.44500– 0.58135	2.52	4.67		0.227	8.5	7.3	143.6	...	...

10.47126+ 0.08378	1.91	3.27		0.219	8.7	6.6	14.1	...	...
10.47278+ 0.01865	9.66	79.45		0.355	18.0	15.3	90.3	0.75	3.84
10.47278+ 0.02733	17.04	31.26		0.355	8.8	7.0	5.3	1.00	16.95
10.47311– 0.67432	2.18	2.84		0.247	7.0	6.3	30.9	...	...
10.47485+ 0.03183	8.24	31.92		0.355	12.4	10.4	116.1	...	...

10.47733– 0.67774	2.41	2.75		0.247	6.8	5.6	19.0	...	...
10.49440– 0.33628	3.31	4.88		0.311	7.8	6.3	17.2	...	...
10.52747+ 0.22786	4.05	5.43		0.226	7.2	6.2	38.4	...	...
10.53654+ 0.23368	6.36	8.00		0.226	7.1	5.9	29.7	...	...
10.61807– 0.32016	3.33	6.69		0.478	9.3	7.2	43.5	0.22	4.90

10.62917– 0.33787	36.28	95.81		0.399	9.8	9.1	134.6	3.75	29.58
10.62938– 0.34228	4.11	6.05		0.399	7.5	6.6	11.6	...	...
10.63128– 0.38610	24.71	35.02		0.929	7.1	6.7	66.9	1.63	15.25
10.63336– 0.17452	37.45	46.58		0.192	6.8	6.1	36.6	...	...
10.65420– 0.18464	1.17	1.63		0.222	8.1	5.8	13.4	...	...

10.67877– 0.03071	1.79	2.97		0.239	7.5	7.4	0.6	0.48	< 1.22
10.69556– 0.14176	1.21	1.21		0.205	6.3	5.3	8.3	...	...
10.72709– 0.15846	3.45	4.21		0.235	7.1	5.8	165.2	...	...
10.73698– 0.31617	3.75	5.61		0.305	7.9	6.4	56.0	...	...
10.74586+ 0.17738	1.81	2.76		0.222	8.6	5.9	39.1	...	...

10.74968– 0.41783	1.69	7.07		0.291	15.1	9.2	54.2	...	...
10.78586– 0.14376	12.86	15.14		0.224	6.7	5.9	36.7	...	...
10.80070+ 0.15285	5.28	6.51		0.162	6.8	6.1	18.0	...	...
10.81109+ 0.75435	1.92	2.49		0.293	8.5	5.1	83.2	...	...
10.82677– 0.01064	3.98	26.58	E	0.275	17.5	12.8	16.3	1.10	1.56

10.82960– 0.01145	2.05	6.68	E	0.275	15.6	7.0	48.5	...	...
10.85201– 0.44069	6.61	9.99		0.222	7.3	6.9	116.2	...	...
10.86448– 0.32989	2.32	3.28		0.365	7.3	6.5	60.3	...	...
10.89153+ 0.09971	3.67	4.39		0.278	7.2	5.6	175.7	...	...
10.89487+ 0.06428	4.00	4.93		0.388	6.8	6.0	1.3	...	...

10.89530+ 0.19694	1.62	4.32		0.180	12.6	7.1	54.2	...	...
10.89687+ 0.19994	4.04	6.13		0.180	7.6	6.7	31.6	...	...
10.89866+ 0.20285	1.19	3.28		0.180	11.3	8.2	116.6	...	...
10.91317+ 0.23448	30.65	51.38		0.207	8.2	6.9	137.6	0.16	< 1.34
10.91841– 0.48325	1.36	2.54		0.218	9.9	6.3	9.1	...	...

10.92542+ 0.02681	69.34	83.74		0.308	6.6	6.2	32.0	...	...
10.93848+ 0.41073	2.58	2.93		0.203	6.9	5.5	41.9	...	...
10.94310– 0.40329	5.73	22.67		0.258	12.4	10.6	94.2	...	...
10.94413+ 0.63106	4.33	5.63		0.186	6.8	6.4	2.9	...	...
10.95074+ 0.23027	1.78	2.28		0.236	7.1	6.0	155.7	...	...

10.95235– 0.48679	1.17	2.45		0.217	9.9	7.1	77.8	...	...
10.95854+ 0.02233	37.32	47.92		0.395	6.8	6.3	27.7	0.35	12.58
10.96456+ 0.00641	24.92	196.93	E	0.370	23.7	11.2	168.1	1.95	11.42
10.96557+ 0.00971	46.57	207.93		0.370	14.7	10.2	159.4	1.95	11.42
10.96678+ 0.45096	8.77	10.53		0.204	6.6	6.1	37.2	...	...

10.97994+ 0.47065	1.66	2.76		0.213	7.8	7.1	44.1	...	...
10.98345+ 0.46966	1.26	2.33		0.213	9.4	6.6	67.0	...	...
10.98584+ 0.70115	47.01	49.54		0.214	6.4	5.5	28.8	...	...
10.99897+ 0.16847	22.35	26.37		0.225	6.5	6.1	26.8	...	...
11.00796+ 0.58933	17.50	18.61		0.166	6.5	5.5	30.9	...	...

11.02311+ 0.32766	2.35	2.94		0.229	6.8	6.2	170.8	...	...
11.02444+ 0.25564	3.39	4.10		0.217	6.7	6.1	0.6	...	...
11.03023+ 0.05336	5.64	14.01		0.318	9.8	8.5	92.3	...	...
11.03291+ 0.02761	2.95	3.71		0.280	7.0	6.0	71.9	0.44	2.52
11.03867– 0.03903	6.80	7.98		0.267	6.6	6.0	29.0	...	...

11.04064+ 0.61702	1.43	1.29		0.164	6.8	4.4	14.4	...	...
11.04432+ 0.36909	3.86	4.48		0.215	6.7	5.8	25.7	...	...
11.05374+ 0.47840	3.00	2.94		0.208	6.7	4.9	24.0	...	...
11.05432+ 0.48628	74.63	79.12		0.204	6.3	5.6	30.3	...	...
11.06609+ 0.12835	1.92	2.97		0.238	9.3	5.6	29.0	...	...

11.07328+ 0.60324	1.47	1.83		0.146	7.4	5.6	50.7	...	...
11.07971+ 0.12145	1.78	3.67		0.236	10.6	6.5	31.8	...	...
11.11013– 0.39894	87.96	253.15		0.422	10.8	8.9	22.3	5.05	68.05
11.11020– 0.40122	32.79	127.79		0.422	14.9	8.8	177.1	5.05	68.05
11.11674– 0.65359	1.79	3.81		0.259	10.2	7.0	132.5	...	...

11.11810– 0.65584	1.45	3.08		0.259	12.8	5.5	35.3	...	...
11.13753– 0.21337	4.82	6.26		0.191	7.2	6.0	41.8	...	...
11.14507– 0.14098	1.12	2.17		0.192	10.5	6.2	42.6	...	...
11.14767+ 0.70009	1.65	2.82		0.185	9.0	6.3	176.6	...	...
11.16342+ 0.77554	1.67	5.11		0.262	11.4	8.9	156.2	...	...

11.17208– 0.06519	25.03	83.15		0.319	11.6	9.6	51.6	1.16	4.26
11.18235+ 0.59389	1.97	2.07		0.166	7.0	5.0	45.8	...	...
11.19372+ 0.17193	1.34	1.61		0.262	7.8	5.2	40.8	...	...
11.22527– 0.51086	2.02	5.90		0.214	11.7	8.4	161.4	...	...
11.22644– 0.54398	1.63	4.37		0.234	11.4	7.9	20.3	...	...

11.22924– 0.54185	1.40	4.10		0.234	11.2	8.8	179.0	...	...
11.24408+ 0.79360	1.82	3.71		0.308	9.4	7.3	22.9	...	...
11.24500+ 0.03041	4.30	9.21		0.212	9.5	7.6	101.4	...	...
11.24684+ 0.06904	7.68	13.68		0.303	9.6	6.2	63.8	...	...
11.24707– 0.70839	1.58	2.08		0.247	7.2	6.1	163.3	...	...

11.25287+ 0.25586	3.15	3.69		0.156	6.9	5.7	8.9	...	...
11.25475+ 0.17054	2.16	3.00		0.227	7.1	6.6	65.3	...	...
11.26102+ 0.06488	1.21	2.36		0.196	9.8	6.7	35.1	...	...
11.26684– 0.72080	2.48	6.56		0.234	11.0	8.1	6.1	...	...
11.27791+ 0.07811	2.00	2.32		0.167	6.8	5.7	29.4	...	...

11.27987– 0.71401	1.45	2.26		0.257	8.8	5.9	158.6	...	...
11.29276+ 0.56078	2.70	3.86		0.187	7.4	6.5	46.8	...	...
11.30321+ 0.48961	4.51	7.32		0.217	8.0	6.8	3.0	...	...
11.32638– 0.37151	8.63	10.86		0.288	6.5	6.5	5.0	...	...
11.32967+ 0.54969	1.93	4.24		0.203	9.4	7.8	53.9	...	...

11.33727– 0.54551	2.04	2.66		0.200	7.2	6.1	119.6	...	...
11.34399– 0.03807	74.24	96.32		0.508	6.7	6.5	48.1	...	...
11.34422– 0.36654	3.10	5.50		0.273	8.8	6.8	50.6	...	...
11.35162+ 0.28377	16.37	29.81		0.217	8.5	7.1	123.4	...	...
11.35194– 0.54889	2.23	2.63		0.197	7.1	5.6	35.6	...	...

11.35423+ 0.28195	18.77	37.74		0.217	8.9	7.6	147.0	...	...
11.35496+ 0.75918	2.07	5.71		0.306	10.6	8.7	19.0	...	...
11.36031+ 0.69465	2.83	4.67		0.226	7.6	7.3	26.6	...	...
11.36284– 0.58332	10.69	15.21		0.193	6.9	6.9	176.7	...	...
11.37014+ 0.25421	1.74	3.39		0.176	9.5	6.9	94.5	...	...

11.37219+ 0.25520	1.47	2.93		0.176	9.4	7.1	24.4	...	...
11.40037– 0.10514	3.96	7.10		0.334	8.3	7.2	51.5	...	...
11.43110– 0.64745	3.29	4.14		0.238	6.7	6.3	178.7	...	...
11.45225+ 0.29127	1.19	1.21		0.190	6.6	5.2	36.3	...	...
11.45304+ 0.76784	1.40	1.71		0.260	9.3	4.4	1.5	...	...

11.47686– 0.24903	1.42	1.46		0.194	7.2	4.8	6.1	...	...
11.49949+ 0.70326	2.97	4.28		0.214	8.5	5.7	177.7	...	...
11.51758+ 0.35386	1.75	5.41		0.244	15.1	6.8	103.0	...	...
11.51891– 0.62726	2.77	7.11		0.238	12.0	7.2	152.3	...	...
11.52012– 0.44811	2.25	3.34		0.231	8.2	6.0	49.0	...	...

11.52964+ 0.47766	4.91	7.09		0.203	7.3	6.6	79.7	...	...
11.53191+ 0.20537	1.76	3.79		0.211	9.0	8.0	23.7	1.28	1.86
11.53925– 0.61458	1.48	4.28		0.209	12.6	7.6	144.4	...	...
11.56076– 0.06701	2.98	3.48		0.177	7.1	5.5	55.7	...	...
11.58558– 0.39106	6.38	8.15		0.201	7.0	6.1	25.8	...	...

11.59266– 0.65735	2.07	2.35		0.274	6.2	6.1	176.6	...	...
11.60518– 0.65857	1.32	3.09		0.257	10.1	7.8	101.6	...	...
11.64219– 0.60730	5.43	10.84		0.218	10.2	6.6	121.4	...	...
11.65182– 0.16077	10.92	14.97		0.231	7.4	6.2	52.3	...	...
11.67572– 0.72585	10.20	17.41		0.337	8.4	6.8	169.9	...	...

11.67714– 0.54800	2.35	2.53		0.193	6.0	6.0	12.6	...	...
11.68118– 0.73069	22.39	28.60		0.337	7.1	6.0	179.8	...	...
11.69998+ 0.26309	1.93	3.57		0.174	8.5	7.2	91.4	...	...
11.72117– 0.49160	6.60	8.34		0.194	6.9	6.1	33.8	...	...
11.72262+ 0.27510	1.27	3.12		0.194	10.5	7.8	166.2	...	...

11.72545– 0.15139	2.93	3.60		0.252	7.2	5.7	47.4	...	...
11.72559+ 0.26424	11.76	33.66		0.200	10.1	9.5	65.1	0.16	< 1.34
11.73974+ 0.09946	1.73	5.90		0.196	11.9	9.6	54.8	...	...
11.74365– 0.64994	108.82	170.26		0.302	7.6	6.9	43.2	1.71	4.57
11.74728– 0.13581	3.29	8.03		0.351	10.4	7.8	134.0	...	...

11.75027– 0.32327	2.01	3.78		0.211	9.0	7.0	118.1	...	...
11.75202– 0.15037	2.53	7.05		0.352	11.5	8.1	15.5	0.56	1.19
11.75399+ 0.16945	2.85	4.48		0.185	8.0	6.6	154.9	...	...
11.76722– 0.03731	3.78	39.43	E	0.438	27.2	12.8	84.3	...	...
11.77182– 0.03931	3.80	53.76	E	0.438	23.6	20.1	74.4	0.75	1.98

11.77314– 0.04081	6.12	13.20	E	0.438	8.7	8.3	177.8	0.75	1.98
11.78126– 0.53356	6.70	7.65		0.248	7.1	5.4	30.1	...	...
11.78378– 0.25302	2.11	6.37		0.238	11.8	8.6	30.9	...	...
11.79014– 0.10188	27.82	48.24		0.304	7.8	7.4	52.2	0.09	1.93
11.80188+ 0.68654	203.84	242.85		0.364	6.5	6.1	38.2	...	...

11.80543+ 0.42327	1.30	5.06		0.207	15.1	8.6	61.2	...	...
11.83193+ 0.42662	1.09	5.19	E	0.200	18.8	8.5	22.0	...	...
11.83399– 0.34800	1.49	1.44		0.264	6.8	4.8	172.4	...	...
11.83455– 0.17464	4.89	13.72		0.320	11.6	8.1	112.9	...	...
11.83701– 0.17343	68.94	81.17		0.320	6.6	6.0	20.0	...	...

11.87358– 0.75014	4.51	5.13		0.438	7.0	5.4	55.4	...	...
11.87537– 0.23721	3.35	4.29		0.518	7.2	5.9	36.2	...	...
11.88296+ 0.45441	1.64	2.79		0.190	8.2	7.0	76.1	...	...
11.88777– 0.48368	4.26	5.98		0.275	8.1	5.8	10.1	...	...
11.89211– 0.20403	1.43	2.07		0.229	9.3	5.2	54.5	...	...

11.89656– 0.11294	1.35	3.97		0.259	11.4	8.6	67.2	...	...
11.89852– 0.11443	5.10	7.26		0.259	7.7	6.2	27.7	...	...
11.90283– 0.11875	3.74	6.42		0.259	8.6	6.7	145.4	...	...
11.90343– 0.14038	24.96	32.93		0.202	7.0	6.3	23.8	...	...
11.91105+ 0.74631	8.10	11.63		1.389	7.4	6.5	104.3	...	...

11.91127+ 0.11438	1.72	2.67		0.288	8.8	5.9	48.0	...	...
11.93331+ 0.78466	2.06	9.73	E	0.384	17.6	9.0	115.1	...	...
11.93400+ 0.78860	2.19	5.02	E	0.384	13.8	5.6	37.4	...	...
11.93723– 0.61589	252.56	735.63		0.432	12.1	8.0	68.4	6.70	111.80
11.96224– 0.44798	4.80	5.94		0.292	7.2	5.7	40.8	...	...

11.96886+ 0.18188	48.41	152.56		0.274	12.5	8.5	62.5	...	...
11.96933+ 0.18634	24.63	302.20		0.274	23.2	17.7	144.5	...	...
11.97095+ 0.19155	24.08	25.57		0.274	6.3	5.6	54.9	...	...
11.97145+ 0.19686	25.67	376.04		0.274	25.8	19.0	112.2	...	...
11.99467+ 0.70088	2.31	3.16		0.235	7.6	6.0	8.1	...	...

12.01013– 0.76753	2.46	3.97		0.373	9.4	5.8	52.2	...	...
12.04131– 0.41767	3.47	5.71		0.292	7.5	7.4	3.8	...	...
12.04369– 0.50805	5.57	5.57		0.267	6.5	5.2	33.8	...	...
12.04646– 0.41406	69.95	100.60		0.292	8.2	5.8	34.9	...	...
12.05977– 0.36215	1.98	2.84		0.228	8.0	6.0	37.1	...	...

12.07735+ 0.51135	69.14	90.25		0.294	7.1	6.2	173.9	0.12	< 1.46
12.07964+ 0.70928	5.10	6.57		0.288	6.8	6.3	18.9	...	...
12.08314– 0.29819	5.72	8.31		0.228	8.2	5.9	22.1	...	...
12.09362+ 0.55352	1.27	8.10	E	0.250	18.0	11.9	159.1	...	...
12.09364– 0.45934	7.31	8.05		0.247	6.6	5.6	46.6	...	...

12.09604– 0.44379	22.44	27.95		0.296	7.2	5.8	25.8	...	...
12.09624+ 0.29983	5.37	8.56		0.224	7.7	6.9	32.6	...	...
12.09856+ 0.55568	1.41	4.97		0.250	12.7	9.3	164.0	...	...
12.10780– 0.67868	3.98	4.50		0.213	6.6	5.8	26.5	...	...
12.11068– 0.77365	10.14	28.95		0.289	11.4	8.4	38.1	...	...

12.11336+ 0.07896	34.44	43.79		0.277	6.8	6.2	51.4	...	...
12.11346+ 0.07635	24.81	34.53		0.277	7.1	6.6	33.6	...	...
12.11462+ 0.59395	5.53	6.96		0.254	7.0	6.0	47.0	...	...
12.11586+ 0.07581	39.40	52.75		0.277	7.0	6.4	53.0	...	...
12.12264– 0.49969	59.58	72.92		0.257	6.6	6.2	21.8	...	...

12.12770+ 0.72040	36.48	50.44		0.386	7.0	6.6	37.9	...	...
12.14014+ 0.74345	32.95	36.83		0.396	6.3	5.9	42.1	...	...
12.15018+ 0.68475	4.35	6.93		0.332	8.1	6.6	70.1	...	...
12.15319– 0.33035	2.80	3.33		0.266	7.4	5.4	39.7	...	...
12.15395+ 0.41278	7.29	10.79		0.254	8.3	6.0	35.7	...	...

12.17875– 0.41677	3.45	4.44		0.242	6.6	6.5	178.3	0.12	< 1.73
12.18926+ 0.42300	1.17	2.28		0.216	10.7	6.1	34.6	...	...
12.19226+ 0.39589	1.79	2.03		0.200	6.9	5.5	0.2	...	...
12.19907– 0.03437	37.80	47.56		0.308	6.8	6.2	42.0	0.66	8.87
12.20333– 0.11126	13.50	42.57		1.172	10.9	9.7	157.8	0.97	< 1.22

12.20382– 0.10673	7.34	12.31		1.172	9.4	6.0	65.5	...	...
12.20801– 0.10186	86.32	127.94		1.172	7.5	6.6	29.2	...	...
12.24959– 0.02787	11.45	13.45		0.281	6.6	6.0	32.4	...	...
12.27846+ 0.45574	9.55	12.28		0.212	6.6	6.5	89.8	...	...
12.32386+ 0.19109	1.24	1.37		0.201	6.3	5.9	6.3	0.13	< 2.12

12.32543+ 0.37122	7.21	9.14		0.246	6.7	6.4	72.2	...	...
12.33179– 0.18059	22.83	28.21		0.236	6.6	6.2	39.0	0.30	2.40
12.33210– 0.11765	1.77	2.99		0.266	8.9	6.3	38.4	0.49	3.06
12.33708– 0.26577	1.75	3.00		0.194	8.5	6.7	8.8	...	...
12.38278– 0.46698	2.32	4.40		0.231	8.8	7.2	170.4	...	...

12.40364+ 0.20563	2.08	2.87		0.251	6.8	6.8	177.0	...	...
12.40498– 0.42149	8.26	10.25		0.284	6.8	6.1	39.2	...	...
12.40638– 0.46967	4.09	6.16		0.248	7.2	7.1	176.3	2.87	6.88
12.40786+ 0.24650	7.59	11.51		0.255	7.4	6.8	107.2	...	...
12.41775+ 0.50375	5.18	7.50		0.205	7.0	6.9	85.5	...	...

12.42956– 0.04791	31.75	52.80		0.564	7.7	7.2	129.1	1.42	3.16
12.48031+ 0.62649	3.73	5.05		0.221	7.5	6.0	61.1	...	...
12.48614– 0.24628	1.52	2.41		0.249	7.9	6.7	11.8	...	...
12.49245– 0.24901	1.61	1.47		0.249	6.2	4.9	7.5	...	...
12.53473+ 0.25504	2.21	3.33		0.179	8.3	6.1	100.3	0.13	< 1.73

12.55062– 0.28570	110.57	165.73		0.379	7.5	6.7	144.1	...	...
12.58598+ 0.53213	19.04	53.62		0.221	11.4	8.3	17.1	...	...
12.59597– 0.08947	22.74	135.37		0.494	14.6	13.6	102.5	0.89	2.15
12.60112+ 0.55965	4.18	5.38		0.229	7.0	6.1	36.9	...	...
12.60944+ 0.01410	3.72	6.44		0.229	8.8	6.6	93.8	...	...

12.62221+ 0.65209	1.58	3.56		0.278	10.3	7.3	59.8	...	...
12.63009+ 0.06991	32.36	234.80		0.281	16.3	14.9	106.7	0.84	2.61
12.63261– 0.01706	5.73	29.38		0.338	13.9	12.4	72.6	3.02	4.32
12.65707+ 0.27200	1.23	3.11		0.215	9.8	8.6	113.9	...	...
12.71671+ 0.26261	2.89	4.89		0.210	8.5	6.7	123.8	...	...

12.71698+ 0.37221	1.78	4.47		0.216	10.4	8.1	136.2	...	...
12.73312+ 0.54030	13.01	13.88		0.239	6.3	5.7	31.0	...	...
12.73531+ 0.54025	7.20	15.12		0.239	11.2	6.3	10.0	...	...
12.74224+ 0.07313	3.81	6.19		0.311	7.9	6.9	133.0	...	...
12.74231+ 0.54056	28.49	46.95		0.239	9.1	6.1	11.3	...	...

12.74343+ 0.48036	1.64	2.10		0.216	6.7	6.4	4.1	...	...
12.74374+ 0.53794	21.32	22.10		0.239	6.3	5.5	30.5	...	...
12.74719+ 0.42513	1.04	1.46		0.183	7.1	6.6	169.8	...	...
12.77557+ 0.33335	6.99	56.82		0.232	16.8	16.2	161.2	4.23	16.93
12.78743– 0.21742	21.91	94.07		0.300	13.0	11.1	111.0	4.04	20.27

12.80376– 0.31128	1.50	4.73		0.252	12.8	8.3	112.2	0.86	1.51
12.81608+ 0.55767	13.94	15.16		0.207	6.5	5.6	30.6	...	...
12.81629+ 0.74347	2.37	4.72		0.266	9.9	6.7	65.2	...	...
12.82091+ 0.43973	2.10	4.10		0.293	9.6	6.8	50.6	...	...
12.82137+ 0.21450	10.26	24.50		0.304	12.7	6.3	92.2	...	...

12.82151+ 0.21679	15.94	29.65		0.304	9.5	6.6	141.8	...	...
12.82438+ 0.60229	3.77	5.59		0.168	7.8	6.4	92.6	...	...
12.84215– 0.19976	6.14	9.07		0.235	8.1	6.1	22.4	...	...
12.84299– 0.40982	3.30	4.36		0.346	7.5	5.9	36.9	...	...
12.85591– 0.30999	6.57	11.09		0.324	8.9	6.3	31.2	...	...

12.85932– 0.27320	4.31	4.97		0.488	6.4	6.0	19.8	1.66	28.72
12.87228+ 0.64465	2.60	2.62		0.183	6.4	5.3	28.1	...	...
12.87935+ 0.49562	1.26	5.24		0.179	14.8	9.4	39.4	1.40	1.75
12.89054+ 0.49464	1.22	2.29		0.175	9.1	6.9	28.2	2.21	12.93
12.89731– 0.29627	10.24	12.14		0.476	6.9	5.8	38.6	...	...

12.90385+ 0.38673	3.40	3.96		0.234	6.9	5.7	51.3	...	...
12.90718+ 0.36441	2.01	4.54		0.232	9.8	7.8	128.6	...	...
12.90975+ 0.32314	3.08	4.48		0.244	7.8	6.3	109.0	...	...
12.91776+ 0.48771	1.45	5.45		0.185	12.9	9.7	71.8	3.05	3.85
12.91832+ 0.65845	1.25	2.44		0.198	9.6	6.8	61.3	...	...

12.92075+ 0.39822	4.30	5.71		0.199	7.1	6.3	30.2	...	...
12.92280– 0.04899	2.26	5.70		0.334	12.6	6.7	107.2	...	...
12.93529+ 0.72056	1.45	1.59		0.276	8.7	4.2	12.2	...	...
12.94327+ 0.48798	3.47	3.96		0.204	7.0	5.5	38.9	...	...
12.97517– 0.21383	19.11	35.30		0.430	9.9	6.2	15.7	...	...

12.97948– 0.21320	17.03	24.95		0.430	7.6	6.5	35.8	...	...
12.99958– 0.35814	6.18	10.52		0.275	8.1	7.0	78.7	0.69	3.45
13.01013+ 0.69919	1.83	2.41		0.299	8.5	5.2	35.8	...	...
13.02505+ 0.57443	5.30	15.73		0.227	12.4	8.0	152.6	...	...
13.04586+ 0.76485	5.66	7.77		0.387	7.6	6.1	48.7	...	...

13.05191+ 0.75441	15.62	18.08		0.372	6.5	5.9	38.4	...	...
13.09923+ 0.18426	2.72	6.16		0.186	9.7	7.9	126.4	...	...
13.12487– 0.16373	6.68	8.10		0.302	6.9	5.9	39.2	...	...
13.12489+ 0.59946	29.18	31.82		0.242	6.4	5.7	30.9	...	...
13.13222– 0.14870	4.20	5.62		0.265	7.3	6.2	64.3	2.20	6.96

13.13460+ 0.14068	2.10	7.10		0.299	12.9	8.8	60.5	...	...
13.14804+ 0.71471	2.13	4.20		0.287	11.0	6.0	88.0	...	...
13.17334– 0.52596	7.06	10.43		0.198	7.6	6.5	100.1	...	...
13.18384– 0.10674	2.61	3.76		0.259	7.2	6.7	178.6	1.44	7.23
13.18538– 0.15178	1.58	3.86		0.262	12.1	6.8	163.4	...	...

13.19031+ 0.10896	4.89	9.39		0.373	9.5	6.8	121.6	...	...
13.19426+ 0.53627	6.46	6.78		0.189	6.3	5.6	59.3	...	...
13.19512+ 0.53945	2.75	17.38		0.189	19.6	10.8	69.6	...	...
13.19664+ 0.55816	7.71	33.66		0.209	15.9	9.2	83.1	...	...
13.22002+ 0.76295	2.66	3.78		0.319	8.6	5.5	41.5	...	...

13.23718– 0.28081	21.56	25.04		0.249	6.6	5.9	26.2	...	...
13.25395+ 0.27800	5.08	6.69		0.237	6.9	6.4	57.2	...	...
13.26086+ 0.57808	1.79	3.49		0.207	8.2	8.0	168.3	...	...
13.26254+ 0.55426	1.09	1.48		0.179	8.1	5.6	51.9	...	...
13.26547+ 0.76995	16.51	23.60		0.351	7.8	6.2	52.4	...	...

13.26742+ 0.77388	24.62	30.78		0.351	6.9	6.0	40.2	...	...
13.27232+ 0.58472	4.85	5.35		0.203	6.7	5.6	23.6	0.25	< 1.34
13.28238– 0.44068	8.55	13.43		0.245	8.4	6.2	12.5	...	...
13.30429– 0.02412	6.54	7.55		0.291	6.8	5.7	25.3	...	...
13.30901+ 0.52195	1.52	1.63		0.190	6.2	5.8	3.6	...	...

13.32006– 0.67743	2.71	3.98		0.255	7.4	6.6	149.6	...	...
13.32202+ 0.09681	21.21	53.27		0.278	9.5	8.8	155.1	0.95	1.95
13.32480– 0.10504	2.44	3.74		0.255	8.2	6.3	24.4	...	...
13.32766– 0.10495	1.34	2.54		0.255	10.5	6.0	39.7	...	...
13.33070– 0.10465	1.82	3.40		0.255	11.8	5.3	3.6	...	...

13.35662– 0.75581	9.03	9.76		0.275	6.5	5.6	33.8	...	...
13.35786+ 0.14003	4.00	4.33		0.272	6.6	5.5	32.6	...	...
13.37180– 0.30652	1.22	1.88		0.229	8.6	6.0	20.6	...	...
13.37629+ 0.06137	3.67	20.47	E	0.228	23.2	8.0	19.4	...	...
13.37649+ 0.37508	2.09	2.52		0.203	6.8	5.9	48.8	...	...

13.37766+ 0.04547	4.32	5.57		0.265	7.0	6.2	35.8	...	...
13.39034– 0.48706	2.69	3.84		0.183	7.4	6.4	157.6	...	...
13.39340– 0.59636	2.02	1.90		0.184	6.3	5.0	41.6	...	...
13.40920+ 0.38068	2.06	3.70		0.252	8.0	7.5	163.7	...	...
13.41640+ 0.28605	2.46	9.01		0.253	11.8	10.4	152.0	...	...

13.42173– 0.33608	2.38	2.77		0.218	6.9	5.6	26.7	...	...
13.42230+ 0.29589	4.39	10.34		0.253	10.1	7.8	52.6	...	...
13.45655+ 0.67158	6.24	9.07		0.293	7.7	6.3	2.2	...	...
13.45833– 0.45919	55.20	75.16		0.222	7.1	6.4	164.5	...	...
13.47002+ 0.30007	31.95	39.57		0.234	6.8	6.1	40.9	...	...

13.47354+ 0.55757	3.25	6.44		0.189	8.8	7.6	170.0	...	...
13.47961– 0.63780	10.71	11.95		0.167	6.6	5.7	32.9	...	...
13.48969– 0.74077	5.58	6.22		0.247	6.7	5.6	30.8	...	...
13.54788– 0.73786	23.89	26.21		0.265	6.4	5.7	30.6	...	...
13.55915+ 0.19323	3.70	4.17		0.229	6.2	6.1	178.2	...	...

13.63056+ 0.19575	5.88	10.65		0.279	8.1	7.4	36.6	1.58	4.93
13.63095– 0.60221	20.06	24.90		0.180	6.7	6.2	23.9	...	...
13.63164+ 0.19101	2.09	13.78		0.279	16.6	13.3	103.8	1.58	4.93
13.63221+ 0.19287	8.52	23.09		0.279	11.1	8.2	150.8	1.58	4.93
13.67741+ 0.25082	1.56	40.28	E	0.300	47.4	18.3	62.4	...	...

13.68432– 0.67246	2.33	2.29		0.236	6.3	5.2	30.1	...	...
13.69316– 0.16044	2.36	3.38		0.147	7.4	6.5	19.1	...	...
13.69465+ 0.70874	2.00	2.81		0.234	8.3	5.7	75.4	0.12	< 1.96
13.70406– 0.69608	4.60	5.95		0.278	7.4	5.8	41.9	...	...
13.73376+ 0.46584	3.50	4.65		0.207	6.9	6.4	32.5	...	...

13.73944– 0.02438	2.11	3.07		0.239	8.4	5.8	60.0	...	...
13.75044+ 0.31962	1.83	2.52		0.248	7.8	5.9	21.7	...	...
13.75099– 0.35959	9.06	36.45		0.216	13.4	10.0	84.9	3.41	4.06
13.77636+ 0.41950	1.32	2.82		0.200	9.1	7.8	48.8	...	...
13.77637+ 0.77695	11.24	16.12		0.355	7.6	6.4	113.2	...	...

13.80287– 0.20442	2.17	2.60		0.199	6.8	5.9	39.0	...	...
13.81349+ 0.06155	1.69	2.08		0.187	7.7	5.4	33.0	...	...
13.82837+ 0.45250	1.70	3.62		0.258	9.8	7.3	170.2	...	...
13.84066+ 0.75262	4.12	5.75		0.344	7.2	6.5	17.7	...	...
13.84748– 0.18430	1.40	5.82		0.248	17.8	7.8	102.5	...	...

13.85402+ 0.54264	15.77	25.76		0.300	8.2	6.7	107.8	...	...
13.85434+ 0.21898	7.20	10.38		0.240	7.5	6.4	7.7	...	...
13.85635+ 0.21732	8.01	12.52		0.240	7.8	6.7	139.5	...	...
13.87017+ 0.54093	25.36	33.12		0.302	6.8	6.4	127.0	...	...
13.87211– 0.09190	39.04	62.92		0.401	8.0	6.7	24.5	...	...

13.88270+ 0.54113	11.63	14.88		0.313	6.8	6.3	99.2	...	...
13.89476+ 0.61299	1.87	2.34		0.287	7.2	5.9	169.0	...	...
13.89745+ 0.77271	10.65	14.79		0.501	7.3	6.3	12.2	...	...
13.90557+ 0.34942	1.46	3.39		0.260	12.3	6.3	53.1	...	...
13.90797– 0.44055	4.63	4.99		0.180	6.9	5.2	25.9	...	...

13.91672+ 0.65003	24.11	29.86		0.315	6.7	6.2	16.9	0.08	1.78
13.93353– 0.32934	62.26	97.20		0.269	8.5	6.2	24.1	...	...
13.94938+ 0.73325	4.73	4.90		0.324	6.7	5.2	19.4	...	...
13.97223– 0.60397	221.72	254.52		0.208	6.7	5.7	31.5	...	...
13.97536– 0.60485	10.37	15.41		0.208	7.4	6.7	37.6	...	...

13.97986– 0.24061	1.18	1.30		0.203	6.4	5.8	0.1	...	...
13.99280– 0.34205	1.41	1.36		0.190	6.4	5.0	41.7	...	...
14.01675+ 0.01824	2.81	3.29		0.188	7.8	5.1	25.7	...	...
14.01936+ 0.20921	121.56	177.80		0.260	7.8	6.2	18.4	...	...
14.02226– 0.27119	9.33	12.43		0.172	7.4	6.0	30.5	...	...

14.02373+ 0.20916	84.06	124.86		0.260	7.8	6.4	10.7	...	...
14.03564+ 0.32210	13.70	16.72		0.361	6.7	6.1	23.9	...	...
14.03672+ 0.29231	5.16	9.30		0.252	8.6	7.0	5.6	...	...
14.09875– 0.51388	5.05	5.73		0.378	6.6	5.7	27.2	...	...
14.10445+ 0.09196	33.80	91.38		0.252	10.4	8.7	126.9	1.86	13.13

14.13398+ 0.04058	1.63	1.92		0.184	8.8	4.5	28.8	8.55	12.37
14.15022+ 0.43824	90.77	115.34		0.270	6.7	6.3	110.9	...	...
14.17473+ 0.02319	22.01	132.53		0.249	14.7	13.8	28.1	1.38	4.22
14.20621– 0.10991	16.00	110.71		0.304	15.7	14.7	41.9	0.87	2.88
14.21097+ 0.37169	16.29	18.99		0.279	6.4	6.1	12.5	...	...

14.23654+ 0.21177	28.53	37.76		0.211	6.8	6.5	73.6	2.64	7.96
14.24366– 0.55284	1.89	2.98		0.167	8.3	6.4	36.0	0.54	5.16
14.24551– 0.07348	34.86	77.34		0.426	9.6	7.8	21.4	...	...
14.26637– 0.27192	8.40	13.20		0.231	8.6	6.1	7.9	...	...
14.27109+ 0.65256	1.89	6.07		0.254	12.4	8.7	119.7	0.23	< 1.26

14.27213+ 0.64335	2.16	4.26		0.254	8.7	7.6	68.0	...	...
14.28429+ 0.37030	7.33	8.79		0.223	6.6	6.1	40.7	...	...
14.30620+ 0.09123	1.58	2.09		0.259	7.6	5.8	29.3	...	...
14.31425+ 0.09093	2.88	3.99		0.259	7.1	6.6	31.5	...	...
14.33195+ 0.33823	3.87	5.24		0.196	7.5	6.0	34.5	...	...

14.33272+ 0.02655	11.02	22.77		0.273	9.7	7.1	54.9	...	...
14.33433+ 0.03338	39.78	62.11		0.273	7.7	6.8	47.0	...	...
14.34089+ 0.40172	1.89	2.14		0.204	7.2	5.3	33.1	...	...
14.34298– 0.26814	39.51	149.85		0.390	12.2	10.4	85.9	...	...
14.34956+ 0.56176	5.44	6.20		0.213	6.7	5.7	24.7	...	...

14.35188– 0.64293	1.53	4.33		0.181	10.8	8.8	72.8	2.93	10.07
14.36275+ 0.08658	1.93	8.75		0.300	17.5	8.7	41.0	0.55	2.68
14.37193– 0.55396	2.05	2.47		0.253	7.1	5.7	89.8	...	...
14.37318+ 0.56059	1.97	2.09		0.194	7.0	5.1	41.7	...	...
14.38320– 0.51442	54.57	62.08		0.254	6.6	5.8	25.6	...	...

14.39090– 0.02143	12.50	144.00	E	0.516	20.3	19.0	119.5	0.91	3.04
14.39152+ 0.51967	1.19	3.98		0.204	12.2	9.2	48.9	...	...
14.40057– 0.69957	2.09	2.68		0.262	7.0	6.1	144.0	...	...
14.40139– 0.78316	1.86	2.43		0.328	7.2	6.1	21.5	...	...
14.44624+ 0.59489	1.30	2.11		0.179	8.0	6.8	177.8	...	...

14.45436– 0.24257	3.64	5.22		0.205	7.6	6.3	20.2	...	...
14.45656+ 0.54637	9.48	23.27		0.186	10.6	7.7	21.2	...	...
14.45774– 0.18466	37.97	45.20		0.139	6.8	5.8	25.1	...	...
14.45886+ 0.53961	3.92	4.67		0.186	6.9	5.8	98.3	...	...
14.45930+ 0.53473	10.22	23.39		0.186	10.3	7.5	115.9	...	...

14.45965+ 0.53681	8.54	10.97		0.186	6.8	6.3	48.3	...	...
14.47664– 0.00543	15.29	82.16	E	0.255	18.3	9.8	116.0	1.04	2.32
14.47936– 0.00422	7.01	164.73	E	0.255	34.2	23.0	103.4	1.04	2.32
14.49003+ 0.02075	42.88	367.49		0.679	17.9	16.0	151.4	1.11	3.54
14.55431+ 0.12947	1.55	3.49		0.296	10.1	7.4	34.6	...	...

14.55951+ 0.32798	2.00	2.55		0.221	7.2	5.9	11.0	...	...
14.57936+ 0.54827	1.36	1.55		0.163	7.8	4.9	22.8	...	...
14.58519+ 0.46129	21.44	26.88		0.190	6.9	6.1	39.5	0.08	< 2.12
14.62564– 0.21151	3.74	5.42		0.270	7.7	6.3	4.8	...	...
14.64001+ 0.63463	1.06	4.09		0.202	14.2	9.1	87.9	1.41	1.90

14.64330+ 0.32329	1.73	11.34	E	0.231	16.4	13.4	156.6	...	...
14.64452+ 0.32758	2.69	5.95		0.231	9.8	7.6	66.2	...	...
14.64548– 0.06040	107.16	132.83		0.248	6.8	6.1	10.0	...	...
14.65396+ 0.33064	4.59	9.01		0.231	9.3	7.1	170.7	...	...
14.67850– 0.12763	2.88	3.94		0.185	7.2	6.4	166.6	...	...

14.68843– 0.28897	5.04	5.47		0.600	6.6	5.6	17.0	...	...
14.69038– 0.28894	5.27	6.01		0.600	6.7	5.7	19.4	...	...
14.73461+ 0.60370	1.42	2.25		0.196	7.9	6.7	136.4	...	...
14.75036+ 0.11928	3.98	5.21		0.284	7.0	6.2	176.8	...	...
14.75064– 0.24960	17.10	20.45		0.463	6.6	6.1	10.7	...	...

14.78924+ 0.78528	19.88	25.69		0.401	6.8	6.4	61.5	...	...
14.79027+ 0.62465	1.55	2.38		0.216	8.3	6.2	3.1	...	...
14.79453+ 0.11470	32.01	50.71		0.185	8.2	6.5	110.0	...	...
14.79574+ 0.42196	15.14	20.99		0.280	7.1	6.6	45.7	...	...
14.80138+ 0.38966	1.60	2.57		0.210	8.8	6.1	138.1	...	...

14.80147– 0.16934	4.02	5.11		0.299	7.0	6.1	16.9	...	...
14.81451+ 0.57385	1.17	6.11		0.188	16.8	10.4	89.9	...	...
14.82485– 0.18823	1.35	3.50		0.260	9.5	9.1	173.6	...	...
14.83792+ 0.05712	32.35	38.47		0.221	6.5	6.2	32.4	...	...
14.84194+ 0.05807	1.89	3.13	E	0.221	10.9	5.1	22.4	...	...

14.88835+ 0.28279	2.44	3.37		0.199	7.2	6.4	159.1	...	...
14.89592+ 0.48376	5.78	7.70		0.225	6.7	6.7	5.4	...	...
14.92159+ 0.07059	2.02	3.19		0.270	9.0	5.9	42.7	3.98	10.00
14.92675+ 0.04030	10.09	12.49		0.372	6.6	6.3	23.4	...	...
14.92793+ 0.51797	5.36	11.36		0.179	9.9	7.2	65.4	...	...

14.93111+ 0.52500	1.02	1.12		0.179	6.3	5.8	172.8	...	...
14.93360+ 0.53300	1.34	2.83		0.179	9.4	7.6	144.3	...	...
14.94192+ 0.66333	1.58	2.10		0.192	7.4	6.0	88.4	...	...
14.98657– 0.12194	2.87	9.57		0.205	12.2	9.1	127.0	0.74	1.17
14.98695+ 0.13478	1.63	2.16		0.217	7.7	5.8	112.1	0.98	< 1.34

14.99088– 0.12124	1.37	2.54		0.205	8.9	7.0	9.1	0.74	1.17
15.00037– 0.06428	1.45	3.17		0.168	9.8	7.5	113.1	...	...
15.01218+ 0.52826	3.63	5.63		0.178	7.8	6.7	104.2	...	...
15.01424– 0.14156	4.77	4.84		0.208	6.0	5.7	164.3	...	...
15.07473– 0.12026	9.26	42.62	E	0.263	17.1	9.0	170.6	1.59	6.50

15.07636– 0.12324	9.43	60.02	E	0.263	16.1	13.3	72.0	1.59	6.50
15.07931– 0.11944	2.16	39.53	E	0.263	52.7	11.6	24.6	...	...
15.09389+ 0.53707	2.95	4.87		0.183	7.5	7.4	13.1	...	...
15.12931– 0.39117	23.41	33.21		1.650	7.7	6.2	152.6	...	...
15.15380– 0.56678	12.36	62.71	E	1.215	15.9	10.6	142.6	0.39	2.79

15.15748– 0.04002	13.39	17.23		0.241	6.7	6.4	3.1	...	...
15.16099– 0.03939	1.93	2.51		0.241	8.5	5.1	33.2	...	...
15.16527– 0.55068	9.82	37.17		1.473	12.3	10.3	127.3	...	...
15.17620– 0.15817	4.33	5.61		0.406	7.2	6.0	148.9	...	...
15.17689+ 0.04317	1.53	5.95		0.223	14.6	8.9	39.5	0.62	< 1.34

15.17933– 0.53622	11.21	79.68	E	1.650	18.4	13.0	112.9	...	...
15.18376– 0.15369	2.57	4.09		0.406	8.3	6.4	167.3	3.85	14.23
15.18381– 0.16246	3.24	4.57		0.406	7.2	6.6	134.0	1.36	12.83
15.19972– 0.08619	9.43	12.66		0.250	7.1	6.3	4.3	...	...
15.20887– 0.07036	1.29	2.55		0.206	9.0	7.3	171.3	...	...

15.23076+ 0.39228	4.56	7.44		0.187	7.9	7.0	133.6	...	...
15.25793+ 0.58457	7.83	10.94		0.222	7.1	6.6	87.6	...	...
15.25929+ 0.58213	9.82	12.89		0.222	6.9	6.4	112.1	...	...
15.28137– 0.15940	106.51	116.48		0.363	6.3	5.8	24.6	...	...
15.28148+ 0.31845	1.69	2.46		0.207	8.5	5.8	13.1	...	...

15.28474– 0.15871	3.41	5.39		0.363	9.9	5.3	19.8	...	...
15.29230+ 0.46396	1.89	2.70		0.199	7.6	6.3	19.7	0.16	< 1.10
15.30792+ 0.22576	17.98	29.95		0.197	8.6	6.5	148.6	...	...
15.30810– 0.13957	2.87	3.25		0.192	6.8	5.6	16.9	...	...
15.35501+ 0.42439	4.45	6.02		0.188	7.1	6.4	72.8	...	...

15.35740– 0.03780	21.61	24.33		0.192	6.6	5.7	24.4	...	...
15.36418+ 0.77609	7.05	19.89		0.309	11.4	8.3	141.4	...	...
15.36484– 0.29525	22.24	34.72		0.709	7.7	6.8	93.4	...	...
15.36978+ 0.77334	2.60	10.42		0.309	14.7	9.1	178.0	...	...
15.39555+ 0.67348	7.59	11.02		0.207	7.2	6.7	34.8	...	...

15.39997– 0.25729	9.74	11.60		0.417	6.8	5.8	33.7	...	...
15.40406+ 0.09211	2.40	6.05		0.222	11.0	7.7	166.7	...	...
15.40668+ 0.09370	5.61	10.84		0.222	8.7	7.5	116.6	...	...
15.41818+ 0.34644	12.41	15.57		0.255	6.8	6.2	15.4	...	...
15.43069+ 0.39917	2.17	2.51		0.204	6.6	5.9	105.4	...	...

15.43823– 0.20311	1.39	1.87		0.230	7.8	5.8	6.7	...	...
15.43945– 0.03016	1.25	2.61		0.178	10.5	6.7	22.4	...	...
15.47695+ 0.18971	1.12	4.11		0.219	11.6	10.7	145.9	...	...
15.48256+ 0.02261	2.24	5.02		0.353	9.8	7.7	133.0	...	...
15.48605+ 0.34039	60.73	101.02		0.274	8.6	6.5	19.5	...	...

15.48983+ 0.34127	55.63	78.83		0.274	7.6	6.2	11.4	...	...
15.51002– 0.08101	1.33	1.87		0.251	8.5	5.6	7.6	...	...
15.52021+ 0.19018	5.63	30.25		0.344	14.8	12.2	37.5	1.25	3.17
15.52185+ 0.18769	3.40	9.49		0.344	11.6	8.1	37.2	1.25	3.17
15.53226+ 0.43746	1.17	1.43		0.222	7.0	5.8	141.3	...	...

15.53504+ 0.74489	4.98	11.44		0.316	9.1	8.4	118.9	...	...
15.54113+ 0.33613	10.82	12.28		0.204	6.4	5.9	36.7	...	...
15.54345+ 0.22995	2.46	2.88		0.160	7.2	5.4	28.7	...	...
15.54548+ 0.58359	1.53	4.31		0.192	12.5	7.6	40.4	...	...
15.54578– 0.20729	11.01	12.32		0.187	6.6	5.7	28.3	...	...

15.55082+ 0.19259	1.91	1.94		0.208	6.4	5.3	15.4	...	...
15.56718+ 0.71817	7.37	8.90		0.284	6.4	6.3	36.0	...	...
15.57045– 0.12044	5.72	6.80		0.360	6.8	5.9	35.1	...	...
15.57765+ 0.70833	1.95	5.93	E	0.265	11.4	8.9	108.1	...	...
15.57777+ 0.71232	1.43	9.60	E	0.265	19.5	11.6	31.7	...	...

15.58478+ 0.40026	8.68	10.12		0.285	6.8	5.8	11.4	...	...
15.63751– 0.17146	3.40	3.58		0.206	6.5	5.5	35.9	...	...
15.65044+ 0.41829	3.59	5.34		0.270	7.9	6.3	156.1	...	...
15.65569+ 0.12497	2.39	2.63		0.300	6.8	5.4	27.0	...	...
15.65923+ 0.41005	21.85	34.41		0.270	7.4	7.1	147.6	...	...

15.69291– 0.49660	2.00	1.96		0.161	6.6	5.0	31.4	...	...
15.69999+ 0.42583	11.65	15.37		0.341	6.8	6.5	34.9	...	...
15.70012+ 0.23768	3.06	3.79		0.166	7.5	5.6	25.1	...	...
15.72676+ 0.26450	82.11	101.90		0.250	6.6	6.3	40.8	...	...
15.73567+ 0.23216	17.34	28.28		0.209	8.4	6.5	103.1	...	...

15.74397+ 0.72339	2.26	3.75		0.255	7.9	7.1	157.4	...	...
15.74858+ 0.68141	21.36	31.45		0.239	7.6	6.5	71.6	...	...
15.74922– 0.66145	1.94	1.76		0.180	6.1	5.0	31.3	...	...
15.75559– 0.64112	26.58	29.82		0.207	6.4	5.8	22.3	...	...
15.77320+ 0.36330	14.77	19.21		0.239	6.9	6.3	34.5	...	...

15.77511+ 0.29087	15.93	22.88		0.266	7.4	6.5	44.9	...	...
15.77580+ 0.46972	4.41	5.35		0.198	6.8	6.0	68.7	...	...
15.79753+ 0.22347	3.16	4.05		0.274	6.6	6.5	8.0	...	...
15.79940– 0.00616	28.12	34.22		0.311	6.8	6.0	20.6	0.17	5.60
15.80549+ 0.78231	2.88	4.00		0.312	7.4	6.3	64.8	...	...

15.87141– 0.65384	1.72	3.57		0.222	9.3	7.5	99.6	...	...
15.89625+ 0.55190	1.66	9.23	E	0.183	21.1	8.8	62.8	0.56	< 1.34
15.89772+ 0.55181	1.47	5.95	E	0.183	19.5	6.9	90.5	0.56	< 1.34
15.90323+ 0.36944	11.33	16.19		0.269	7.4	6.5	94.8	...	...
15.90524+ 0.36974	10.42	19.03		0.269	9.2	6.7	20.4	...	...

15.96945– 0.34962	11.30	14.35		0.418	7.0	6.1	46.0	...	...
15.97155– 0.34500	26.09	44.92		0.418	9.2	6.2	42.3	...	...
15.97211– 0.27625	4.86	7.10		0.212	7.4	6.6	3.8	...	...
16.02884– 0.66312	69.22	75.42		0.248	6.4	5.7	28.0	...	...
16.06963+ 0.34531	1.78	2.03		0.197	6.4	6.0	142.2	...	...

16.06964+ 0.34534	1.77	1.93		0.188	6.2	5.8	145.6	...	...
16.08318+ 0.04152	7.53	14.19		0.211	9.3	6.8	129.0	...	...
16.08622+ 0.03811	2.01	11.77		0.211	17.1	11.5	130.3	...	...
16.09087+ 0.33326	2.35	5.62		0.185	9.6	8.4	91.5	...	...
16.10048+ 0.78639	2.64	3.56		0.438	7.3	6.2	8.0	...	...

16.10090+ 0.47211	2.53	3.14		0.205	6.7	6.2	5.5	...	...
16.11201+ 0.70180	7.40	10.21		0.312	7.1	6.5	132.9	...	...
16.13347+ 0.39966	4.68	6.23		0.197	6.9	6.4	76.6	...	...
16.13416+ 0.49127	4.72	6.26		0.180	6.8	6.6	89.2	...	...
16.13899– 0.12650	1.98	2.92		0.209	7.1	7.0	8.0	...	...

16.14318+ 0.04020	7.24	10.08		0.185	7.4	6.2	44.9	...	...
16.14462+ 0.00869	5.86	8.75		0.193	8.0	6.3	43.0	0.77	3.13
16.17724– 0.71058	1.77	1.83		0.199	5.9	5.9	5.7	...	...
16.18266+ 0.76816	33.24	51.06		0.375	7.7	6.7	15.6	...	...
16.20650– 0.53187	39.91	47.86		0.191	6.7	6.0	29.0	...	...

16.22081+ 0.77583	3.88	7.14		0.329	9.3	6.6	0.9	...	...
16.22728– 0.36823	2.72	22.83		0.240	17.5	16.1	121.7	...	...
16.22832+ 0.29820	5.19	9.04		0.237	8.4	6.9	66.8	...	...
16.24319– 0.05516	2.54	4.20		0.151	9.6	5.8	31.0	...	...
16.26906+ 0.35837	32.27	49.93		0.255	7.9	6.6	56.7	...	...

16.28695+ 0.23689	27.38	35.43		0.277	6.8	6.4	40.8	...	...
16.28799+ 0.23982	19.61	23.77		0.277	6.5	6.2	15.6	...	...
16.28881– 0.51522	9.21	11.19		0.200	6.8	6.0	32.9	...	...
16.29031+ 0.79294	2.19	3.10		0.425	8.0	6.0	17.9	...	...
16.29484– 0.57306	1.27	1.22		0.183	7.0	4.6	74.6	...	...

16.30846+ 0.67089	9.03	13.00		0.186	7.3	6.6	103.5	...	...
16.31084– 0.47663	17.31	29.48		0.235	7.8	7.3	164.2	0.78	1.90
16.33719+ 0.51882	2.03	3.26		0.176	7.6	7.1	76.8	...	...
16.33741– 0.03019	2.67	4.02		0.191	7.7	6.6	153.4	...	...
16.33933+ 0.51690	2.68	4.84		0.176	9.5	6.4	140.2	...	...

16.36035– 0.20874	6.75	54.40		0.299	16.9	15.9	11.8	7.31	19.39
16.36717+ 0.57127	1.61	2.19		0.180	7.1	6.4	17.2	...	...
16.36988– 0.77084	3.56	3.97		0.351	7.3	5.2	12.1	...	...
16.37514– 0.51985	48.22	58.16		0.194	6.7	6.0	24.1	...	...
16.37826– 0.30514	2.50	12.26	E	0.180	16.0	10.3	36.5	0.20	< 1.41

16.37919– 0.30715	2.00	17.55	E	0.180	22.7	13.0	19.3	0.20	< 1.41
16.38160+ 0.14144	1.16	2.39		0.184	8.4	8.3	3.4	...	...
16.38993– 0.13726	5.88	20.24		0.311	13.2	8.7	42.1	0.42	1.70
16.39081– 0.13866	16.43	40.83		0.311	10.5	7.9	46.1	0.42	1.70
16.40376– 0.57388	29.24	45.81		0.227	7.6	6.9	30.4	0.13	< 1.71

16.40492+ 0.60978	7.18	9.49		0.188	6.9	6.4	90.4	...	...
16.41925– 0.37122	3.20	32.24		0.239	21.1	16.0	51.0	0.30	< 1.04
16.43673– 0.67234	2.53	2.74		0.170	6.2	5.8	12.4	...	...
16.44278+ 0.03220	1.69	2.81		0.188	8.3	6.7	3.1	...	...
16.47087+ 0.14997	12.98	15.93		0.176	6.7	6.2	27.8	...	...

16.49190+ 0.31061	3.29	4.94		0.217	7.8	6.4	38.8	...	...
16.49429+ 0.31120	3.49	5.04		0.217	7.6	6.3	49.9	...	...
16.49982+ 0.11519	11.32	16.76		0.177	7.3	6.8	22.9	...	...
16.50298+ 0.18605	3.61	7.54		0.165	10.0	7.0	32.1	...	...
16.50826+ 0.04145	4.89	6.65		0.222	7.2	6.4	54.6	...	...

16.50889+ 0.05524	25.03	41.29		0.240	8.4	6.6	79.3	...	...
16.53020– 0.32626	50.19	64.64		0.231	6.9	6.2	26.4	...	...
16.55733+ 0.45359	206.19	251.25		0.399	6.6	6.2	35.3	...	...
16.55902+ 0.43192	3.38	3.33		0.302	7.3	4.5	45.9	...	...
16.56122+ 0.00178	1.74	17.98		0.203	20.0	17.3	81.9	...	...

16.58914– 0.28380	2.86	8.27		0.302	13.5	7.2	14.9	...	...
16.60052– 0.27568	11.93	19.09		0.420	7.5	7.1	23.0	...	...
16.60830– 0.50084	4.89	9.19		0.185	8.9	7.1	29.7	...	...
16.60990– 0.50146	4.37	4.95		0.185	6.8	5.6	10.9	...	...
16.61083+ 0.67479	1.70	2.34		0.144	7.0	6.6	95.2	...	...

16.61156+ 0.13448	1.41	2.19		0.176	8.3	6.3	56.4	...	...
16.61248– 0.50165	1.25	4.40	E	0.185	13.6	8.7	36.0	...	...
16.61279+ 0.67402	1.36	2.96		0.144	11.8	6.2	52.7	...	...
16.61946+ 0.59790	4.05	4.28		0.180	6.3	5.6	59.4	...	...
16.63021+ 0.40260	9.74	12.03		0.214	6.8	6.1	9.9	...	...

16.64736– 0.21383	12.20	14.91		0.166	6.7	6.1	35.3	...	...
16.64829– 0.21647	18.57	22.94		0.166	6.6	6.2	25.2	...	...
16.66624+ 0.69338	5.22	6.07		0.122	6.4	6.1	4.5	...	...
16.66829+ 0.38193	8.53	10.61		0.181	7.1	5.9	19.0	...	...
16.67554+ 0.39719	3.21	3.33		0.164	6.5	5.3	23.7	...	...

16.67600+ 0.44229	30.11	37.35		0.222	6.7	6.2	42.0	...	...
16.69234+ 0.13936	14.38	17.32		0.194	6.7	6.0	24.1	...	...
16.69946– 0.30479	2.30	6.42		0.245	13.8	6.8	28.4	...	...
16.72804– 0.16668	8.16	9.80		0.174	6.9	5.9	177.3	...	...
16.73839+ 0.56164	1.77	3.88		0.174	9.8	7.5	98.4	...	...

16.74128+ 0.50993	5.48	6.93		0.121	7.2	5.9	25.7	...	...
16.75993– 0.62067	4.42	5.40		0.201	7.1	5.8	31.6	1.31	< 0.95
16.76351+ 0.33077	1.61	1.90		0.192	7.0	5.6	69.8	...	...
16.78220– 0.61779	34.18	37.82		0.205	6.5	5.7	30.3	...	...
16.78386– 0.75650	2.13	3.01		0.293	9.4	5.0	21.4	...	...

16.80334+ 0.21268	15.94	18.69		0.203	6.5	6.0	19.1	...	...
16.81948+ 0.03311	1.18	3.57		0.191	12.5	8.1	175.8	...	...
16.82247– 0.34860	1.44	1.78		0.194	7.2	5.7	33.5	3.26	7.61
16.82598– 0.60786	2.76	3.49		0.190	7.0	6.0	43.8	...	...
16.82863+ 0.59934	4.50	6.19		0.127	7.1	6.5	175.8	...	...

16.83254+ 0.00747	2.03	2.85		0.246	9.2	5.1	42.0	...	...
16.83293+ 0.60292	15.32	18.62		0.127	6.6	6.2	18.3	...	...
16.84838– 0.56692	5.54	7.09		0.169	7.9	5.4	20.9	...	...
16.85636– 0.54702	1.87	2.26		0.175	6.7	6.1	91.3	...	...
16.86926– 0.63081	2.61	2.77		0.168	6.2	5.8	169.1	...	...

16.89722– 0.49987	3.97	4.69		0.166	6.7	5.9	16.6	...	...
16.90669+ 0.31873	8.46	10.23		0.178	6.7	6.1	31.7	...	...
16.92154– 0.49597	1.49	1.38		0.170	6.2	5.0	48.1	...	...
16.92202+ 0.26999	1.38	2.64		0.193	9.3	6.9	153.8	...	...
16.92338+ 0.12097	1.69	2.29		0.173	7.6	6.0	46.8	...	...

16.92458– 0.76323	6.01	13.21		0.259	12.3	6.0	144.2	...	...
16.92497+ 0.00839	43.86	51.63		0.298	6.6	5.9	21.7	...	...
16.93112+ 0.17896	38.88	44.07		0.194	6.4	5.9	29.8	...	...
16.93434+ 0.77895	8.98	43.80	E	0.086	14.6	11.2	58.6	...	...
16.94404– 0.23621	4.83	5.96		0.202	7.0	5.9	162.4	...	...

16.94419– 0.07366	159.39	258.51		0.336	8.1	6.7	6.8	2.35	30.11
16.94699+ 0.64482	7.16	10.72		0.283	7.5	6.7	19.2	...	...
16.95153– 0.54299	36.81	52.32		0.164	7.9	6.0	31.9	...	...
16.95260+ 0.64266	2.23	7.22		0.283	12.0	9.1	176.3	...	...
16.95726– 0.28761	1.71	2.40		0.200	7.4	6.3	174.9	...	...

16.96051– 0.08498	1.74	5.20	E	0.337	16.4	6.1	71.6	...	...
16.96071– 0.08688	3.78	9.68	E	0.337	12.0	7.1	27.3	...	...
16.99444+ 0.76859	3.59	7.07		0.351	8.7	7.6	35.5	...	...
16.99589+ 0.77229	5.98	9.68		0.351	7.6	7.1	29.4	...	...
17.01508– 0.19068	9.45	12.92		0.181	7.5	6.1	29.5	...	...

17.02173+ 0.38376	1.47	3.95		0.198	15.5	5.8	148.3	...	...
17.02959– 0.06959	2.59	1.99		0.373	5.5	4.7	37.7	...	...
17.04862+ 0.16978	37.98	49.95		0.218	7.0	6.3	68.8	...	...
17.05549– 0.25863	10.42	12.35		0.145	6.6	6.1	25.2	...	...
17.07087+ 0.60763	1.20	2.00		0.137	8.0	7.0	77.6	...	...

17.07230+ 0.41997	3.32	6.10		0.221	10.4	5.9	33.1	...	...
17.07628– 0.40730	3.93	5.28		0.188	7.4	6.1	22.5	...	...
17.07797+ 0.11107	6.13	8.59		0.241	7.2	6.5	13.0	...	...
17.08728+ 0.11389	7.76	13.37		0.241	9.4	6.2	15.7	...	...
17.09266+ 0.57121	4.75	5.78		0.130	6.9	5.9	36.4	...	...

17.09442– 0.19060	1.23	1.66		0.155	7.8	5.8	175.8	...	...
17.09557– 0.19497	1.28	2.77		0.155	9.4	7.7	70.3	...	...
17.09805– 0.54349	7.93	9.17		0.202	6.5	5.9	21.1	...	...
17.11209– 0.11027	1.72	41.64	E	0.246	40.0	20.3	13.0	...	...
17.11387– 0.11249	10.94	14.22	E	0.246	7.2	6.0	37.5	1.89	8.65

17.11605– 0.11298	2.56	34.27	E	0.246	26.4	17.0	80.1	1.89	8.65
17.12002+ 0.58339	1.31	2.56		0.180	8.5	7.7	177.5	...	...
17.14899– 0.08470	1.58	2.91		0.215	9.7	6.4	33.1	0.96	6.51
17.16072+ 0.48299	3.24	3.35		0.171	6.2	5.6	24.6	...	...
17.16562+ 0.40053	18.40	34.05		0.211	9.9	6.3	148.5	...	...

17.16563+ 0.60229	3.15	7.77		0.180	11.9	7.0	48.0	...	...
17.17070+ 0.60815	4.97	8.52		0.180	8.1	7.1	78.2	...	...
17.18221– 0.23501	7.12	9.17		0.193	7.1	6.0	10.8	...	...
17.19489– 0.49928	2.42	3.40		0.204	7.9	5.9	87.3	...	...
17.19902– 0.77462	1.98	2.99		0.335	7.8	6.5	143.0	...	...

17.20781– 0.52276	1.93	2.24		0.201	6.8	5.7	88.2	...	...
17.22155– 0.18634	6.70	18.47		0.208	10.4	8.8	75.2	0.50	< 1.13
17.22297+ 0.39521	82.02	125.92		0.276	7.7	6.7	47.4	103.86	33.26
17.22346+ 0.13016	2.09	2.58		0.237	8.4	4.9	46.9	...	...
17.25067+ 0.16764	37.21	48.78		0.212	6.8	6.5	4.9	...	...

17.25168– 0.45737	5.53	6.14		0.194	6.2	6.0	35.1	...	...
17.25171– 0.63189	2.18	2.91		0.186	7.1	6.3	70.6	...	...
17.26330+ 0.36040	12.93	17.62		0.215	7.1	6.5	96.4	...	...
17.26501+ 0.54025	2.19	3.34		0.170	7.6	6.8	5.9	...	...
17.26575– 0.57186	9.97	11.27		0.177	6.4	5.9	33.3	...	...

17.28431+ 0.51134	51.83	63.42		0.239	6.7	6.1	39.3	...	...
17.31138– 0.29938	4.84	6.85		0.194	7.6	6.2	100.6	...	...
17.31492– 0.30428	4.39	6.24		0.194	7.3	6.5	171.8	...	...
17.31897+ 0.00652	3.09	6.31		0.184	9.6	7.1	15.7	...	...
17.32155– 0.69357	19.11	22.54		0.208	6.5	6.0	39.3	...	...

17.32505+ 0.40716	1.95	3.77		0.257	8.2	7.9	178.0	...	...
17.33425+ 0.28333	1.85	3.30		0.193	10.4	5.7	41.5	...	...
17.33513– 0.13912	1.98	15.01		0.310	16.5	15.4	53.1	...	...
17.33774+ 0.37625	2.81	4.56		0.212	8.2	6.6	64.4	...	...
17.34908– 0.08676	16.40	19.38		0.222	6.7	5.9	27.4	...	...

17.34935+ 0.30573	5.95	6.94		0.197	6.7	5.8	32.3	...	...
17.35324+ 0.35824	3.13	6.02		0.205	9.4	6.9	141.7	...	...
17.35716+ 0.35452	2.40	4.13		0.205	8.2	7.0	81.0	...	...
17.35719– 0.08585	2.02	2.26		0.222	7.3	5.2	15.0	...	...
17.36673+ 0.52269	10.60	16.33		0.252	7.4	6.9	98.0	...	...

17.36769+ 0.71533	5.35	8.42		0.249	8.4	6.3	75.9	...	...
17.36790– 0.31577	3.11	4.17		0.190	6.9	6.5	3.0	...	...
17.38626+ 0.43314	2.11	4.04		0.233	8.6	7.4	72.8	...	...
17.38829+ 0.43488	2.53	6.22		0.233	10.8	7.6	67.6	...	...
17.40014+ 0.55539	2.00	4.38		0.229	13.7	5.4	18.1	...	...

17.41438+ 0.37829	16.20	44.00		0.227	10.2	8.9	71.9	0.15	1.52
17.42749+ 0.30000	2.28	2.97		0.205	6.9	6.3	111.0	...	...
17.44563– 0.04284	2.96	4.56		0.189	7.9	6.5	24.1	...	...
17.44650– 0.66138	4.80	5.70		0.207	6.4	6.2	91.4	...	...
17.44870+ 0.11469	6.00	7.91		0.173	6.8	6.5	50.8	...	...

17.46600– 0.19148	1.79	2.61		0.188	7.6	6.4	25.7	...	...
17.49882– 0.38014	1.98	2.12		0.208	6.5	5.5	47.9	...	...
17.50681– 0.43700	6.57	9.72		0.203	8.0	6.2	52.5	...	...
17.51427– 0.42501	13.72	19.84		0.211	7.3	6.7	49.6	...	...
17.53208+ 0.54025	5.07	13.02		0.187	12.1	7.1	94.7	...	...

17.54319+ 0.04054	1.84	2.41		0.200	7.0	6.3	9.4	...	...
17.54486+ 0.12047	1.71	4.57		0.194	10.0	9.0	49.2	...	...
17.55483+ 0.16540	5.84	8.58		0.204	7.4	6.6	113.7	0.84	2.07
17.55556+ 0.16278	2.07	7.34		0.204	13.2	9.0	3.2	0.84	2.07
17.56129– 0.10684	3.80	4.47		0.139	7.0	5.7	26.5	...	...

17.56666– 0.13044	1.98	2.62		0.159	7.8	5.7	40.0	...	...
17.58299+ 0.26430	3.25	4.69		0.224	8.3	5.8	14.5	...	...
17.58428+ 0.14759	1.49	1.84		0.205	7.6	5.5	170.3	...	...
17.62020+ 0.27269	6.48	8.50		0.235	6.9	6.4	129.7	...	...
17.62549– 0.46538	3.50	3.88		0.202	6.4	5.8	50.6	...	...

17.65263– 0.55339	2.10	2.47		0.189	6.6	6.0	39.2	...	...
17.65766+ 0.20882	9.33	10.75		0.225	6.3	6.1	37.9	...	...
17.65893– 0.33623	12.46	20.52		0.196	8.9	6.2	50.0	...	...
17.66159– 0.33301	26.82	36.78		0.196	7.7	5.9	44.8	...	...
17.66649+ 0.11263	11.38	13.25		0.224	6.5	6.0	36.4	...	...

17.66765– 0.35003	2.88	3.72		0.189	7.2	6.0	22.5	...	...
17.66896– 0.21411	12.06	23.77		0.171	9.6	6.9	36.6	...	...
17.67746– 0.44960	1.67	2.49		0.222	8.5	5.9	65.2	...	...
17.69206+ 0.53376	2.21	6.48		0.193	10.4	9.4	120.1	...	...
17.69393+ 0.53650	3.09	6.56		0.193	10.4	6.9	86.5	...	...

17.70983+ 0.76776	3.70	6.31		0.345	8.7	6.5	71.2	...	...
17.72115+ 0.05400	4.61	14.12		0.207	11.1	9.2	85.3	...	...
17.72476– 0.24260	34.45	66.90		0.209	8.3	7.8	33.9	0.28	1.67
17.72685– 0.38207	2.57	2.65		0.205	6.1	5.7	171.9	...	...
17.75828+ 0.39804	1.36	2.40		0.271	10.1	5.9	20.9	...	...

17.76124+ 0.40105	2.02	5.19		0.271	10.9	7.9	40.3	...	...
17.76269– 0.22672	2.71	3.59		0.201	7.0	6.3	22.6	0.09	< 2.12
17.77159+ 0.40869	8.50	11.16		0.309	6.8	6.5	10.9	...	...
17.77742– 0.73734	19.48	21.03		0.224	6.4	5.6	28.5	...	...
17.77940– 0.00831	4.49	5.36		0.217	7.1	5.6	33.9	...	...

17.79746+ 0.05699	7.64	8.66		0.222	6.7	5.7	26.5	...	...
17.80887– 0.06284	1.54	2.00		0.210	7.7	5.7	162.0	...	...
17.84029– 0.17670	3.04	3.77		0.212	7.1	5.9	141.2	...	...
17.85634– 0.00005	13.37	57.56		0.236	16.1	9.0	115.6	...	...
17.86436+ 0.21205	5.31	6.97		0.205	7.3	6.0	173.5	...	...

17.87128– 0.07381	2.17	2.54		0.223	7.5	5.2	14.9	...	...
17.87212– 0.01641	2.13	4.56		0.237	10.6	6.8	82.8	...	...
17.87405– 0.01988	1.25	1.76		0.237	7.0	6.7	13.4	...	...
17.87870– 0.54125	1.52	2.40		0.184	9.4	5.6	45.5	...	...
17.89020– 0.52986	2.86	4.26		0.194	8.3	6.0	14.9	...	...

17.90148– 0.54153	6.11	7.23		0.197	6.5	6.1	62.6	...	...
17.90356– 0.57799	2.62	3.31		0.209	7.4	5.7	14.0	...	...
17.90392– 0.33299	8.06	19.68		0.228	12.1	6.8	46.9	0.71	< 1.14
17.90809– 0.58109	40.49	46.60		0.209	6.5	5.9	12.9	...	...
17.91004+ 0.37210	480.27	598.46		0.471	7.0	6.0	57.1	...	...

17.91187– 0.58434	1.99	3.82		0.209	8.9	7.2	123.4	...	...
17.91223+ 0.35134	4.16	5.04		0.394	7.9	5.2	25.8	...	...
17.91276– 0.39925	2.06	2.50		0.228	7.4	5.4	152.8	...	...
17.91369– 0.32949	44.97	72.13		0.228	7.9	6.8	7.8	...	...
17.91388+ 0.35538	4.58	4.34		0.394	6.5	4.8	18.3	...	...

17.97301– 0.10204	1.51	1.55		0.158	6.6	5.2	48.2	0.18	< 1.34
17.97416+ 0.04254	1.62	2.86		0.242	8.5	6.9	14.5	...	...
17.97452+ 0.03888	1.99	3.76		0.242	9.7	6.5	107.0	...	...
17.98232+ 0.68337	35.31	42.08		0.227	6.6	6.0	24.4	...	...
17.98500+ 0.12690	6.96	11.20		0.258	7.9	6.8	14.6	0.96	1.57

18.00075– 0.69110	4.84	6.23		0.254	7.2	6.0	173.1	...	...
18.01894– 0.07397	1.52	2.33		0.176	8.2	6.3	34.4	0.15	< 1.68
18.04257+ 0.52806	1.45	1.53		0.194	6.7	5.2	173.5	...	...
18.04357+ 0.74946	4.31	5.10		0.250	7.0	5.7	2.2	...	...
18.04366+ 0.42011	12.54	15.65		0.268	6.6	6.3	17.9	...	...

18.04674+ 0.64629	9.00	17.07		0.216	10.2	6.2	141.8	...	...
18.05578– 0.73398	8.95	9.22		0.262	6.4	5.4	17.6	...	...
18.08168+ 0.71996	1.58	3.05		0.271	10.4	6.2	24.2	...	...
18.08214+ 0.31531	7.20	7.87		0.237	6.5	5.6	5.8	...	...
18.09315– 0.31841	2.73	6.73		0.365	9.2	9.0	21.1	...	...

18.10500+ 0.35898	3.04	4.10		0.241	7.5	6.1	54.6	...	...
18.10512+ 0.18626	147.74	171.06		0.298	6.5	6.0	172.5	...	...
18.10647+ 0.18521	205.96	237.52		0.298	6.5	5.9	26.0	...	...
18.12035– 0.32461	14.92	23.30		0.258	7.6	6.9	172.7	...	...
18.12336– 0.32477	17.31	27.74		0.258	8.1	6.6	14.5	...	...

18.12852– 0.21833	3.32	5.17		0.360	8.9	5.9	21.7	...	...
18.13394– 0.26302	6.00	21.78		0.410	13.8	8.8	63.7	...	...
18.14243– 0.54134	1.17	2.50		0.204	10.4	6.9	171.3	...	...
18.16605+ 0.33815	1.28	3.06		0.231	10.1	7.9	22.7	1.02	< 1.50
18.21563– 0.22311	4.68	9.42		0.366	8.6	7.8	21.5	4.68	10.87

18.23211+ 0.39488	23.31	32.72		0.287	7.5	6.3	36.2	...	...
18.23617+ 0.39792	21.48	31.28		0.287	7.3	6.6	40.2	...	...
18.24115– 0.55520	1.37	1.45		0.166	6.3	5.6	3.3	...	...
18.25266+ 0.38833	3.86	3.95		0.274	6.8	5.1	26.3	...	...
18.26579+ 0.28629	82.19	96.89		0.243	6.7	5.9	11.0	...	...

18.30224– 0.39118	120.16	366.79	E	0.325	13.3	7.7	159.5	20.57	235.65
18.30243+ 0.57313	1.92	3.29		0.213	8.6	6.7	29.5	...	...
18.30313– 0.38916	155.56	846.82	E	0.325	17.9	10.2	169.8	20.57	235.65
18.30539– 0.39189	61.58	205.57	E	0.325	14.5	7.7	36.5	20.57	235.65
18.32815+ 0.17334	1.83	2.21		0.202	6.6	6.2	158.4	...	...

18.36086+ 0.52175	1.42	2.04		0.203	8.4	5.8	166.8	...	...
18.36148– 0.53698	1.59	1.63		0.199	7.0	4.9	36.9	...	...
18.38878– 0.45970	4.21	6.03		0.208	7.5	6.4	18.4	...	...
18.39341– 0.46049	3.16	5.96		0.208	8.8	7.2	19.5	...	...
18.39578+ 0.05018	6.40	7.10		0.224	6.7	5.5	21.9	...	...

18.40711– 0.06327	1.70	1.65		0.242	6.7	4.9	13.3	...	...
18.41294– 0.50160	6.30	10.23		0.270	9.0	6.1	0.0	...	...
18.41753+ 0.31822	8.51	10.29		0.222	6.4	6.3	0.6	...	...
18.43195– 0.06933	7.70	20.36		0.248	10.3	8.6	18.6	...	...
18.43446+ 0.51164	1.53	2.20		0.195	7.3	6.6	159.9	...	...

18.44249+ 0.30075	3.67	4.21		0.261	6.4	6.0	168.5	...	...
18.44337– 0.00542	44.60	56.18		0.374	6.9	6.1	33.2	...	...
18.44389– 0.00809	4.58	21.59	E	0.374	14.3	11.0	48.1	0.28	1.15
18.45218– 0.51339	29.24	34.14		0.313	6.7	5.9	36.4	...	...
18.46131– 0.00346	90.51	128.20		0.466	7.2	6.6	25.2	0.86	18.66

18.47166+ 0.33999	5.19	6.20		0.205	6.3	6.3	91.4	13.85	2.25
18.48213– 0.15566	4.69	5.83		0.171	6.7	6.2	30.7	...	...
18.49002– 0.70526	3.51	3.96		0.256	7.1	5.3	165.5	...	...
18.49080+ 0.33060	3.95	4.23		0.246	6.0	6.0	3.7	...	...
18.49156+ 0.55106	13.59	23.37		0.182	8.9	6.4	12.9	...	...

18.49412+ 0.27275	107.81	133.97		0.266	6.5	6.4	9.8	...	...
18.49592– 0.24521	7.31	9.11		0.195	6.8	6.2	45.2	...	...
18.51026– 0.16661	3.81	8.72		0.180	10.3	7.4	28.5	...	...
18.51420– 0.16473	4.52	8.45		0.180	9.0	7.0	36.3	...	...
18.52440– 0.35557	6.46	18.26		0.241	11.9	8.0	113.8	...	...

18.54700+ 0.73550	3.68	5.12		0.259	7.5	6.2	37.1	...	...
18.55224+ 0.17078	10.99	12.70		0.202	6.5	6.0	14.6	...	...
18.57553– 0.62095	23.83	26.52		0.145	6.4	5.8	16.0	...	...
18.57766– 0.74818	4.76	5.29		0.230	6.4	5.8	162.6	...	...
18.60412– 0.63125	2.30	2.65		0.140	6.9	5.6	15.4	...	...

18.61667+ 0.26384	1.65	2.08		0.265	6.8	6.2	2.3	...	...
18.62523+ 0.24404	1.68	2.13		0.184	6.7	6.3	22.0	...	...
18.63533+ 0.76828	7.18	10.08		0.369	7.6	6.2	137.5	...	...
18.64251– 0.69509	1.47	1.75		0.175	7.3	5.5	17.1	...	...
18.65032+ 0.14390	2.27	2.33		0.179	6.6	5.2	17.9	...	...

18.65553– 0.05795	8.11	71.03	E	0.238	19.0	15.4	168.5	6.19	27.11
18.65558– 0.05407	2.29	67.33	E	0.238	37.4	26.4	177.1	...	...
18.66247– 0.05429	1.50	25.61	E	0.238	39.7	14.4	90.5	...	...
18.66537+ 0.02952	3.38	3.74		0.212	6.7	5.5	19.6	...	...
18.66612– 0.77886	30.13	33.70		0.247	6.5	5.8	26.9	...	...

18.67882– 0.41051	21.90	24.67		0.260	6.7	5.7	28.3	...	...
18.69674– 0.40102	139.59	226.84		0.398	8.2	6.7	50.9	...	...
18.70846– 0.12632	41.86	51.48		0.307	6.8	6.1	28.3	21.76	20.68
18.71037+ 0.00039	34.21	40.95		0.305	6.8	5.9	24.7	0.46	9.91
18.71198– 0.10248	2.29	2.80		0.225	6.6	6.2	160.5	...	...

18.72362– 0.69002	2.40	2.57		0.159	6.4	5.6	171.6	...	...
18.75376– 0.49513	49.82	78.91		0.264	8.1	6.5	115.8	...	...
18.75494– 0.49763	99.87	129.18		0.264	6.7	6.5	40.0	...	...
18.75808+ 0.77396	1.86	3.21		0.315	9.2	6.3	55.0	...	...
18.75985– 0.07415	6.52	26.58		0.388	12.9	10.6	10.9	...	...

18.76000– 0.07076	7.24	24.18		0.388	11.7	9.6	37.1	...	...
18.76114+ 0.26310	21.61	26.45		0.229	6.7	6.2	25.2	0.94	6.95
18.76251+ 0.27038	7.55	16.36		0.229	9.2	7.9	38.3	1.41	3.09
18.76502+ 0.26253	4.66	7.44		0.229	7.9	6.8	22.7	0.94	6.95
18.77555+ 0.64292	18.90	25.40		0.215	7.2	6.3	24.1	...	...

18.77756+ 0.64280	10.08	36.59		0.215	12.3	9.9	94.9	...	...
18.77995+ 0.63736	1.93	24.09	E	0.215	30.8	13.6	141.7	...	...
18.78559+ 0.63281	31.52	39.66		0.215	6.8	6.2	17.3	...	...
18.79050+ 0.62846	34.34	131.48		0.215	12.9	9.9	126.2	...	...
18.79714+ 0.53236	2.13	6.05		0.178	11.7	8.2	140.4	...	...

18.80013+ 0.38229	3.40	19.06	E	0.514	14.8	12.7	152.5	...	...
18.80075+ 0.52940	2.65	4.11		0.178	7.9	6.5	174.8	...	...
18.80546– 0.75532	12.36	13.20		0.266	6.3	5.7	22.1	...	...
18.80708+ 0.37819	4.13	17.00	E	0.514	18.8	7.3	164.8	...	...
18.81142+ 0.37681	12.70	23.45		0.514	8.2	7.5	14.3	...	...

18.82479– 0.46729	6.75	9.08		0.348	7.9	5.7	38.3	0.87	15.77
18.83261– 0.30057	52.93	108.41		0.243	8.7	7.9	23.4	1.96	13.20
18.84908+ 0.21676	5.55	6.46		0.280	6.9	5.7	24.8	...	...
18.85180+ 0.09387	4.37	5.71		0.192	7.2	6.1	38.3	...	...
18.86932+ 0.18543	24.87	28.37		0.190	6.7	5.7	27.3	...	...

18.87203– 0.19459	67.42	97.53		0.206	7.4	6.5	103.7	...	...
18.87468– 0.35982	125.15	146.06		0.281	6.4	6.1	35.0	0.20	< 1.04
18.87723– 0.61273	11.88	13.91		0.131	6.6	5.9	14.8	...	...
18.87747+ 0.22838	1.69	2.20		0.167	8.0	5.5	30.4	...	...
18.90595+ 0.56639	4.78	5.54		0.148	6.8	5.7	12.2	...	...

18.90685+ 0.52543	1.27	5.87		0.183	15.7	9.9	11.7	...	...
18.93971– 0.17434	1.25	12.40	E	0.247	26.6	12.5	150.9	...	...
18.95324– 0.17598	5.17	5.69		0.224	6.2	5.9	34.8	...	...
18.95457+ 0.72612	1.62	1.75		0.213	6.4	5.6	26.1	...	...
18.97005+ 0.52654	1.88	2.70		0.159	8.2	5.9	145.2	...	...

18.99591– 0.73101	2.97	3.52		0.153	6.8	5.8	22.5	...	...
19.00321+ 0.12786	4.29	5.52		0.161	6.9	6.2	45.2	0.22	< 1.73
19.00401– 0.26029	2.40	6.40		0.319	11.3	7.9	53.6	...	...
19.04922+ 0.33014	4.59	9.02		0.405	10.9	6.0	29.5	...	...
19.05438+ 0.11936	1.32	7.69		0.119	14.8	13.2	35.0	...	...

19.09238– 0.58770	12.69	23.54		0.152	8.5	7.3	126.4	...	...
19.09267– 0.59097	1.92	6.05	E	0.152	15.7	6.7	104.8	...	...
19.09323– 0.59511	10.28	20.68		0.152	8.6	7.9	34.8	...	...
19.10602+ 0.72997	9.78	11.49		0.270	6.9	5.7	23.8	...	...
19.14521+ 0.35499	4.09	5.40		0.207	6.9	6.4	35.3	0.74	2.09

19.14569– 0.10321	6.82	8.48		0.160	6.7	6.2	24.7	...	...
19.15472– 0.56715	7.00	10.17		0.139	7.3	6.7	37.6	...	...
19.17522+ 0.66966	1.67	3.03		0.234	10.1	6.0	15.9	...	...
19.18475+ 0.28184	2.57	2.33		0.140	5.8	5.2	19.3	...	...
19.18660– 0.20688	7.67	9.27		0.143	6.7	6.0	34.7	...	...

19.20245– 0.56756	1.24	1.49		0.153	6.5	6.2	89.5	71.52	64.69
19.21204– 0.67507	11.55	12.42		0.149	6.5	5.5	37.3	...	...
19.22575+ 0.72389	4.86	5.88		0.211	7.0	5.8	150.0	...	...
19.22633+ 0.70434	11.72	12.52		0.200	6.3	5.7	30.0	...	...
19.23477– 0.12753	1.77	4.04		0.165	9.8	7.8	48.6	...	...

19.23576+ 0.49541	87.99	123.23		0.159	7.4	6.3	33.4	0.17	< 1.34
19.24360+ 0.28211	1.37	1.44		0.171	6.2	5.7	2.5	0.15	< 1.34
19.24400– 0.11631	3.71	6.32		0.165	8.8	6.5	54.7	...	...
19.25597– 0.14546	1.05	2.85		0.132	11.0	8.3	160.6	...	...
19.26198– 0.66601	3.29	3.13		0.207	6.1	5.2	57.7	...	...

19.27314+ 0.47777	3.92	4.24		0.152	6.3	5.8	21.0	...	...
19.27326– 0.06656	1.66	2.01		0.144	6.6	6.2	89.7	...	...
19.28148– 0.73671	1.90	2.34		0.257	7.5	5.5	57.5	...	...
19.30326– 0.04421	1.47	3.06		0.148	11.3	6.2	3.7	...	...
19.30634– 0.59234	1.44	1.49		0.155	6.7	5.2	81.1	...	...

19.32341– 0.14508	1.50	3.04		0.117	8.6	8.0	96.6	...	...
19.32461+ 0.65581	2.22	2.41		0.164	6.4	5.7	59.7	...	...
19.32773– 0.03456	1.97	2.96		0.172	8.3	6.0	96.2	...	...
19.34044– 0.26895	2.70	6.00		0.139	10.3	7.2	47.9	...	...
19.34140+ 0.39483	6.93	8.41		0.164	6.9	5.9	21.1	...	...

19.34427+ 0.39611	1.98	2.18		0.164	6.5	5.7	0.1	...	...
19.35284– 0.65647	2.36	2.24		0.210	6.5	4.9	24.0	...	...
19.37812+ 0.76768	37.67	40.54		0.251	6.4	5.6	14.9	...	...
19.38393– 0.46071	3.19	8.43		0.173	12.5	7.1	54.9	...	...
19.39137– 0.50807	1.37	1.31		0.159	6.1	5.2	33.7	...	...

19.39414– 0.14596	7.45	8.23		0.129	6.4	5.8	46.2	...	...
19.41082+ 0.72681	2.18	2.35		0.218	6.1	5.9	5.3	...	...
19.42260+ 0.34607	1.28	1.26		0.151	6.7	4.9	156.1	...	...
19.42842+ 0.72231	1.36	2.05		0.221	7.4	6.8	145.0	...	...
19.44337+ 0.19626	1.42	3.11		0.174	9.7	7.6	163.9	...	...

19.46773– 0.01528	16.98	20.39		0.164	6.8	5.9	39.9	...	...
19.46960– 0.62175	3.11	3.15		0.151	6.1	5.6	19.0	...	...
19.47502+ 0.17298	28.82	48.54		0.234	8.2	6.9	40.1	0.33	1.80
19.48501– 0.28667	2.98	6.98		0.198	10.8	7.3	67.7	...	...
19.49471– 0.20653	8.13	17.50		0.174	9.3	7.8	43.9	0.65	1.28

19.49613+ 0.26087	5.75	13.25		0.132	11.2	6.9	52.8	...	...
19.50947– 0.43721	29.25	32.97		0.149	6.5	5.8	18.9	...	...
19.51503+ 0.33599	1.70	1.90		0.134	7.1	5.3	1.2	...	...
19.52118+ 0.77638	2.17	7.08		0.345	11.4	9.6	92.0	...	...
19.52376+ 0.77715	2.34	2.85		0.345	8.1	5.0	38.4	...	...

19.53252+ 0.73093	4.31	4.94		0.265	6.9	5.6	13.3	...	...
19.54688+ 0.59291	1.74	2.49		0.166	8.0	6.0	21.4	...	...
19.55882– 0.39569	2.60	3.82		0.173	7.4	6.7	138.8	...	...
19.56681– 0.55679	1.01	0.92		0.151	5.6	5.5	164.9	...	...
19.57402+ 0.14050	2.37	2.56		0.114	6.4	5.7	55.7	0.17	< 1.50

19.57506+ 0.37198	1.10	1.43		0.153	6.8	6.4	101.1	...	...
19.58162– 0.58158	3.21	3.78		0.156	6.9	5.7	166.2	...	...
19.58701– 0.34877	9.78	11.24		0.215	6.7	5.8	20.5	...	...
19.58910+ 0.19517	1.05	3.48		0.101	12.2	9.1	41.6	...	...
19.59785+ 0.76636	4.86	7.15		0.302	7.5	6.6	3.1	...	...

19.61783– 0.43541	1.08	3.26		0.174	11.0	9.3	81.3	...	...
19.61879– 0.43109	1.24	1.46		0.174	6.7	5.9	2.8	...	...
19.62160– 0.70070	94.73	155.78		0.214	8.5	6.5	145.2	...	...
19.62944– 0.00549	1.27	1.73		0.157	7.7	5.9	179.8	...	...
19.64864+ 0.77398	1.99	5.88		0.269	13.6	7.2	68.4	...	...

19.65080+ 0.77406	1.92	4.21		0.269	9.9	7.4	52.9	...	...
19.65166+ 0.74238	1.59	1.95		0.217	7.5	5.5	9.3	...	...
19.65983+ 0.70644	2.65	2.61		0.197	6.4	5.2	14.7	...	...
19.66324+ 0.17859	10.59	12.08		0.140	6.4	5.9	44.1	...	...
19.66688+ 0.27243	61.30	68.05		0.156	6.4	5.8	42.2	...	...

19.66717+ 0.24569	1.13	4.51		0.177	11.7	11.4	142.3	...	...
19.68295– 0.25077	3.85	7.88		0.349	9.7	7.0	45.7	...	...
19.68552+ 0.48639	2.10	2.54		0.139	6.8	6.0	7.2	...	...
19.69686+ 0.06734	14.34	16.69		0.170	6.6	5.9	27.4	...	...
19.69783– 0.26804	9.33	25.12		0.182	10.1	9.0	168.2	0.56	2.64

19.70006+ 0.06556	2.91	8.10		0.170	10.9	8.6	143.4	...	...
19.72238+ 0.51984	5.53	7.61		0.134	7.7	6.0	14.3	...	...
19.72783– 0.11329	23.55	32.57		0.118	7.2	6.4	31.3	1.13	5.23
19.73044+ 0.28885	3.64	4.15		0.172	7.1	5.4	14.4	...	...
19.73284– 0.73575	5.15	8.71		0.303	8.1	7.0	175.1	...	...

19.73593– 0.73578	5.54	10.32		0.303	9.3	6.7	13.6	...	...
19.74496– 0.58691	7.31	8.37		0.190	6.6	5.8	22.2	...	...
19.74655– 0.52997	2.77	5.31		0.189	9.6	6.7	173.8	...	...
19.74895– 0.53157	5.64	10.62		0.189	10.6	5.9	156.3	...	...
19.75257– 0.52921	9.46	16.22		0.189	9.0	6.4	54.5	...	...

19.75492– 0.12802	8.81	10.62		0.138	6.5	6.2	50.1	2.49	51.92
19.76194+ 0.54155	1.02	1.06		0.131	6.4	5.4	178.6	...	...
19.76986– 0.19206	2.33	2.94		0.112	7.4	5.7	67.9	...	...
19.78747– 0.63456	1.24	1.23		0.194	7.0	4.8	89.7	...	...
19.79151– 0.78590	3.75	3.21		0.309	5.5	5.2	8.2	...	...

19.80670– 0.54914	1.46	2.07		0.189	7.1	6.7	94.4	...	...
19.80966+ 0.74109	2.37	2.04		0.223	6.7	4.3	26.2	...	...
19.81145– 0.44678	4.61	4.99		0.186	6.5	5.6	36.4	...	...
19.82584– 0.48369	2.25	3.31		0.166	8.2	6.0	37.7	0.27	< 1.27
19.86637– 0.35707	1.92	2.70		0.144	6.9	6.8	61.1	...	...

19.87267+ 0.46308	2.03	5.51		0.164	10.7	8.5	111.1	...	...
19.88291+ 0.73369	1.43	2.25		0.244	7.4	7.1	178.0	...	...
19.88692– 0.30546	1.72	2.31		0.148	7.2	6.2	161.4	...	...
19.89269– 0.62400	3.78	4.28		0.156	6.6	5.8	44.1	...	...
19.89686– 0.47456	1.23	1.71		0.149	7.9	5.9	177.5	...	...

19.89849– 0.10896	1.56	3.06		0.168	9.4	7.0	66.3	...	...
19.91013+ 0.73352	2.04	2.06		0.246	6.5	5.2	123.6	...	...
19.92992– 0.66371	5.89	6.33		0.163	6.3	5.7	38.7	...	...
19.93664+ 0.52088	6.14	9.22		0.168	8.9	5.7	48.1	...	...
19.93760– 0.48807	3.24	3.66		0.140	6.2	6.1	95.4	...	...

19.93849+ 0.51805	4.37	15.25		0.168	18.3	6.4	134.2	...	...
19.94275+ 0.75822	27.29	30.49		0.315	6.6	5.7	25.3	...	...
19.94905– 0.37386	2.64	2.88		0.171	6.3	5.8	6.0	...	...
19.95387– 0.24993	9.30	11.44		0.553	6.8	6.1	30.6	0.14	< 1.13
19.95491– 0.53030	12.08	12.53		0.147	6.3	5.5	31.0	...	...

19.96611+ 0.52376	1.62	4.35		0.175	9.9	9.1	16.7	...	...
19.96851– 0.30448	1.30	1.69		0.156	7.2	6.1	1.0	...	...
19.97444+ 0.45652	1.41	1.64		0.177	6.9	5.7	143.2	...	...
19.98469– 0.60196	1.75	1.94		0.149	7.2	5.1	12.6	...	...
19.98670+ 0.37242	1.63	2.37		0.164	7.9	6.2	54.5	...	...

19.98809+ 0.37501	1.10	1.12		0.164	5.9	5.8	73.1	...	...
20.00309+ 0.20667	1.90	2.09		0.136	6.7	5.5	46.1	...	...
20.00494+ 0.00721	2.72	3.15		0.150	6.8	5.7	20.4	...	...
20.01469+ 0.04778	1.25	3.44		0.152	12.4	7.4	84.5	0.71	< 1.34
20.02034+ 0.12178	5.48	14.54		0.132	12.8	7.0	62.4	...	...

20.02200+ 0.12464	9.87	22.84		0.132	10.6	7.3	11.3	...	...
20.02785– 0.46549	3.64	5.98		0.144	9.1	6.0	174.0	...	...
20.03676– 0.72015	3.98	4.31		0.203	6.3	5.7	45.8	...	...
20.03961– 0.65287	3.28	6.15		0.164	8.2	7.6	76.7	...	...
20.04039+ 0.49272	1.78	2.30		0.164	7.4	5.8	31.2	...	...

20.04082– 0.65861	3.11	7.19		0.164	11.6	6.7	80.6	...	...
20.04565– 0.47763	1.23	1.26		0.149	6.2	5.5	161.7	...	...
20.06529+ 0.63936	1.66	2.06		0.176	7.7	5.4	147.8	0.11	< 1.26
20.07822– 0.71680	9.44	12.80		0.209	7.9	5.7	34.1	...	...
20.09716– 0.12086	7.14	40.84	E	0.125	15.3	12.5	43.1	0.29	3.15

20.09721– 0.12361	6.17	17.31	E	0.125	11.9	7.9	151.0	0.29	3.15
20.09978– 0.12255	7.26	23.11	E	0.125	12.9	8.3	65.4	0.29	3.15
20.11076+ 0.58697	1.53	1.75		0.145	7.6	5.1	58.2	...	...
20.12295+ 0.65553	1.64	1.93		0.166	7.6	5.2	130.3	...	...
20.12971+ 0.19885	3.01	3.28		0.167	6.4	5.7	47.7	...	...

20.13443– 0.49874	3.72	3.65		0.171	6.3	5.2	27.2	...	...
20.13669– 0.56274	8.55	12.16		0.174	7.4	6.4	95.0	...	...
20.13693– 0.34382	2.63	5.18		0.147	9.3	7.1	35.9	66.07	60.04
20.13922+ 0.38403	1.54	2.77		0.172	8.8	6.8	43.5	...	...
20.15067+ 0.50621	1.76	2.20		0.150	7.0	6.0	21.2	...	...

20.15916– 0.72111	2.72	3.01		0.272	6.2	6.0	95.7	...	...
20.16132+ 0.45116	11.71	12.53		0.153	6.4	5.6	30.6	...	...
20.19056+ 0.67136	1.60	2.11		0.165	6.7	6.6	0.0	...	...
20.19519+ 0.67543	16.37	19.99		0.165	6.9	5.9	41.4	...	...
20.19873+ 0.63757	1.79	2.16		0.155	7.2	5.6	53.6	...	...

20.21039+ 0.78498	6.22	9.71		0.284	8.5	6.1	58.4	...	...
20.21274+ 0.78190	5.31	5.30		0.284	6.3	5.3	16.9	...	...
20.21297– 0.07788	6.82	9.28		0.129	7.3	6.2	151.1	...	...
20.21544– 0.12334	1.24	2.47		0.123	10.9	6.1	92.2	...	...
20.21563– 0.07997	5.62	9.57		0.129	9.1	6.2	134.7	...	...

20.21876– 0.62235	1.80	2.24		0.192	7.8	5.3	15.5	...	...
20.23175– 0.04967	1.14	2.04		0.149	8.4	7.2	90.2	...	...
20.23600– 0.61847	1.97	2.17		0.187	6.5	5.7	33.0	...	...
20.25234+ 0.40115	1.14	1.39		0.185	6.5	6.3	9.2	...	...
20.27540+ 0.29379	2.76	3.11		0.180	6.8	5.6	55.1	...	...

20.27887+ 0.78102	13.29	16.07		0.279	6.7	6.0	175.0	...	...
20.28039+ 0.06224	2.24	2.35		0.158	6.0	5.9	94.0	...	...
20.29116+ 0.02663	1.89	2.79		0.162	8.1	6.1	111.0	...	...
20.31583– 0.64319	1.20	4.79		0.172	13.9	9.6	96.7	...	...
20.31844+ 0.51410	1.24	2.33		0.157	9.1	6.9	35.2	...	...

20.31860– 0.75467	2.73	3.54		0.271	7.4	5.9	35.5	...	...
20.32176+ 0.70891	14.47	14.89		0.225	6.2	5.5	22.6	...	...
20.32552+ 0.70064	1.33	1.29		0.220	5.8	5.6	95.8	...	...
20.33321+ 0.26192	1.19	1.08		0.159	5.9	5.2	137.5	...	...
20.33958– 0.45137	2.33	2.42	E	0.166	6.1	5.7	56.5	...	...

20.34124– 0.45175	1.48	8.88	E	0.166	19.6	10.2	13.2	...	...
20.34234+ 0.02900	1.77	2.98		0.166	8.8	6.4	146.7	...	...
20.34417+ 0.43238	3.20	5.99		0.182	8.1	7.7	134.4	...	...
20.34549– 0.45276	1.28	7.17	E	0.166	16.3	11.5	23.3	...	...
20.34918+ 0.41603	2.66	3.60		0.181	7.7	5.9	168.3	...	...

20.35528– 0.45192	1.13	6.92	E	0.166	17.3	11.9	32.7	...	...
20.35968– 0.45338	2.28	11.10	E	0.166	14.3	11.4	147.1	...	...
20.36241– 0.45403	2.47	6.24	E	0.166	9.9	8.6	174.2	...	...
20.36314– 0.01336	45.73	59.53		0.170	7.1	6.2	22.1	...	...
20.36652+ 0.44929	95.17	114.78		0.191	6.6	6.1	62.9	...	...

20.37799– 0.21424	3.51	4.68		0.157	7.6	5.9	75.6	...	...
20.38070+ 0.10976	1.08	1.44		0.130	7.2	6.2	55.4	...	...
20.38407+ 0.16058	8.80	12.56		0.133	7.6	6.3	86.4	...	...
20.39881– 0.47569	3.51	3.53		0.152	6.4	5.3	35.0	...	...
20.40676+ 0.46069	3.29	3.51		0.187	6.2	5.7	32.7	...	...

20.40946+ 0.09992	4.14	5.02		0.221	6.6	6.1	28.3	...	...
20.41097+ 0.78140	2.32	2.60		0.352	7.4	5.1	144.2	...	...
20.41246– 0.65464	4.96	5.30		0.176	6.1	5.9	1.1	...	...
20.41662– 0.30126	8.23	9.11		0.180	6.4	5.8	29.1	...	...
20.43200+ 0.35717	8.08	9.68		0.169	6.8	5.9	53.8	0.72	6.65

20.44014+ 0.18399	1.84	2.64		0.270	8.0	6.0	19.5	...	...
20.45311+ 0.06268	43.67	54.55		0.173	7.3	5.8	34.0	...	...
20.46076+ 0.66130	3.62	3.88		0.164	6.6	5.5	8.2	...	...
20.46107+ 0.74578	1.82	1.53		0.234	5.7	4.9	174.3	...	...
20.46821+ 0.67943	58.59	71.13		0.173	6.7	6.1	9.2	0.46	8.45

20.47058+ 0.29913	2.07	2.41		0.144	7.0	5.6	30.7	...	...
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20.49549+ 0.04301	3.73	3.71		0.184	6.3	5.2	27.3	...	...
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20.51694+ 0.15696	2.83	4.63		0.425	9.3	5.9	36.4	...	...
20.51768+ 0.47802	16.32	21.24		0.156	6.8	6.4	2.9	0.03	0.47
20.52348+ 0.68417	1.74	1.97		0.172	6.7	5.7	12.0	...	...

20.53497– 0.29817	3.22	3.63		0.149	6.4	5.9	102.6	...	...
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20.58957+ 0.42442	22.56	30.81		0.152	7.4	6.2	12.7	...	...
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20.60563+ 0.72418	2.10	1.95		0.165	5.9	5.2	86.4	...	...

20.60614+ 0.68912	1.07	1.32		0.144	8.5	4.8	95.6	...	...
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20.64043+ 0.41039	1.79	2.08		0.161	6.6	5.9	98.1	...	...
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20.64583– 0.68306	9.93	11.75		0.245	6.7	5.9	48.7	...	...
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20.68294+ 0.26196	3.09	9.41		0.171	11.5	8.9	67.3	...	...
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20.70569+ 0.06475	1.25	2.29		0.152	9.1	6.7	171.0	...	...
20.71507+ 0.00821	4.30	7.22		0.152	8.2	6.9	18.9	...	...

20.72169– 0.07433	11.97	40.97		2.167	11.5	10.0	6.7	0.91	13.29
20.72378+ 0.00612	8.23	15.12		0.152	8.6	7.1	11.9	...	...
20.72425+ 0.15812	66.88	95.71		0.147	8.2	5.9	23.9	...	...
20.72791+ 0.41456	1.63	6.55		0.158	16.2	8.3	41.3	...	...
20.73038– 0.60509	49.85	54.65		0.164	6.6	5.6	33.7	...	...

20.73212+ 0.42017	26.20	37.13		0.158	7.7	6.2	177.0	...	...
20.73292+ 0.27103	3.49	4.32		0.141	6.8	6.1	58.1	...	...
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20.73803+ 0.41804	21.05	25.73		0.158	7.0	5.8	19.1	...	...
20.74164+ 0.42188	2.84	12.36		0.158	13.2	11.1	41.5	...	...

20.74722+ 0.71067	4.63	5.62		0.195	6.5	6.2	82.4	1.02	1.55
20.75046– 0.08964	26.05	99.64		0.702	11.5	11.1	18.7	1.13	6.45
20.75976+ 0.02274	1.96	3.18		0.160	8.1	6.7	1.3	...	...
20.76055– 0.49802	2.87	5.52		0.159	8.9	7.3	179.4	...	...
20.76177– 0.06460	7.07	9.64		0.640	6.9	6.6	100.7	4.02	24.22

20.76264– 0.06698	5.04	18.85		0.640	11.2	11.1	87.8	4.02	24.22
20.77317– 0.72923	8.67	17.06		0.214	8.2	8.1	5.1	...	...
20.78798+ 0.35511	3.64	3.64		0.176	6.2	5.4	28.7	...	...
20.79395– 0.51264	3.18	3.17		0.142	6.0	5.6	9.2	...	...
20.79906+ 0.12264	9.87	10.70		0.126	6.4	5.6	22.8	...	...

20.80636– 0.60953	2.86	3.64		0.170	7.2	5.9	14.0	...	...
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20.80855+ 0.37024	12.61	13.84		0.168	6.5	5.7	28.4	...	...
20.81025– 0.68572	2.43	2.97		0.164	7.0	5.9	119.3	...	...
20.81138– 0.44942	1.19	1.30		0.154	7.4	4.9	12.7	...	...

20.81188– 0.47795	1.16	1.19		0.150	6.2	5.5	3.8	...	...
20.81333+ 0.43248	1.87	2.46		0.165	7.9	5.5	64.5	...	...
20.81854+ 0.64740	1.29	2.61		0.182	9.0	7.5	100.2	...	...
20.81906+ 0.71990	2.01	2.41		0.212	7.0	5.7	28.5	...	...
20.84842– 0.63276	3.80	3.94		0.141	6.5	5.4	59.9	...	...

20.85058– 0.38490	2.70	3.13		0.155	7.1	5.4	60.3	...	...
20.85951– 0.29283	3.75	4.49		0.188	7.1	5.7	25.6	...	...
20.86539+ 0.44904	7.72	9.83		0.182	7.3	5.8	68.3	...	...
20.86905– 0.21567	3.45	4.05		0.144	6.3	6.3	4.9	...	...
20.86962+ 0.19287	1.89	1.84		0.144	6.2	5.3	21.1	...	...

20.88249+ 0.62834	1.35	1.33		0.157	7.1	4.6	26.1	...	...
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20.90758+ 0.05951	2.51	6.25		0.194	10.6	7.9	64.1	...	...
20.90947+ 0.06306	1.53	2.18		0.194	7.6	6.3	133.7	...	...
20.91001+ 0.06520	1.44	3.63		0.194	13.2	6.4	177.1	...	...

20.91016– 0.58078	3.07	3.83		0.154	6.7	6.3	149.7	...	...
20.92336+ 0.21172	79.38	86.33		0.160	6.4	5.7	34.9	...	...
20.92396+ 0.21349	86.28	102.17		0.160	6.8	5.8	48.8	...	...
20.92599+ 0.30183	1.04	1.16		0.173	6.2	6.1	176.6	...	...
20.92826+ 0.30040	1.15	1.46		0.173	6.8	6.3	13.2	0.20	1.69

20.92980– 0.17200	20.44	22.37		0.151	6.5	5.6	31.4	...	...
20.93171– 0.24638	1.33	1.91		0.158	7.5	6.4	139.6	...	...
20.93479– 0.53503	2.09	3.49		0.161	8.3	6.7	157.9	...	...
20.93807+ 0.07966	1.20	1.98		0.162	7.8	7.1	1.9	...	...
20.93821– 0.54346	1.55	2.60		0.156	8.5	6.6	46.0	...	...

20.95609+ 0.19416	1.18	2.89		0.158	11.5	7.1	111.5	...	...
20.95639+ 0.19627	1.55	1.41		0.158	5.7	5.3	128.2	...	...
20.96156– 0.07519	3.56	6.33		0.170	8.4	7.1	36.5	0.52	1.29
20.96364– 0.07406	11.22	13.05		0.170	6.4	6.0	26.5	0.52	1.29
20.96366– 0.68449	23.31	27.77		0.216	6.6	6.1	12.2	...	...

20.96419+ 0.55426	4.50	5.09		0.127	6.6	5.8	18.4	...	...
20.98798+ 0.62961	8.55	16.75		0.132	11.1	5.9	46.7	...	...
21.00384– 0.05591	5.44	57.51		0.166	19.3	18.4	29.8	0.62	1.00
21.00411+ 0.44749	4.56	4.96		0.149	6.3	5.7	176.9	...	...
21.01780+ 0.07810	1.47	4.28		0.198	14.1	6.9	144.2	...	...

21.02174– 0.44290	1.08	1.21		0.193	6.6	5.7	4.2	...	...
21.02205+ 0.07626	1.38	1.61		0.198	6.6	5.9	178.5	...	...
21.03662+ 0.05230	1.36	2.27		0.164	7.7	7.2	23.2	...	...
21.04442– 0.06648	1.17	1.26		0.158	7.2	5.0	58.3	...	...
21.04487– 0.21703	1.92	2.39		0.204	7.1	5.9	31.0	...	...

21.05081– 0.76794	10.70	15.94		0.369	7.5	6.7	32.0	...	...
21.05084– 0.66865	30.33	33.15		0.237	6.4	5.7	36.4	...	...
21.05732+ 0.39666	2.16	2.37		0.150	6.2	5.9	0.1	...	...
21.05980– 0.23548	3.02	3.53		0.169	6.3	6.2	6.1	...	...
21.06131– 0.23700	1.10	1.72		0.169	7.8	6.7	7.6	...	...

21.06309– 0.77031	2.89	4.43		0.396	8.6	5.9	125.1	...	...
21.07524+ 0.28184	1.54	1.85		0.174	6.9	5.8	8.9	...	...
21.07761– 0.06157	2.36	3.34		0.158	7.6	6.3	49.0	0.35	1.87
21.08831– 0.56016	1.86	2.92		0.208	9.9	5.3	43.1	...	...
21.10681– 0.36208	1.61	1.98		0.231	6.5	6.4	92.0	...	...

21.15298+ 0.27595	2.35	2.97		0.160	7.4	5.7	49.8	...	...
21.16541+ 0.47573	41.98	48.51		0.149	6.7	5.8	26.3	1.81	18.16
21.16733+ 0.21774	1.04	2.01		0.139	8.9	7.3	35.4	...	...
21.17010– 0.66793	1.54	1.82		0.210	6.5	6.1	23.5	...	...
21.17305– 0.51547	3.69	6.83		0.173	9.0	6.9	174.2	...	...

21.19096+ 0.29661	3.10	3.29		0.154	6.1	5.8	28.8	...	...
21.20163– 0.10874	1.38	1.63		0.160	7.4	5.4	63.3	0.07	2.37
21.20999– 0.69787	4.06	3.86		0.229	5.9	5.4	69.7	...	...
21.21342+ 0.41154	1.15	2.16		0.173	9.6	6.6	118.5	...	...
21.22183+ 0.76421	2.54	2.80		0.268	6.8	5.4	87.4	...	...

21.22459+ 0.48452	10.05	11.30		0.144	6.6	5.7	14.0	...	...
21.24394+ 0.41106	2.67	6.09		0.164	12.0	6.4	147.1	...	...
21.26887– 0.03338	4.17	4.39		0.167	6.6	5.3	46.0	...	...
21.27337+ 0.43660	1.91	2.47		0.178	7.1	6.1	87.2	0.95	0.64
21.27346+ 0.43912	1.61	2.34		0.178	7.3	6.6	173.7	...	...

21.28288– 0.19854	1.32	1.31		0.196	6.2	5.4	26.3	...	...
21.29197+ 0.08119	3.17	3.22		0.142	6.1	5.6	94.7	...	...
21.29538– 0.19963	1.60	2.18		0.179	8.2	5.5	62.6	...	...
21.29906– 0.37629	1.65	3.33		0.194	11.3	6.0	119.6	...	...
21.30782– 0.15568	1.58	1.81		0.178	7.2	5.3	10.9	...	...

21.31464– 0.52728	4.62	5.35		0.210	6.6	5.9	15.8	...	...
21.31549– 0.16231	5.13	5.97		0.171	6.6	5.9	55.4	...	...
21.32114+ 0.73570	2.52	2.80		0.237	6.4	5.8	144.3	...	...
21.32571– 0.01927	2.93	5.62		0.172	9.7	6.6	70.6	...	...
21.32640– 0.52082	5.14	9.51		0.197	8.6	7.2	55.4	...	...

21.34751– 0.62912	955.89	1057.73		0.299	6.6	5.6	34.1	...	...
21.35232+ 0.79203	3.60	3.95		0.304	7.1	5.2	38.9	...	...
21.35368– 0.03391	1.75	1.89		0.169	6.8	5.3	35.7	...	...
21.35711– 0.17641	16.72	18.49		0.160	6.4	5.8	32.8	4.66	20.89
21.37453– 0.32156	2.72	3.12		0.205	6.2	6.2	6.1	...	...

21.37781+ 0.26743	3.36	4.75		0.142	7.1	6.7	79.2	...	...
21.38149– 0.65144	2.15	3.55		0.272	10.0	5.5	99.9	...	...
21.38555– 0.25393	44.03	51.09		0.183	6.7	5.8	22.9	1.40	28.98
21.41199+ 0.07396	1.08	3.54		0.176	14.3	7.7	60.0	1.82	5.27
21.41482– 0.11096	7.16	7.86		0.157	6.8	5.4	13.2	...	...

21.42556– 0.54084	18.92	78.89		0.238	12.3	11.3	121.0	9.30	31.33
21.44154+ 0.49139	1.32	1.70		0.132	7.1	6.1	60.5	...	...
21.44237– 0.22958	1.46	1.68		0.155	6.6	5.9	0.0	...	...
21.44336+ 0.10581	1.05	1.70		0.183	8.8	6.2	36.3	...	...
21.44967+ 0.78184	33.94	37.42		0.264	6.4	5.8	14.6	...	...

21.45363– 0.36626	19.54	33.75		0.216	9.8	5.9	17.3	...	...
21.46756– 0.60839	1.55	2.45		0.296	9.1	5.8	147.1	...	...
21.47993+ 0.66650	1.30	1.99		0.142	10.0	5.1	20.5	...	...
21.49534– 0.15649	5.14	12.86		0.160	9.2	9.1	0.5	0.45	< 1.22
21.50209+ 0.05682	1.99	2.11		0.188	6.1	5.9	177.5	...	...

21.50632+ 0.15830	1.34	1.72		0.169	7.0	6.2	151.3	...	...
21.52556+ 0.47941	19.18	20.21		0.141	6.4	5.5	33.4	...	...
21.55120– 0.02751	1.95	2.57		0.178	7.4	5.9	35.0	...	...
21.55553– 0.42970	5.16	7.51		0.220	7.8	6.3	58.8	...	...
21.56531+ 0.23848	1.05	1.07		0.175	5.9	5.8	82.0	...	...

21.56821+ 0.23683	1.59	2.10		0.175	7.6	5.8	168.6	...	...
21.57018+ 0.23622	1.54	1.96		0.175	7.1	6.0	162.8	...	...
21.57136+ 0.45194	3.19	3.40		0.145	6.4	5.6	28.1	...	...
21.58345+ 0.77654	24.53	26.55		0.268	6.3	5.7	24.0	...	...
21.59708– 0.16086	5.52	10.07		0.177	8.0	7.6	44.1	...	...

21.60091+ 0.19479	1.82	1.82		0.168	6.1	5.6	28.3	...	...
21.60370– 0.16828	19.80	31.69		0.185	8.1	6.6	8.1	0.71	2.38
21.60682+ 0.76540	3.64	7.06		0.282	9.2	7.1	83.4	...	...
21.60880+ 0.76318	11.55	14.74		0.282	6.6	6.4	1.4	...	...
21.60885+ 0.72849	2.43	3.63		0.217	8.6	5.8	9.6	...	...

21.62223– 0.74193	4.61	5.41		0.229	6.5	6.1	167.8	...	...
21.63201– 0.00682	4.75	5.13		0.260	6.5	5.6	27.2	...	...
21.63944+ 0.29126	1.28	1.81		0.168	8.6	5.5	173.4	...	...
21.65528– 0.36097	22.70	26.00		0.199	6.6	5.8	26.1	...	...
21.66034+ 0.39160	2.96	3.87		0.166	6.9	6.3	96.4	...	...

21.67271+ 0.46174	4.01	5.05		0.181	7.3	5.8	180.0	...	...
21.67411+ 0.30507	2.30	10.89		0.162	20.1	7.8	157.0	...	...
21.67614+ 0.10531	2.64	2.93		0.188	6.4	5.8	62.5	...	...
21.68502– 0.73773	22.04	31.23		0.212	7.3	6.5	29.9	0.26	3.28
21.68868– 0.75192	1.55	2.89		0.200	10.2	6.1	147.1	...	...

21.71738+ 0.08384	1.42	1.32		0.182	6.2	5.0	123.7	...	...
21.72771+ 0.37143	3.78	6.03		0.163	8.2	6.5	104.7	...	...
21.74311– 0.67240	4.97	8.16		0.208	7.7	7.1	21.1	...	...
21.74766+ 0.57206	3.70	5.43		0.149	7.2	6.8	122.2	...	...
21.74935+ 0.57378	3.45	5.90		0.149	9.1	6.3	42.1	...	...

21.75138+ 0.13109	16.35	28.98		0.206	8.7	6.8	34.9	...	...
21.75542+ 0.40421	1.20	1.04		0.174	6.3	4.6	150.8	...	...
21.75558+ 0.60982	1.92	2.94		0.159	8.2	6.2	30.0	...	...
21.75781+ 0.12420	9.37	19.23		0.198	9.5	7.2	168.5	...	...
21.75796+ 0.12610	1.92	6.30		0.198	12.3	8.9	26.8	...	...

21.78330+ 0.74597	3.23	5.17		0.262	9.0	6.0	177.6	...	...
21.78946+ 0.74697	2.83	5.32		0.262	10.2	6.2	1.5	...	...
21.79464+ 0.72314	10.22	11.94		0.210	6.9	5.7	3.3	...	...
21.79790– 0.14014	1.21	1.79		0.203	9.1	5.4	11.6	...	...
21.82016– 0.47761	26.01	36.89		0.361	7.4	6.4	37.8	0.22	1.47

21.82071– 0.52024	1.83	6.77		0.231	12.0	10.3	78.1	...	...
21.82276– 0.35013	1.49	2.10		0.277	8.0	5.9	132.0	...	...
21.82833+ 0.51484	1.31	1.36		0.125	7.1	4.9	93.5	...	...
21.83434+ 0.77832	2.82	5.19		0.263	10.2	6.0	71.3	...	...
21.84411+ 0.31512	13.27	31.11		0.184	11.1	7.1	135.2	0.52	< 1.34

21.84645– 0.27765	2.75	8.05		0.164	12.2	8.0	146.5	...	...
21.84812+ 0.38112	1.47	6.24		0.160	12.0	11.9	89.9	...	...
21.85343+ 0.64431	4.80	4.95		0.141	6.3	5.5	32.6	...	...
21.85380+ 0.21670	4.68	5.96		0.174	7.0	6.1	67.4	...	...
21.85605+ 0.73969	2.44	3.79		0.212	8.9	5.9	43.8	...	...

21.86313+ 0.79481	2.01	3.78		0.273	10.3	6.1	46.8	...	...
21.86986+ 0.01267	11.05	10.17		0.279	6.2	5.0	34.3	...	...
21.87224+ 0.78269	2.46	3.58		0.260	8.1	6.0	123.7	...	...
21.87412+ 0.00789	145.40	654.65		0.279	13.3	11.4	158.0	3.50	25.41
21.88817– 0.20654	2.17	2.62		0.225	7.5	5.4	25.5	...	...

21.89666– 0.10400	1.72	2.15		0.185	7.8	5.4	171.9	...	...
21.90151+ 0.11266	6.98	7.93		0.205	6.8	5.6	33.4	...	...
21.90464+ 0.10723	15.19	16.45		0.186	6.5	5.6	20.9	...	...
21.90960+ 0.65610	1.04	1.75		0.140	9.6	5.9	163.1	...	...
21.91418– 0.26464	1.74	2.08		0.151	7.4	5.4	175.6	...	...

21.91774+ 0.47851	15.24	16.48		0.124	6.4	5.7	33.3	...	...
21.92289+ 0.15834	5.55	6.32		0.193	6.7	5.7	30.3	...	...
21.93981+ 0.66866	19.00	21.40		0.145	6.4	5.9	24.1	...	...
21.94132+ 0.66726	21.30	23.57		0.145	6.3	5.9	25.5	...	...
21.96422+ 0.34371	1.32	2.25		0.159	10.2	5.6	56.2	...	...

21.96908+ 0.42610	1.12	2.05		0.147	9.6	6.3	61.7	...	...
21.97526+ 0.36459	1.79	1.99		0.161	6.2	6.0	87.1	...	...
22.00960+ 0.68758	1.27	1.49		0.170	7.2	5.4	98.7	...	...
22.03429+ 0.45815	1.42	1.89		0.151	7.5	5.9	40.3	...	...
22.05524– 0.06500	1.99	2.20		0.179	6.4	5.8	106.9	...	...

22.06211– 0.01480	1.89	2.46		0.176	7.0	6.2	4.4	...	...
22.06822+ 0.30883	1.25	1.86		0.165	7.7	6.4	146.2	...	...
22.08760+ 0.26731	14.71	25.49		0.156	8.2	7.1	179.2	...	...
22.08854+ 0.63307	2.89	3.55		0.163	7.4	5.5	177.3	...	...
22.08998+ 0.26633	18.65	27.23		0.156	7.1	6.9	179.8	...	...

22.09221+ 0.00438	3.40	11.45		0.206	11.6	9.7	89.6	...	...
22.09621+ 0.00772	6.43	19.69		0.206	12.4	8.2	42.7	...	...
22.13292+ 0.51047	1.12	1.98		0.146	7.7	7.7	80.1	...	...
22.14290+ 0.35128	2.54	2.79		0.172	6.8	5.4	169.2	...	...
22.14522+ 0.34034	5.47	5.99		0.175	6.3	5.8	40.0	...	...

22.14935+ 0.59186	1.57	1.70		0.150	6.2	5.8	93.9	...	...
22.15182– 0.15413	2.25	8.24		0.176	16.9	7.2	91.1	10.57	4.75
22.15394– 0.15414	13.07	16.34		0.176	6.9	6.1	43.9	10.57	4.75
22.15560– 0.15622	18.98	41.43		0.176	9.0	8.1	75.4	10.57	4.75
22.16138+ 0.54266	1.15	1.39		0.142	7.8	5.2	48.4	...	...

22.16531+ 0.07894	4.40	4.81		0.164	6.5	5.6	45.4	0.53	< 1.34
22.17008– 0.07054	1.51	1.50		0.174	5.9	5.7	87.3	...	...
22.17730+ 0.06289	2.08	4.07		0.169	9.9	6.6	68.6	0.26	< 1.34
22.17946+ 0.75393	26.32	28.17		0.242	6.3	5.6	28.4	...	...
22.18413– 0.03811	1.35	2.04		0.194	8.1	6.3	105.7	...	...

22.19928– 0.75619	119.08	172.16		0.260	7.1	6.8	57.7	...	...
22.20123– 0.33256	1.19	3.33		0.171	12.1	7.8	165.3	...	...
22.20223– 0.75799	17.97	47.67		0.260	10.6	8.4	52.5	...	...
22.20609+ 0.36463	20.20	28.15		0.161	7.9	5.9	1.0	...	...
22.21118+ 0.22526	3.49	4.07		0.142	7.1	5.5	22.3	...	...

22.21178+ 0.04011	1.28	2.02		0.176	9.3	5.7	13.0	...	...
22.21938– 0.06901	1.35	1.81		0.164	7.6	5.9	52.5	...	...
22.25701+ 0.65393	2.16	2.66		0.143	6.8	6.1	93.1	...	...
22.27045+ 0.58052	17.40	18.47		0.128	6.3	5.6	32.4	...	...
22.27107– 0.64240	12.55	23.79		0.152	10.1	6.3	51.6	...	...

22.27150– 0.15081	1.50	1.77		0.139	6.3	6.2	87.3	...	...
22.27379– 0.49377	25.01	34.56		0.131	7.5	6.2	72.3	...	...
22.28832– 0.06121	1.48	2.38		0.176	8.4	6.4	31.3	...	...
22.29957+ 0.43561	1.29	1.39		0.150	6.9	5.2	76.8	...	...
22.30305– 0.53295	1.93	2.42		0.145	7.1	5.9	31.9	...	...

22.30545+ 0.23027	2.83	3.48		0.190	6.9	6.0	20.6	...	...
22.31678– 0.37637	2.86	2.92		0.178	6.3	5.4	47.1	...	...
22.31959+ 0.44086	1.67	1.57		0.135	6.0	5.3	106.8	...	...
22.32970– 0.27370	1.24	3.06		0.119	10.1	8.2	70.4	...	...
22.34151+ 0.57908	1.03	1.57		0.127	8.6	5.9	54.1	...	...

22.34967– 0.43401	9.86	11.62		0.150	6.7	5.9	14.3	...	...
22.35699+ 0.09929	1.19	2.04		0.172	9.9	5.8	8.4	...	...
22.39565– 0.21802	2.79	4.73		0.117	8.1	7.0	108.3	...	...
22.39998– 0.36428	1.09	3.20		0.208	11.5	8.6	2.6	...	...
22.40126+ 0.64184	2.31	2.98		0.124	7.7	5.6	18.8	...	...

22.40794+ 0.30932	1.38	1.39		0.179	6.8	4.9	127.4	...	...
22.41324– 0.03363	3.82	4.87		0.152	7.3	5.8	42.4	...	...
22.43172– 0.59913	1.33	1.52		0.138	6.9	5.6	121.4	...	...
22.45547+ 0.24279	1.90	2.13		0.156	6.9	5.4	102.4	...	...
22.46844+ 0.32146	2.33	3.45		0.198	8.4	5.9	61.6	...	...

22.49165+ 0.46892	1.62	2.20		0.146	8.2	5.6	14.5	...	...
22.54774– 0.10612	29.01	33.85		0.232	6.7	5.8	26.0	...	...
22.55137+ 0.26731	1.53	1.37		0.131	5.9	5.1	33.2	...	...
22.57091+ 0.24201	1.01	1.54		0.126	7.9	6.5	69.4	...	...
22.58117+ 0.05550	1.46	3.59		0.136	11.1	7.4	3.9	...	...

22.58394– 0.64722	1.26	1.24		0.125	6.3	5.2	102.8	...	...
22.58452– 0.20940	11.13	16.00		0.321	7.3	6.6	38.0	...	...
22.59681– 0.13515	5.99	7.45		0.194	6.9	6.0	41.9	...	...
22.60016+ 0.45369	2.58	4.69		0.163	9.9	6.2	133.9	...	...
22.61239+ 0.42919	1.08	0.85		0.164	5.2	5.1	164.6	...	...

22.62200+ 0.44868	1.94	2.65		0.155	7.4	6.2	93.4	...	...
22.64302– 0.44215	2.73	3.66		0.254	7.2	6.2	59.8	...	...
22.65817+ 0.29601	9.19	10.64		0.145	6.6	5.9	32.5	...	...
22.65940+ 0.12480	50.68	70.99		0.130	7.2	6.6	29.3	...	...
22.66367+ 0.12256	10.37	26.33		0.130	12.3	6.9	145.4	...	...

22.66533+ 0.44487	1.92	2.24		0.146	6.6	5.9	79.9	...	...
22.68127– 0.66367	69.97	76.38		0.256	6.3	5.8	24.9	...	...
22.68806– 0.66921	118.27	134.57		0.256	6.5	5.9	19.3	...	...
22.68987+ 0.12260	3.52	4.14		0.152	6.8	5.8	171.2	...	...
22.70194+ 0.04639	22.16	31.25		0.188	8.2	5.8	24.2	...	...

22.70227+ 0.30248	1.29	2.59		0.161	10.9	6.2	30.5	3.57	1.36
22.70790+ 0.24306	22.84	24.43		0.151	6.4	5.6	20.9	...	...
22.71946– 0.19378	12.32	13.94		0.145	6.8	5.6	29.3	...	...
22.72417– 0.01013	23.77	140.72		0.226	14.9	13.3	40.4	0.97	1.96
22.72981+ 0.40762	1.52	2.69		0.150	10.0	5.9	28.1	...	...

22.73599+ 0.34114	2.25	2.60		0.154	7.2	5.4	36.3	...	...
22.73831– 0.54629	4.32	5.02		0.214	7.1	5.5	26.1	...	...
22.75746+ 0.06202	4.71	5.41		0.162	6.7	5.8	35.9	...	...
22.75875+ 0.21127	1.66	2.65		0.179	9.1	5.9	30.4	...	...
22.76010+ 0.20233	4.54	4.78		0.183	6.3	5.6	18.7	...	...

22.76069– 0.24460	2.99	22.82		0.456	19.2	13.3	141.1	1.27	34.16
22.76830+ 0.52116	1.09	1.05		0.129	5.7	5.7	77.6	...	...
22.77957+ 0.31235	13.16	15.43		0.161	6.4	6.1	36.3	...	...
22.79824– 0.53860	30.27	36.08		0.140	6.7	6.0	16.7	...	...
22.81309+ 0.33834	1.65	2.02		0.169	7.3	5.6	86.3	...	...

22.81391+ 0.09325	1.20	2.04		0.173	8.2	6.9	83.0	...	...
22.81586– 0.72843	25.43	27.88		0.237	6.5	5.6	27.1	...	...
22.81609– 0.47407	6.17	8.62		0.185	7.3	6.4	43.2	0.43	< 0.96
22.81902+ 0.09230	2.04	3.16		0.171	8.1	6.4	35.3	...	...
22.84681+ 0.00818	1.57	1.80		0.152	7.4	5.2	41.5	...	...

22.85451+ 0.72545	1.72	2.01		0.158	6.3	6.2	179.8	...	...
22.86924+ 0.00684	26.23	46.50		0.194	10.0	5.9	39.0	...	...
22.88104+ 0.08976	2.15	2.25		0.191	6.4	5.5	84.9	...	...
22.89483+ 0.26265	1.56	2.06		0.157	7.7	5.8	8.0	...	...
22.91175– 0.28781	46.17	56.58		0.252	7.0	5.9	38.1	...	...

22.92035+ 0.42696	7.26	7.66		0.149	6.3	5.6	39.3	...	...
22.92677+ 0.62692	1.52	1.81		0.143	7.7	5.2	36.0	...	...
22.93117+ 0.44964	1.53	1.83		0.145	6.6	6.1	0.6	...	...
22.93244– 0.07621	44.53	349.76		0.264	23.3	11.3	34.4	...	...
22.93663– 0.07335	52.59	87.61		0.264	7.8	7.2	160.6	...	...

22.94829+ 0.60345	10.21	11.53		0.147	6.3	6.0	33.3	...	...
22.94905+ 0.03968	1.09	6.26		0.169	16.0	11.9	11.2	2.35	2.66
22.95238– 0.31766	3.57	9.46		0.391	9.9	9.0	101.9	4.17	13.82
22.95894+ 0.16671	1.20	1.52		0.142	8.1	5.3	12.6	...	...
22.95914+ 0.65729	9.68	10.87		0.161	6.8	5.5	37.6	...	...

22.97448– 0.39193	14.69	17.16		0.173	6.5	6.1	21.0	...	...
22.99201+ 0.44168	12.58	19.45		0.182	7.9	6.5	77.8	...	...
22.99238+ 0.43554	8.95	18.31		0.182	9.8	7.0	88.1	...	...
22.99485– 0.56941	1.11	3.79		0.120	11.6	9.9	104.4	...	...
22.99875+ 0.58035	2.46	2.91		0.140	7.4	5.3	39.7	...	...

23.00274+ 0.56354	2.68	3.88		0.122	7.5	6.4	31.9	...	...
23.00692+ 0.38832	1.77	1.84		0.163	6.6	5.3	148.6	...	...
23.02069+ 0.19029	4.77	5.50		0.214	6.7	5.7	34.3	...	...
23.05895+ 0.51855	7.48	12.07		0.265	7.9	6.8	100.3	...	...
23.06691+ 0.38079	1.35	7.37		0.160	15.0	12.2	116.4	0.45	< 1.50

23.06723+ 0.51866	25.55	48.07		0.193	9.9	6.4	0.5	...	...
23.07716+ 0.40622	1.03	1.77		0.142	8.9	6.5	100.0	...	...
23.08847+ 0.22440	108.85	116.45		0.163	6.4	5.6	26.3	...	...
23.10275+ 0.25418	9.83	10.85		0.166	6.5	5.7	32.7	...	...
23.10962+ 0.61497	4.83	5.67		0.129	6.8	5.8	8.9	...	...

23.15515– 0.32077	1.01	10.59	E	0.200	20.1	17.4	0.2	0.97	7.02
23.16801– 0.34622	18.57	21.94		0.151	6.7	5.9	39.8	...	...
23.17669– 0.53855	3.44	4.99		0.161	7.3	6.6	33.3	...	...
23.18553– 0.32793	14.54	20.24		0.234	7.1	6.6	25.5	...	...
23.18890– 0.32815	6.41	15.68		0.234	10.8	7.6	173.0	0.17	< 1.14

23.19056– 0.32896	14.53	20.01		0.234	7.1	6.5	171.2	0.17	< 1.14
23.19382+ 0.77047	1.08	2.68		0.182	11.7	7.1	81.2	...	...
23.19740– 0.00039	9.90	14.63		0.164	7.5	6.6	20.8	2.06	11.45
23.20018+ 0.00107	2.43	2.82		0.164	6.5	6.0	89.0	...	...
23.21481+ 0.21916	2.78	3.35		0.181	6.9	5.8	72.7	0.16	< 1.34

23.21753+ 0.67339	1.59	2.41		0.129	8.6	5.9	163.0	0.32	< 1.34
23.23016– 0.51414	2.22	6.55		0.269	11.1	8.9	115.4	...	...
23.23098– 0.51139	3.14	6.22		0.269	9.4	7.0	49.0	...	...
23.23204+ 0.08106	19.78	22.68		0.209	6.6	5.8	31.3	...	...
23.23246+ 0.24625	8.22	8.81		0.197	6.4	5.6	47.6	...	...

23.24028+ 0.44327	6.40	7.56		0.153	6.8	5.8	27.2	...	...
23.24038– 0.11327	11.63	20.79		0.291	8.1	7.4	17.0	0.36	2.96
23.24122+ 0.44183	6.32	8.24		0.153	7.0	6.3	25.1	...	...
23.24699– 0.23298	3.25	7.08		0.444	9.6	7.6	6.0	...	...
23.24844– 0.23604	4.21	17.67		0.444	13.9	10.1	108.8	...	...

23.26497+ 0.07661	57.97	98.67		0.184	7.8	7.3	33.4	1.35	7.86
23.27011+ 0.56469	1.57	1.81		0.115	6.2	6.2	97.5	...	...
23.27179– 0.25572	3.13	8.06		0.535	11.4	7.5	13.6	0.15	4.15
23.27199+ 0.29805	3.54	4.38		0.245	7.1	5.9	44.4	...	...
23.28755– 0.04167	2.21	4.24		0.145	8.4	7.6	153.8	...	...

23.29360– 0.27747	41.87	63.41		0.728	8.5	6.0	39.0	...	...
23.32321+ 0.27304	14.24	21.86		0.159	8.3	6.2	66.2	...	...
23.33373– 0.74335	1.82	2.20		0.234	7.1	5.7	141.9	...	...
23.35066– 0.58862	1.35	1.43		0.175	6.2	5.8	93.4	...	...
23.36001+ 0.47667	4.72	7.02		0.204	8.3	6.0	169.2	...	...

23.36624+ 0.01497	9.60	14.94		0.151	8.0	6.6	84.0	...	...
23.36918– 0.40591	1.03	2.78		0.196	11.4	8.0	66.3	...	...
23.38577+ 0.06323	6.25	7.96		0.161	6.8	6.3	35.2	...	...
23.38643+ 0.26115	1.22	2.58		0.175	9.8	7.2	7.2	...	...
23.39852+ 0.44172	1.22	1.84		0.177	7.6	6.6	113.2	...	...

23.40249+ 0.15337	2.32	3.04		0.124	7.3	6.0	177.9	...	...
23.41764+ 0.61714	3.85	7.30		0.162	9.5	6.7	27.4	...	...
23.41821– 0.39382	16.87	18.96		0.207	6.6	5.7	24.1	0.41	4.80
23.42505– 0.52323	12.06	19.35		0.234	8.5	6.3	15.3	...	...
23.43610– 0.15135	5.68	17.28		0.745	11.9	8.6	4.8	0.87	1.78

23.43627+ 0.45608	2.31	2.90		0.178	7.8	5.4	72.1	...	...
23.43917– 0.34301	4.51	5.83		0.275	7.0	6.2	31.4	...	...
23.44029+ 0.74558	7.43	13.63		0.264	8.3	7.4	18.5	...	...
23.45516– 0.20071	2.70	2.87		0.475	6.3	5.7	6.1	...	...
23.45836+ 0.06606	5.40	6.99		0.159	6.9	6.3	46.6	1.95	6.31

23.48347+ 0.09673	6.66	8.23		0.207	6.8	6.1	16.8	...	...
23.48708+ 0.45628	8.20	11.09		0.176	7.3	6.2	44.7	...	...
23.50451– 0.52424	21.47	24.85		0.159	6.5	5.9	30.3	...	...
23.50870+ 0.71273	1.25	1.18		0.203	5.9	5.4	107.2	...	...
23.52175+ 0.18609	1.62	2.65		0.122	8.4	6.5	177.9	...	...

23.53319– 0.64055	1.25	2.82		0.178	10.5	7.2	56.2	...	...
23.55490– 0.03096	3.18	48.43	E	0.296	24.7	20.7	131.9	...	...
23.55859– 0.32413	15.56	18.58		0.258	6.7	6.0	39.4	...	...
23.56102– 0.59173	3.43	3.57		0.173	6.3	5.5	31.7	...	...
23.56133+ 0.45159	1.89	2.13		0.179	6.8	5.5	41.7	...	...

23.57254– 0.52988	5.03	5.80		0.193	6.6	5.8	10.9	...	...
23.57370– 0.67857	3.48	3.08		0.190	5.7	5.2	14.3	...	...
23.57467+ 0.67562	1.57	2.80		0.161	9.5	6.3	45.0	...	...
23.57898+ 0.67802	1.22	2.22		0.161	8.2	7.4	26.8	...	...
23.58513+ 0.02936	6.79	58.61		0.372	18.1	16.0	164.8	1.80	9.34

23.59228– 0.12218	3.83	4.83		0.195	7.0	6.0	29.2	...	...
23.59301– 0.71172	7.92	18.83		0.313	9.6	8.3	8.3	...	...
23.62111– 0.20234	12.93	14.51		0.144	6.6	5.7	31.9	...	...
23.62321– 0.33389	1.43	3.04		0.173	11.2	6.3	107.1	...	...
23.63414+ 0.51700	4.53	4.85		0.155	6.5	5.5	32.7	...	...

23.64835+ 0.62954	14.70	15.32		0.140	6.3	5.6	20.3	...	...
23.66323– 0.56293	23.83	26.77		0.183	6.3	5.9	20.7	...	...
23.66456– 0.03710	2.08	2.49		0.139	6.8	6.0	91.9	...	...
23.68316+ 0.10689	2.12	2.77		0.206	7.1	6.2	123.9	2.43	1.57
23.68453+ 0.49494	1.57	2.63		0.163	8.3	6.7	33.8	...	...

23.69006+ 0.34198	3.16	4.74		0.158	7.6	6.6	176.8	...	...
23.69371+ 0.38530	3.16	4.03		0.155	7.1	6.1	27.8	...	...
23.69696+ 0.27335	4.38	6.20		0.200	7.3	6.5	31.8	...	...
23.70427+ 0.57190	4.80	8.44		0.144	8.1	7.3	42.9	...	...
23.70475+ 0.57571	9.88	15.50		0.144	7.7	6.8	58.3	...	...

23.70836– 0.10367	9.48	13.35		0.214	7.8	6.0	57.6	...	...
23.70977– 0.09883	14.79	19.40		0.214	6.9	6.3	65.0	...	...
23.73436– 0.02261	1.58	81.91	E	0.220	47.1	36.8	47.1	0.25	< 1.22
23.73971– 0.18143	2.54	6.80		0.167	10.6	8.5	49.5	...	...
23.74027– 0.01608	4.18	9.61		0.220	10.1	7.6	22.9	0.29	< 1.13

23.74111– 0.18098	6.74	9.97		0.167	8.1	6.2	45.5	...	...
23.74730– 0.68859	5.92	6.17		0.204	6.5	5.4	23.0	...	...
23.75472– 0.67014	3.10	3.72		0.188	6.7	5.9	26.5	...	...
23.77859+ 0.67614	1.14	1.17		0.188	5.9	5.8	4.9	0.14	< 1.96
23.78275+ 0.50236	1.06	1.08		0.166	5.8	5.8	11.0	...	...

23.78326– 0.30459	4.02	4.92		0.171	6.7	6.1	158.2	...	...
23.79257– 0.30377	1.37	1.25		0.173	5.8	5.3	25.3	...	...
23.81745+ 0.69742	1.20	2.06		0.192	8.4	6.8	100.6	...	...
23.82147– 0.57861	25.13	29.20		0.137	6.5	6.0	39.8	0.22	3.74
23.82210– 0.49942	1.81	2.00		0.142	7.1	5.2	43.8	...	...

23.82485– 0.36233	3.01	4.34		0.197	8.2	5.9	25.5	...	...
23.82494– 0.38161	2.26	2.99		0.166	7.9	5.7	175.1	...	...
23.83323– 0.20004	1.32	1.68		0.221	7.4	5.8	52.2	...	...
23.83385– 0.21430	2.25	2.50		0.162	6.9	5.4	82.8	...	...
23.83713– 0.73020	48.66	53.35		0.203	6.5	5.7	28.2	...	...

23.84550– 0.52856	1.22	1.72		0.155	8.1	5.9	28.5	...	...
23.85054+ 0.58171	1.33	2.06		0.184	7.3	7.1	179.3	...	...
23.85069– 0.19189	1.58	6.69		0.234	12.0	11.8	92.8	...	...
23.86131+ 0.34036	2.39	2.28		0.168	5.8	5.5	9.6	...	...
23.86135– 0.12491	35.81	50.29		0.314	7.4	6.3	38.2	...	...

23.86257+ 0.00986	5.62	5.96		0.227	6.6	5.4	29.7	...	...
23.86294+ 0.38920	4.88	5.25		0.176	6.4	5.6	23.0	...	...
23.88096– 0.35152	1.27	10.45	E	0.185	16.7	16.5	60.2	3.25	3.34
23.88980– 0.73767	47.63	57.97		0.218	6.9	5.9	27.4	0.62	8.19
23.89223+ 0.37489	1.28	2.20		0.193	7.9	7.3	93.6	0.19	< 1.41

23.89696+ 0.06470	12.75	30.94		0.179	9.7	8.4	78.4	1.62	8.43
23.89811+ 0.06493	50.97	77.44		0.179	7.6	6.7	20.4	1.62	8.43
23.90075– 0.17282	2.93	4.06		0.175	7.1	6.5	84.7	...	...
23.90295+ 0.54246	4.42	4.60		0.187	6.1	5.8	9.4	...	...
23.90310– 0.24610	3.18	8.09		0.176	11.4	7.5	106.5	...	...

23.90434+ 0.44316	7.30	8.15		0.214	6.3	5.9	38.6	...	...
23.91111+ 0.01415	11.81	16.49		0.186	7.1	6.6	23.1	...	...
23.91491+ 0.69329	1.41	2.14		0.215	8.6	5.9	36.0	...	...
23.91502+ 0.67260	1.45	1.54		0.208	6.3	5.7	176.4	...	...
23.91567– 0.17436	7.35	8.47		0.162	6.5	5.9	58.9	...	...

23.91674+ 0.69653	1.10	2.78	E	0.215	13.4	6.3	40.6	...	...
23.92931+ 0.24610	1.35	2.75		0.179	8.7	7.9	5.8	...	...
23.93289+ 0.24199	1.68	3.50		0.179	8.9	7.8	63.1	...	...
23.93678– 0.22336	1.15	1.49		0.148	7.2	6.1	122.0	...	...
23.93715– 0.47549	1.19	1.69		0.167	7.9	6.0	35.0	...	...

23.93850+ 0.26075	3.59	3.86		0.165	6.6	5.5	37.4	...	...
23.94383– 0.45978	1.27	1.70		0.171	7.5	6.0	39.5	...	...
23.94579– 0.70793	3.79	4.63		0.200	6.7	6.1	4.2	...	...
23.95216+ 0.39705	7.92	8.80		0.219	6.5	5.7	11.2	...	...
23.95325+ 0.21370	15.79	18.22		0.157	6.6	5.8	13.8	...	...

23.95812+ 0.21238	27.68	34.18		0.157	7.1	5.9	2.3	...	...
23.96705– 0.40756	25.03	27.25		0.172	6.5	5.6	32.3	...	...
23.97142+ 0.39136	1.89	2.36		0.183	7.4	5.7	71.9	...	...
23.97515– 0.15209	2.48	2.82		0.172	6.7	5.7	58.5	...	...
23.98318– 0.18619	1.29	1.78		0.159	7.9	5.8	127.2	...	...

23.98715+ 0.36379	4.78	7.59		0.197	8.6	6.2	140.8	...	...
23.98735– 0.08898	19.84	50.02		0.216	9.6	8.8	22.9	0.80	2.46
23.99277+ 0.10296	2.20	2.69		0.172	6.7	6.1	91.9	...	...
24.00795– 0.78487	2.24	3.27		0.320	8.4	5.8	116.8	...	...
24.02330+ 0.00165	2.47	5.48		0.199	9.4	7.9	85.6	...	...

24.02954+ 0.54194	1.34	2.00		0.155	8.2	6.1	117.1	...	...
24.03082– 0.75542	1.66	2.31		0.297	8.2	5.7	31.7	0.21	< 1.13
24.03316+ 0.54331	2.34	8.38		0.155	15.9	7.6	15.3	...	...
24.04157+ 0.71066	1.17	2.07		0.174	8.6	6.9	31.5	...	...
24.06145– 0.68547	1.40	1.86		0.223	8.5	5.2	89.0	...	...

24.06549+ 0.30639	5.10	6.40		0.184	6.8	6.2	43.8	...	...
24.07021+ 0.33980	1.55	4.25		0.187	11.2	8.2	90.5	...	...
24.07223– 0.24677	1.13	1.87		0.141	8.6	6.4	89.1	...	...
24.08103– 0.46722	1.22	1.36		0.185	6.3	5.9	1.4	0.82	< 0.96
24.08113– 0.65512	4.92	6.24		0.203	7.8	5.5	18.2	...	...

24.09920+ 0.72376	23.86	25.39		0.200	6.3	5.7	26.3	...	...
24.11628+ 0.40686	1.84	2.40		0.351	6.9	6.4	28.6	...	...
24.11697– 0.36814	30.96	34.07		0.177	6.4	5.8	22.2	...	...
24.11867– 0.38074	12.58	13.74		0.176	6.4	5.7	23.6	...	...
24.11970+ 0.12615	74.57	84.96		0.214	6.5	5.9	29.2	...	...

24.13259+ 0.45197	1.98	2.54		0.207	6.7	6.4	176.3	0.23	< 1.22
24.14490– 0.69234	1.06	1.31		0.204	7.9	5.2	172.3	...	...
24.14705+ 0.17443	44.39	60.48		0.173	8.1	5.6	22.4	...	...
24.15264– 0.00997	3.30	16.22		0.198	15.1	10.9	89.8	1.16	2.66
24.15395+ 0.16338	10.03	20.81		0.188	8.8	7.9	5.2	2.14	4.67

24.15501– 0.01028	2.76	7.66		0.198	10.9	8.5	85.9	1.16	2.66
24.15536+ 0.10561	1.72	2.04		0.279	7.1	5.6	133.8	...	...
24.16338+ 0.34222	13.72	15.83		0.176	6.6	5.8	26.1	...	...
24.16662+ 0.25061	15.14	29.44		0.190	9.4	6.9	59.1	...	...
24.17521+ 0.39852	1.85	5.83		0.207	11.1	9.5	24.0	1.31	1.75

24.18025+ 0.56527	307.91	547.82		0.190	9.4	6.3	45.6	...	...
24.18343– 0.28252	2.09	3.82		0.166	8.6	7.1	150.4	...	...
24.18400+ 0.12013	3.35	4.16		0.183	7.0	6.0	87.9	0.51	6.68
24.18713– 0.09584	4.47	14.21		0.266	15.2	7.0	155.5	...	...
24.19248– 0.55515	1.61	1.86		0.149	6.4	6.1	4.6	...	...

24.19512+ 0.11475	24.84	31.59		0.191	7.3	5.8	32.9	...	...
24.21691– 0.08413	4.50	5.24		0.326	6.5	6.0	61.0	...	...
24.21759+ 0.04260	7.74	18.22		0.193	9.5	8.3	17.2	...	...
24.22086+ 0.04788	4.15	13.84		0.193	13.4	8.4	50.5	...	...
24.22432– 0.36934	4.75	5.92		0.178	6.6	6.3	12.8	...	...

24.22672– 0.09881	1.82	10.75		0.282	15.9	12.4	70.2	...	...
24.23717– 0.22539	2.04	5.83		0.215	12.5	7.7	44.3	...	...
24.24121+ 0.23326	5.23	6.01		0.130	6.5	5.9	28.6	...	...
24.24335– 0.22227	6.92	10.54		0.215	8.3	6.1	37.8	...	...
24.28451+ 0.77483	3.94	8.76		0.342	10.3	7.2	171.3	...	...

24.28604+ 0.70342	2.87	6.53		0.319	11.1	6.8	62.0	...	...
24.29064+ 0.09934	2.17	3.21		0.176	7.4	6.7	165.1	...	...
24.29250+ 0.71050	4.89	8.30		0.319	9.1	6.2	32.0	...	...
24.32071+ 0.06666	6.09	7.28		0.183	6.8	5.9	32.3	...	...
24.32129+ 0.72531	17.59	29.94		0.273	9.1	6.3	158.3	...	...

24.33670– 0.15755	20.79	23.92		0.198	6.7	5.7	31.2	...	...
24.34063+ 0.03023	7.92	9.90		0.233	6.7	6.2	38.1	...	...
24.34116– 0.05654	5.72	9.38		0.146	7.7	7.2	50.7	...	...
24.36239+ 0.75311	3.06	2.60		0.275	5.4	5.2	95.1	...	...
24.36660+ 0.75981	1.44	2.95		0.279	9.2	7.4	89.3	...	...

24.36880+ 0.76222	1.57	2.65		0.279	10.1	5.6	149.1	...	...
24.38359– 0.48252	1.60	1.82		0.157	6.2	6.2	86.9	...	...
24.38525– 0.56403	1.60	2.40		0.174	9.6	5.2	105.5	...	...
24.38556+ 0.28707	8.87	11.43		0.141	7.1	6.1	31.4	0.18	4.88
24.38686– 0.56080	1.34	3.65		0.174	10.6	8.6	133.2	...	...

24.38828– 0.56548	1.81	5.20		0.174	11.3	8.5	167.2	0.20	< 1.04
24.39336– 0.07224	36.65	46.63		0.163	7.0	6.1	30.4	...	...
24.39680– 0.07024	53.03	65.49		0.163	7.1	5.8	31.8	...	...
24.39731+ 0.79397	4.78	5.44		0.387	6.9	5.6	17.9	...	...
24.39818– 0.18836	2.34	10.06		0.174	13.8	10.5	140.7	6.34	21.09

24.41359– 0.75641	14.46	27.94		0.255	9.4	6.9	158.6	...	...
24.42795– 0.34357	1.92	2.37		0.283	7.1	5.9	172.4	...	...
24.43003+ 0.76734	1.97	2.00		0.241	6.7	5.1	161.1	...	...
24.43572+ 0.76658	3.90	4.77		0.241	7.1	5.8	6.3	...	...
24.45144+ 0.79224	7.18	6.97		0.213	5.9	5.5	29.3	...	...

24.45341– 0.61698	5.05	5.76		0.161	6.6	5.8	30.1	...	...
24.45395+ 0.22987	39.52	74.68		0.591	8.7	7.3	49.2	...	...
24.45430– 0.41425	1.36	2.27		0.188	8.0	7.0	156.2	...	...
24.45686+ 0.33009	2.26	3.55		0.170	8.0	6.6	18.0	...	...
24.45767– 0.19010	8.80	11.16		0.136	6.9	6.2	38.8	...	...

24.46007+ 0.24003	12.80	151.49	E	0.591	44.2	9.0	62.6	...	...
24.46143+ 0.63070	1.30	2.13		0.137	8.4	6.6	87.7	...	...
24.46338+ 0.24572	79.96	250.77		0.591	14.1	7.5	46.3	...	...
24.46476– 0.19888	4.48	6.09		0.183	7.3	6.3	42.5	...	...
24.48603+ 0.61437	91.41	108.43		0.130	6.5	6.1	22.4	...	...

24.48692– 0.21749	4.24	5.42		0.270	7.1	6.1	49.6	...	...
24.49085+ 0.01144	1.96	2.88		0.178	8.0	6.1	7.7	...	...
24.49107+ 0.00963	2.90	6.62		0.178	9.6	8.0	102.8	...	...
24.49254– 0.03850	82.22	158.86		0.185	9.6	6.7	22.1	...	...
24.50163+ 0.44471	2.67	3.07		0.147	6.7	5.8	177.1	...	...

24.51310– 0.55932	3.67	3.95		0.197	6.5	5.5	40.4	...	...
24.52154+ 0.72943	1.15	1.14		0.187	6.4	5.2	98.0	...	...
24.53294+ 0.02720	36.35	44.73		0.286	6.6	6.2	23.1	...	...
24.54063– 0.13756	7.08	8.13		0.248	6.7	5.7	31.0	...	...
24.54134+ 0.59983	267.32	278.52		0.150	6.3	5.6	29.8	...	...

24.54591– 0.24470	2.58	7.28		0.478	11.5	8.2	169.5	...	...
24.55555+ 0.58087	6.60	21.56		0.190	14.6	7.5	86.8	0.10	1.91
24.55690+ 0.58443	8.74	21.61		0.190	11.0	7.5	75.4	0.10	1.91
24.56164– 0.63212	1.56	1.86		0.191	7.6	5.3	44.5	...	...
24.56180+ 0.50164	3.48	6.83		0.144	8.9	7.4	137.7	...	...

24.56181+ 0.50609	1.48	4.23		0.144	10.8	8.9	40.6	...	...
24.58253+ 0.12422	1.44	2.70		0.163	9.6	6.6	89.2	...	...
24.58492+ 0.12462	2.08	4.35		0.163	8.5	8.2	93.8	...	...
24.58532+ 0.61778	1.32	1.56		0.174	6.5	6.1	0.7	...	...
24.59295– 0.53816	3.26	3.76		0.159	7.2	5.4	45.7	0.22	< 0.47

24.62943– 0.62414	10.29	12.30		0.180	6.7	6.0	30.2	...	...
24.63117– 0.62368	11.55	14.35		0.180	6.9	6.1	18.1	...	...
24.63314– 0.62412	6.90	7.96		0.180	6.6	5.9	32.9	...	...
24.65005– 0.07874	2.73	14.38		0.184	14.1	12.6	168.2	0.85	1.14
24.65892– 0.31622	2.07	4.94		0.207	11.5	6.9	20.7	...	...

24.66385+ 0.66007	3.11	8.65		0.247	11.1	8.4	75.9	...	...
24.66540+ 0.46937	7.14	8.73		0.296	6.7	6.1	2.2	...	...
24.66843– 0.46075	1.31	5.38		0.165	14.6	9.4	25.5	0.46	5.53
24.66949– 0.71672	2.48	2.68		0.189	6.6	5.5	4.5	...	...
24.66955– 0.71494	3.08	4.65		0.189	7.3	6.9	14.6	...	...

24.67222+ 0.49963	5.38	6.09		0.162	6.3	6.0	71.1	...	...
24.67324– 0.40999	1.43	1.99		0.161	7.3	6.4	123.8	...	...
24.67758+ 0.54949	15.72	18.38		0.174	6.5	6.0	46.9	1.08	22.96
24.70868– 0.76081	6.72	8.24		0.411	7.1	5.8	28.0	...	...
24.72085+ 0.13809	4.83	8.46		0.179	9.6	6.2	51.1	...	...

24.72730– 0.48578	1.39	2.54		0.154	9.4	6.5	29.5	...	...
24.73102+ 0.55108	14.75	18.24		0.219	6.4	6.4	4.3	...	...
24.74019+ 0.54260	1.41	1.90		0.179	6.8	6.6	91.1	...	...
24.74063+ 0.78900	19.69	23.65		0.348	6.7	6.0	34.3	...	...
24.74533– 0.27802	7.10	8.90		0.237	6.9	6.1	27.6	...	...

24.75306– 0.72434	17.30	19.87		0.255	6.7	5.8	30.4	...	...
24.76216– 0.26582	4.25	5.85		0.234	7.3	6.3	49.0	...	...
24.77104– 0.50216	1.32	5.91		0.170	15.4	9.7	171.3	...	...
24.78130+ 0.09436	5.91	15.43		0.148	12.5	7.0	60.0	...	...
24.78378+ 0.49902	4.10	12.99		0.212	15.1	7.0	53.1	...	...

24.78387+ 0.09694	3.20	9.29		0.148	13.2	7.4	107.6	0.19	1.49
24.78762+ 0.34166	49.07	56.48		0.161	6.3	6.1	27.3	...	...
24.78888+ 0.08246	29.86	38.17		0.401	7.3	5.8	39.2	0.41	6.43
24.80264+ 0.03944	5.37	10.58		0.224	10.0	6.6	6.9	...	...
24.80502– 0.34157	3.27	4.04		0.190	6.8	6.1	52.8	...	...

24.80573+ 0.04071	7.02	12.85		0.224	9.5	6.5	34.7	...	...
24.82500+ 0.69987	1.67	2.21		0.211	7.4	6.0	103.4	...	...
24.83645– 0.33275	7.36	8.40		0.214	6.5	5.9	28.4	...	...
24.84053– 0.22364	7.74	10.64		0.182	7.1	6.5	28.2	...	...
24.84951+ 0.08802	33.15	88.27		0.752	11.4	7.8	45.4	1.85	49.49

24.85005+ 0.08362	15.80	76.76		0.752	17.1	9.5	72.6	...	...
24.89601+ 0.45872	5.82	7.17		0.176	6.9	6.0	31.7	0.12	0.96
24.90584+ 0.41513	89.80	118.10		0.256	7.2	6.1	0.9	...	...
24.91798– 0.34113	1.72	4.17		0.199	12.1	6.7	83.1	...	...
24.92326+ 0.07888	25.99	199.91		0.224	16.4	15.7	21.7	0.99	2.78

24.92363+ 0.66313	1.07	1.61		0.153	7.7	6.5	111.0	...	...
24.92584+ 0.68416	7.12	7.81		0.166	6.2	5.9	7.8	...	...
24.93767+ 0.16454	1.46	2.49		0.230	9.0	6.4	101.2	...	...
24.95321– 0.71121	2.08	2.39		0.236	7.1	5.4	89.2	...	...
24.98748– 0.64942	2.58	3.72		0.189	7.0	6.9	4.3	...	...

24.99140+ 0.25094	4.87	8.41		0.192	8.6	6.7	65.0	...	...
24.99501– 0.64294	2.93	3.83		0.189	7.1	6.2	64.9	...	...
25.01806+ 0.30329	45.55	50.59		0.172	6.5	5.7	21.6	...	...
25.01931+ 0.67205	2.53	2.27		0.157	5.7	5.3	9.9	...	...
25.02424+ 0.25027	11.11	14.97		0.164	7.3	6.2	33.4	...	...

25.03633+ 0.46712	1.58	1.64		0.177	6.0	5.8	88.9	...	...
25.04227– 0.01189	5.03	6.59		0.207	6.8	6.4	49.5	...	...
25.04232– 0.58926	1.13	1.94		0.151	9.9	5.8	96.9	...	...
25.04408– 0.52613	5.39	5.96		0.177	6.5	5.7	160.6	0.28	1.84
25.04453– 0.51930	9.87	10.39		0.167	6.0	5.8	46.4	...	...

25.04570+ 0.67250	17.99	18.87		0.166	6.3	5.6	30.1	...	...
25.04859– 0.66187	17.41	19.55		0.181	6.4	5.9	23.8	< 0.06	2.55
25.05719+ 0.17921	6.51	10.20		0.166	8.6	6.1	165.6	...	...
25.06697+ 0.21471	2.48	2.63		0.158	6.6	5.4	43.7	...	...
25.06950– 0.18882	17.70	20.61		0.203	6.6	5.9	47.8	...	...

25.09249+ 0.55243	2.77	2.64		0.162	6.0	5.3	173.0	...	...
25.10866– 0.70566	13.23	13.67		0.185	6.2	5.6	31.6	...	...
25.10869+ 0.21103	16.06	27.72		0.137	9.2	6.3	17.6	...	...
25.11169+ 0.21269	26.20	38.11		0.137	7.4	6.6	17.9	...	...
25.13593+ 0.46654	2.05	2.58		0.185	6.6	6.4	178.3	...	...

25.14396– 0.07514	3.45	4.42		0.240	7.2	5.9	95.6	...	...
25.15209– 0.11227	5.54	10.87		0.242	9.6	6.9	174.1	...	...
25.15671– 0.32783	6.23	13.48		0.255	10.4	7.0	124.0	...	...
25.17234+ 0.76247	1.74	3.13		0.312	9.2	6.6	15.5	...	...
25.18144– 0.67663	1.43	2.34		0.173	8.8	6.2	57.1	...	...

25.19133+ 0.00196	2.35	2.31		0.204	6.0	5.5	9.2	...	...
25.19559+ 0.75369	1.92	2.97		0.299	8.7	6.0	66.8	...	...
25.20499+ 0.12515	5.52	6.12		0.163	6.5	5.7	36.8	...	...
25.20509– 0.73993	2.11	3.29		0.208	8.3	6.3	74.5	...	...
25.21230– 0.40781	1.88	2.28		0.184	6.7	6.0	135.6	...	...

25.22714+ 0.09682	1.29	2.27		0.195	7.8	7.6	90.9	1.52	1.77
25.23369– 0.39659	2.87	6.60		0.192	12.0	6.4	73.4	...	...
25.23639– 0.14992	293.05	488.10		0.265	8.7	6.4	36.1	...	...
25.25059– 0.13942	94.44	141.93		0.341	8.6	5.9	34.5	...	...
25.25289– 0.13802	91.11	146.44		0.341	7.8	6.9	30.5	5.42	6.99

25.26442+ 0.76571	2.12	2.09		0.246	6.3	5.2	38.9	...	...
25.26625– 0.16111	627.44	728.21		0.240	6.8	5.7	38.0	3.21	3.19
25.29065+ 0.54711	1.13	1.26		0.155	7.4	5.1	160.3	...	...
25.30282+ 0.22092	5.08	9.42		0.159	10.3	6.0	179.1	...	...
25.30321– 0.71654	1.66	4.97		0.228	13.5	7.4	19.8	...	...

25.30575+ 0.53095	22.92	70.49		0.153	11.1	9.3	11.2	1.96	7.67
25.31649+ 0.31384	3.25	3.88		0.271	6.8	5.9	45.1	...	...
25.31828+ 0.44551	2.87	3.78		0.174	7.9	5.6	3.7	...	...
25.31987– 0.09825	41.10	49.93		0.345	6.8	6.0	17.3	...	...
25.37430+ 0.79032	5.66	6.37		0.225	6.9	5.5	34.6	...	...

25.37661+ 0.73934	2.89	2.86		0.189	6.0	5.5	9.0	...	...
25.38650– 0.69372	2.65	3.96		0.225	7.8	6.4	80.8	...	...
25.39021+ 0.31345	1.13	2.99		0.202	12.6	7.0	135.6	...	...
25.39332+ 0.54725	1.11	2.29		0.176	10.2	6.8	11.5	...	...
25.39487+ 0.03310	179.04	310.96		0.630	8.2	7.1	23.9	2.29	17.00

25.39541+ 0.35524	5.71	6.95		0.185	6.7	6.1	57.6	...	...
25.39680+ 0.03708	14.37	27.35		0.630	8.2	7.7	15.1	...	...
25.39690+ 0.35839	1.49	4.54		0.185	13.4	7.6	36.8	...	...
25.39790+ 0.56173	53.77	93.29		0.222	9.6	6.1	17.8	0.97	11.87
25.39919+ 0.03196	19.30	198.05		0.630	19.5	17.6	165.0	...	...

25.40120+ 0.02162	41.52	169.38		0.279	12.3	11.1	44.7	1.17	3.73
25.41216– 0.67495	5.43	5.73		0.201	6.6	5.4	27.9	...	...
25.42916– 0.47829	1.49	1.73		0.164	6.2	6.2	8.4	...	...
25.43227– 0.67460	1.52	2.25		0.221	8.4	5.9	178.3	...	...
25.45958– 0.20916	38.54	161.98		0.228	12.4	11.3	4.3	3.09	12.87

25.47226– 0.62680	15.93	19.88		0.185	7.0	5.9	179.7	...	...
25.47565+ 0.64688	11.64	11.92		0.173	6.2	5.5	18.5	...	...
25.49069– 0.54026	1.14	1.22		0.158	6.1	5.9	95.1	...	...
25.49192– 0.34762	9.30	11.36		0.249	6.7	6.1	13.3	...	...
25.49307– 0.52839	2.38	2.51		0.162	6.2	5.7	179.5	...	...

25.49502– 0.29876	3.13	4.15		0.264	7.4	6.0	17.8	1.57	8.29
25.50936– 0.37206	3.24	4.42		0.190	8.1	5.7	40.5	...	...
25.51751– 0.06814	13.71	18.75		0.254	7.1	6.4	170.2	...	...
25.51896+ 0.47888	1.11	1.39		0.192	8.0	5.3	86.8	...	...
25.51931+ 0.25706	1.76	2.25		0.189	7.6	5.7	98.9	...	...

25.51977+ 0.21606	102.92	335.45		0.206	11.7	9.3	68.6	0.93	53.11
25.52428– 0.77974	1.31	1.69		0.237	7.2	6.0	87.5	...	...
25.53495+ 0.70244	1.15	1.51		0.204	7.3	6.0	171.1	...	...
25.53898– 0.77688	1.77	3.07		0.245	9.3	6.3	80.4	0.88	< 1.13
25.55537+ 0.23299	1.99	5.96		0.285	10.1	9.9	172.6	0.37	< 1.22

25.56436+ 0.06989	1.62	2.25		0.258	7.8	6.0	98.5	...	...
25.56533+ 0.62695	1.38	1.25		0.190	6.3	4.8	16.9	...	...
25.57704+ 0.13907	10.64	13.08		0.152	6.7	6.2	23.8	...	...
25.58587– 0.02880	2.59	4.27		0.308	7.8	7.1	148.1	...	...
25.58667+ 0.01720	18.44	22.42		0.205	6.6	6.2	21.7	...	...

25.60457– 0.03794	349.16	442.57		0.263	7.2	5.9	42.7	...	...
25.60550+ 0.44299	28.93	32.85		0.209	6.4	5.9	29.0	...	...
25.61932– 0.42562	3.07	3.48		0.207	6.6	5.8	169.6	...	...
25.62641– 0.39733	3.05	4.31		0.218	7.9	6.0	42.8	...	...
25.63917+ 0.53056	68.17	94.62		0.212	7.6	6.1	64.9	...	...

25.65892– 0.42948	2.33	2.53		0.222	6.1	6.0	2.9	...	...
25.66171– 0.56638	1.30	1.59		0.152	6.9	5.9	91.6	...	...
25.68494+ 0.61574	3.42	3.92		0.212	6.9	5.6	25.0	...	...
25.69145– 0.59869	1.92	2.08		0.153	6.8	5.3	1.9	...	...
25.69299– 0.57454	1.37	1.27		0.164	6.3	5.0	61.4	...	...

25.70503+ 0.37051	1.55	1.88		0.173	7.1	5.7	3.5	...	...
25.71246– 0.66376	3.77	4.24		0.188	6.2	6.1	96.7	...	...
25.71370+ 0.69516	22.30	24.86		0.202	6.6	5.7	22.6	...	...
25.71575+ 0.04869	16.57	21.21		0.384	7.0	6.1	37.7	2.25	34.38
25.72226– 0.20344	2.44	3.06		0.192	7.0	6.0	36.1	0.20	< 1.22

25.72609– 0.02784	3.63	18.31		0.232	14.6	11.6	97.1	0.62	1.14
25.72778– 0.35507	1.72	1.94		0.228	6.6	5.8	175.4	...	...
25.74931+ 0.26106	2.53	3.81		0.360	7.6	6.7	60.4	...	...
25.76184+ 0.64683	3.08	3.30		0.169	6.3	5.7	167.3	...	...
25.77401+ 0.43906	32.92	37.12		0.194	6.6	5.8	33.9	...	...

25.77947– 0.43988	4.61	5.82		0.251	7.1	6.0	48.0	...	...
25.78488+ 0.75636	3.38	4.04		0.239	6.5	6.1	12.4	...	...
25.78823+ 0.07656	106.85	167.60		0.261	8.1	6.4	76.7	...	...
25.79456+ 0.59013	3.03	10.76		0.152	14.4	8.2	20.4	...	...
25.79541+ 0.24097	25.31	56.96		0.866	8.9	8.5	70.6	6.85	25.38

25.79757– 0.32699	3.70	6.06		0.232	8.4	6.5	40.5	0.47	< 1.20
25.79962– 0.32377	5.97	8.98		0.232	7.7	6.6	38.7	...	...
25.80118– 0.15677	16.94	19.20		0.196	6.5	5.8	33.2	2.26	68.66
25.80173+ 0.59301	6.48	20.48		0.152	11.7	9.1	88.3	...	...
25.81222+ 0.09042	2.15	5.22		0.240	11.9	6.8	50.6	...	...

25.81402– 0.37642	198.11	225.94		0.242	6.6	5.8	24.7	...	...
25.82581– 0.17889	1.64	2.13		0.179	6.6	6.6	178.7	...	...
25.82784– 0.06734	1.66	3.99		0.182	10.4	7.8	69.9	...	...
25.84516– 0.44323	6.04	8.44		0.270	7.1	6.6	89.2	...	...
25.85891+ 0.26507	3.05	5.40		0.351	9.1	6.5	40.3	...	...

25.86251– 0.54313	3.27	4.50		0.187	7.4	6.2	98.3	...	...
25.86278– 0.53926	2.38	5.42		0.187	12.7	6.0	64.5	...	...
25.86320– 0.54617	16.05	18.61		0.187	6.6	5.8	28.8	...	...
25.87376– 0.54092	1.73	3.12		0.172	9.5	6.4	175.2	...	...
25.88179– 0.40262	10.49	12.14		0.244	6.6	5.8	23.7	...	...

25.89528+ 0.78457	1.71	3.28		0.268	9.0	7.2	96.7	...	...
25.89729– 0.48083	1.20	1.69		0.209	9.1	5.2	127.8	...	...
25.89791– 0.48382	4.95	10.11		0.209	10.3	6.7	167.5	...	...
25.89793– 0.47884	1.36	2.64		0.209	9.8	6.7	89.8	...	...
25.90038– 0.53700	1.49	1.51		0.179	6.7	5.1	58.6	...	...

25.91224– 0.26603	5.74	7.14		0.185	6.5	6.4	3.4	...	...
25.94999– 0.36853	2.78	2.89		0.202	6.8	5.1	41.9	...	...
25.95190– 0.57946	3.18	4.49		0.174	8.5	5.5	14.9	...	...
25.97771– 0.41113	1.75	2.38		0.183	7.0	6.5	168.3	...	...
25.98466– 0.13336	2.15	4.44		0.205	10.4	6.7	60.8	...	...

25.98905– 0.12368	12.81	20.52		0.197	8.3	6.5	152.6	...	...
25.99636+ 0.41752	2.56	2.96		0.195	6.6	5.9	150.1	...	...
26.00029– 0.10775	1.22	2.71		0.187	9.6	7.8	67.2	...	...
26.00848+ 0.13701	3.36	3.26		0.161	5.7	5.7	2.9	...	...
26.01686+ 0.20657	49.74	69.47		0.179	7.8	6.0	40.8	...	...

26.02008– 0.71149	2.29	3.07		0.190	7.6	5.9	166.1	...	...
26.02336– 0.39296	1.26	1.36		0.187	7.0	5.2	53.5	...	...
26.02791+ 0.21926	64.07	89.72		0.187	7.6	6.2	18.1	...	...
26.03023+ 0.66635	3.20	6.03		0.211	9.3	6.8	70.7	...	...
26.03149+ 0.66348	5.88	9.67		0.211	8.7	6.3	93.7	...	...

26.03616– 0.07291	2.64	5.99		0.249	9.7	7.8	46.9	...	...
26.03836+ 0.15707	1.43	4.75		0.174	15.4	7.2	55.3	...	...
26.05257– 0.24249	27.50	31.00		0.203	6.5	5.8	16.3	...	...
26.06032+ 0.28639	2.65	2.78		0.171	6.3	5.6	80.1	...	...
26.07194+ 0.20369	5.75	12.18		0.161	10.2	6.9	52.0	...	...

26.08220– 0.03473	16.77	21.86		0.430	7.2	6.1	27.6	...	...
26.08563+ 0.74413	1.47	2.01		0.249	7.6	6.0	11.7	...	...
26.10076– 0.38620	3.32	3.52		0.178	6.2	5.7	171.1	...	...
26.10135– 0.17405	1.67	1.98		0.259	6.6	6.0	17.3	...	...
26.10789+ 0.42263	1.66	3.96		0.176	12.0	6.7	136.9	...	...

26.11424+ 0.35737	1.73	2.97		0.200	8.4	6.9	39.3	...	...
26.12153+ 0.34468	2.98	2.87		0.203	6.0	5.4	13.1	...	...
26.12215– 0.15646	2.34	2.97		0.210	6.9	6.2	26.3	...	...
26.12670+ 0.32851	1.86	2.30		0.181	6.6	6.3	5.9	...	...
26.13024+ 0.36759	1.54	1.35		0.200	5.7	5.2	34.8	...	...

26.14878– 0.61228	1.22	1.36		0.170	7.1	5.2	10.4	...	...
26.15353+ 0.42566	3.39	3.82		0.163	6.7	5.6	56.7	...	...
26.15395+ 0.32116	1.41	4.98		0.182	12.6	9.4	82.2	0.48	< 1.50
26.15532– 0.66006	1.90	2.38		0.185	6.8	6.2	178.8	...	...
26.16048– 0.19509	3.05	3.71		0.141	7.2	5.6	44.7	...	...

26.16193+ 0.59249	18.71	32.03		0.156	7.8	7.4	62.6	...	...
26.17593+ 0.06309	1.82	3.53		0.194	8.7	7.5	86.2	...	...
26.17618– 0.43878	17.30	18.83		0.170	6.5	5.6	26.5	...	...
26.17836+ 0.06496	1.44	3.96		0.194	10.9	8.5	111.4	...	...
26.18890+ 0.65973	1.66	3.37		0.142	9.0	7.6	9.1	...	...

26.20004– 0.72617	1.72	2.56		0.238	8.4	6.0	62.8	...	...
26.20294– 0.72621	1.61	3.13		0.238	10.1	6.4	24.5	...	...
26.21058– 0.34429	3.03	3.98		0.215	7.0	6.3	17.4	...	...
26.22371– 0.78524	22.58	26.22		0.356	6.5	5.9	29.2	...	...
26.22702+ 0.76865	6.28	6.86		0.241	6.5	5.7	9.7	...	...

26.23814– 0.08039	63.90	76.86		0.160	6.8	6.0	36.6	...	...
26.23870– 0.07837	55.62	73.16		0.160	7.2	6.1	54.9	...	...
26.24788+ 0.66666	5.21	7.91		0.157	7.9	6.4	58.6	...	...
26.24872+ 0.67012	3.80	5.64		0.157	7.6	6.5	51.4	...	...
26.27950– 0.10925	1.66	2.00		0.146	6.8	5.9	72.1	...	...

26.28165– 0.47243	1.44	1.48		0.156	6.4	5.4	18.3	...	...
26.28179+ 0.23111	22.39	26.50		0.203	6.8	5.9	16.5	...	...
26.31690+ 0.40977	51.14	61.39		0.194	6.7	6.0	28.1	...	...
26.31856+ 0.41192	32.38	39.17		0.194	6.6	6.1	23.9	...	...
26.32494– 0.47993	1.29	2.38		0.166	8.8	7.0	74.6	...	...

26.32619– 0.51587	1.69	2.06		0.170	7.3	5.6	22.0	...	...
26.34209– 0.65044	5.17	7.73		0.172	7.6	6.6	121.0	...	...
26.34280– 0.51297	1.20	1.98		0.166	7.9	7.0	30.5	...	...
26.35238+ 0.50495	12.97	25.60		0.147	10.7	6.2	19.1	...	...
26.35726+ 0.18154	1.74	2.15		0.155	6.6	6.3	9.6	...	...

26.36174– 0.19281	6.71	8.04		0.150	6.9	5.8	29.6	...	...
26.36330+ 0.59976	2.46	2.41		0.150	6.2	5.3	24.5	...	...
26.36919– 0.38682	1.94	2.26		0.192	7.8	5.0	21.5	...	...
26.37261– 0.61059	1.29	1.32		0.162	6.2	5.5	20.7	...	...
26.38079– 0.13204	2.49	2.81		0.161	6.4	5.9	30.5	...	...

26.38486+ 0.46189	1.70	2.23		0.167	7.7	5.7	166.3	...	...
26.38948– 0.72248	4.70	5.79		0.189	6.7	6.2	70.3	...	...
26.39790– 0.10412	2.45	3.06		0.176	7.2	5.8	73.2	...	...
26.39857– 0.49839	21.99	23.44		0.160	6.4	5.6	23.3	...	...
26.40427– 0.67382	1.84	2.81		0.165	8.0	6.4	70.0	...	...

26.41514– 0.17388	1.34	1.71		0.162	7.2	6.0	102.5	...	...
26.42197+ 0.52158	1.30	1.43		0.173	6.6	5.6	150.6	...	...
26.43003+ 0.64502	4.84	5.39		0.252	6.5	5.8	1.3	...	...
26.43014+ 0.08924	1.33	2.67		0.160	9.2	7.2	97.3	...	...
26.43588+ 0.05913	92.95	130.71		0.180	7.6	6.2	35.4	...	...

26.44444+ 0.40792	1.91	1.98		0.198	5.9	5.9	99.7	...	...
26.45234– 0.75758	1.09	2.06		0.213	12.1	5.2	37.8	...	...
26.45612– 0.75006	1.92	2.58		0.220	9.3	4.8	42.7	...	...
26.45750– 0.74746	1.11	1.63		0.220	7.4	6.7	72.7	...	...
26.46002– 0.04996	13.33	20.73		0.213	7.6	6.9	37.0	...	...

26.46179– 0.44009	1.63	1.94		0.145	6.9	5.8	9.2	...	...
26.46445– 0.78049	5.46	5.64		0.244	6.5	5.3	35.9	...	...
26.46981+ 0.02109	16.56	30.71		0.231	9.2	6.8	22.2	2.27	1.55
26.47051+ 0.02492	9.73	26.44		0.231	11.6	7.8	36.5	...	...
26.47345– 0.25201	7.58	8.72		0.173	6.5	5.9	26.0	...	...

26.47515+ 0.21842	2.85	3.81		0.165	7.6	5.9	24.8	...	...
26.48045+ 0.30139	1.57	2.18		0.183	7.4	6.3	18.6	0.19	< 1.34
26.48231+ 0.29200	1.24	2.56		0.153	9.7	7.2	179.6	...	...
26.53566+ 0.02523	22.66	50.65		0.211	10.8	6.9	51.5	...	...
26.53763– 0.34630	1.45	2.28		0.176	8.5	6.2	155.8	...	...

26.53978– 0.50594	3.34	4.20		0.159	7.9	5.3	18.6	...	...
26.54603– 0.14326	1.49	2.99		0.204	9.4	7.1	101.5	...	...
26.54668+ 0.34504	2.43	3.28		0.180	6.8	6.6	4.5	...	...
26.54796– 0.13458	2.33	2.92		0.238	7.1	6.0	57.8	...	...
26.54980+ 0.52684	2.89	3.26		0.160	6.4	5.9	39.8	...	...

26.55389– 0.29224	4.02	5.20		0.277	6.8	6.4	88.7	...	...
26.56062– 0.17467	8.87	15.17		0.133	9.5	6.0	44.3	...	...
26.56627+ 0.29776	2.26	2.44		0.150	7.0	5.2	12.5	...	...
26.58239– 0.53773	3.04	4.68		0.155	7.2	7.2	59.1	...	...
26.59728– 0.02358	48.03	75.03		0.255	7.9	6.6	35.5	1.05	11.54

26.60740+ 0.43922	1.45	3.48		0.173	11.9	6.7	42.2	...	...
26.60906– 0.21171	91.47	217.60		0.154	9.3	8.5	127.4	1.07	13.74
26.61529+ 0.44500	1.62	2.57		0.150	7.5	7.1	104.7	...	...
26.62789– 0.15376	1.32	1.51		0.140	6.8	5.6	32.4	...	...
26.63036– 0.57557	16.32	17.76		0.156	6.5	5.6	31.0	...	...

26.63806+ 0.70009	1.17	2.84		0.166	14.0	5.8	145.0	...	...
26.64120– 0.03844	7.88	9.57		0.157	6.7	6.1	37.7	...	...
26.64323+ 0.62369	1.23	2.49		0.144	9.4	7.2	63.3	...	...
26.64415+ 0.61308	3.38	5.49		0.136	7.8	7.0	90.5	...	...
26.65028+ 0.52221	1.36	7.87		0.136	15.7	12.4	50.1	...	...

26.65231– 0.40579	1.33	1.26		0.173	6.8	4.7	44.1	...	...
26.65272+ 0.28732	7.81	9.48		0.176	6.8	6.0	27.8	...	...
26.65448– 0.60428	3.98	7.76		0.174	9.9	6.6	18.8	...	...
26.65565+ 0.06918	13.90	15.76		0.211	6.6	5.8	11.3	...	...
26.67581– 0.54706	9.55	10.82		0.166	6.3	6.0	6.1	...	...

26.68712– 0.44600	1.85	2.72		0.158	7.9	6.2	1.0	...	...
26.69754– 0.24490	1.29	1.29		0.137	6.6	5.1	7.7	...	...
26.69969– 0.06618	2.03	2.20		0.140	6.2	5.9	162.8	...	...
26.70329– 0.53985	24.40	27.04		0.168	6.5	5.7	31.3	...	...
26.71283+ 0.24656	1.62	2.11		0.169	7.2	6.0	154.7	...	...

26.71440+ 0.13203	13.52	15.50		0.178	6.5	5.9	19.8	...	...
26.72828– 0.21163	1.84	2.63		0.156	7.2	6.6	9.8	0.45	< 1.13
26.72872+ 0.76251	3.93	5.28		0.209	7.2	6.3	134.1	...	...
26.73587+ 0.79516	2.85	3.76		0.275	7.5	5.9	156.7	...	...
26.74799– 0.02322	2.64	2.66		0.175	5.9	5.7	91.6	...	...

26.75752– 0.41271	1.31	3.70		0.176	12.2	7.8	76.2	...	...
26.76006– 0.40306	2.19	2.35		0.176	6.9	5.2	47.0	...	...
26.76216– 0.57765	1.17	1.72		0.152	8.2	6.0	92.4	...	...
26.77069+ 0.09448	5.03	7.63		0.168	8.4	6.0	70.3	...	...
26.78256+ 0.68217	3.62	4.26		0.165	7.2	5.4	29.3	...	...

26.78316– 0.51468	1.15	1.24		0.149	7.0	5.2	141.2	...	...
26.78463+ 0.41802	1.26	2.63		0.156	10.2	6.9	23.7	...	...
26.78665+ 0.76384	1.42	1.88		0.250	7.0	6.3	176.5	...	...
26.78718– 0.35842	4.66	5.59		0.176	6.9	5.8	35.9	0.18	< 1.27
26.78941– 0.47060	1.46	1.47		0.158	6.4	5.3	1.3	...	...

26.79441– 0.27568	2.96	3.47		0.141	6.9	5.6	31.9	...	...
26.79740+ 0.08818	1.18	1.13		0.157	7.1	4.6	47.5	...	...
26.80001– 0.71940	2.04	2.76		0.185	7.2	6.2	173.8	...	...
26.80595– 0.71949	2.52	3.48		0.185	7.9	5.8	170.0	...	...
26.81487+ 0.51631	10.72	11.98		0.164	6.5	5.8	13.0	...	...

26.81744+ 0.23988	1.17	4.94		0.200	12.6	11.2	116.3	0.53	2.71
26.81781+ 0.38920	2.55	3.59		0.268	7.7	6.1	6.5	...	...
26.82469– 0.77209	1.54	5.73		0.243	17.5	7.1	52.2	...	...
26.83019– 0.20649	12.06	14.55		0.143	6.8	6.0	26.8	0.63	2.34
26.83243– 0.15158	9.12	11.01		0.163	6.7	6.0	13.5	...	...

26.83453– 0.39462	9.35	11.59		0.163	7.1	5.9	31.5	...	...
26.83769– 0.41188	6.83	7.45		0.160	6.4	5.7	25.6	...	...
26.84925+ 0.42200	5.79	9.73		0.150	8.2	6.8	35.8	...	...
26.85156+ 0.16504	1.36	1.80		0.180	8.0	5.5	62.8	...	...
26.86490+ 0.37402	3.25	4.23		0.168	7.1	6.1	175.1	...	...

26.86808+ 0.36801	3.94	6.95		0.168	9.5	6.2	121.3	...	...
26.88502+ 0.33324	3.34	3.49		0.149	6.1	5.7	28.0	...	...
26.90096+ 0.13922	1.10	1.03		0.137	5.7	5.5	101.4	...	...
26.90395+ 0.73961	8.77	16.15		0.259	8.4	7.3	18.7	...	...
26.91089– 0.28852	1.06	1.19		0.152	6.2	6.1	102.0	...	...

26.91906+ 0.29487	1.11	1.79		0.159	8.6	6.3	33.2	...	...
26.92679+ 0.44282	3.22	3.38		0.177	6.4	5.5	40.7	...	...
26.92727+ 0.65691	1.38	1.42		0.173	5.9	5.9	96.8	...	...
26.92918+ 0.28950	2.84	3.35		0.178	7.4	5.4	22.1	...	...
26.93964+ 0.44137	2.46	2.30		0.170	6.1	5.2	17.3	...	...

26.94824– 0.48254	4.23	4.51		0.135	6.2	5.7	52.7	...	...
26.94909– 0.64434	2.97	3.54		0.140	6.8	5.9	41.0	...	...
26.95904+ 0.65937	1.12	2.55		0.170	9.7	7.8	144.4	...	...
26.96137+ 0.37012	3.45	3.84		0.164	6.5	5.7	172.7	...	...
26.96477+ 0.65724	1.06	1.72		0.170	8.8	6.2	4.8	...	...

26.96496– 0.27124	1.11	1.35		0.178	6.6	6.2	88.3	...	...
26.96548– 0.35743	5.20	12.90		0.148	9.4	8.9	161.6	0.61	2.01
26.96551+ 0.23338	1.47	2.03		0.188	8.6	5.4	39.0	...	...
26.96601+ 0.28555	2.84	4.29		0.171	7.9	6.4	26.4	...	...
26.96982+ 0.02176	5.73	6.60		0.194	6.7	5.8	43.5	...	...

26.97028+ 0.65571	2.94	5.15		0.170	8.1	7.2	23.6	...	...
26.97160+ 0.79110	15.95	17.29		0.299	6.3	5.8	14.1	...	...
26.97864+ 0.63058	1.22	2.39		0.161	9.2	7.1	56.4	...	...
26.98960– 0.74917	1.69	2.84		0.221	8.5	6.6	56.7	...	...
26.99026– 0.70847	6.86	15.86		0.180	11.8	6.6	169.8	...	...

26.99908– 0.07901	3.95	2.93		0.243	5.0	5.0	5.8	...	...
27.01755– 0.22316	4.11	5.11		0.125	6.7	6.2	43.4	...	...
27.02971– 0.26439	1.54	4.05		0.123	11.0	8.0	54.1	...	...
27.03252– 0.47111	1.50	1.96		0.146	8.0	5.5	26.3	...	...
27.04348– 0.71682	2.16	3.23		0.216	7.6	6.5	33.4	...	...

27.04518+ 0.67942	1.25	2.07		0.168	8.3	6.7	108.1	...	...
27.04603– 0.59439	2.26	2.26		0.150	6.1	5.5	65.7	...	...
27.06257+ 0.06082	1.64	2.57		0.173	7.3	7.2	124.7	...	...
27.07020– 0.72819	1.12	1.78		0.222	9.9	5.4	48.5	...	...
27.07086+ 0.12007	1.05	2.90		0.194	13.2	7.0	88.3	...	...

27.07147+ 0.12446	1.57	1.79		0.194	6.7	5.7	48.7	...	...
27.07757+ 0.60696	1.46	1.32		0.138	5.8	5.2	1.4	...	...
27.08093– 0.68029	2.86	3.31		0.196	7.2	5.4	23.2	...	...
27.08920+ 0.78569	2.01	3.17		0.235	8.1	6.5	32.8	...	...
27.09158+ 0.43520	1.15	2.30		0.163	11.4	5.9	33.5	...	...

27.09447+ 0.19175	7.65	29.52		0.228	14.8	8.7	48.1	...	...
27.09736+ 0.19458	7.84	13.43		0.228	7.8	7.3	156.4	...	...
27.13814+ 0.52690	1.26	1.20		0.152	6.1	5.2	0.1	...	...
27.14647– 0.73777	1.42	2.31		0.252	8.9	6.1	149.9	...	...
27.14692– 0.11135	5.70	7.02		0.104	6.7	6.1	22.2	...	...

27.14964– 0.44285	4.83	6.15		0.155	7.1	6.0	39.5	...	...
27.17415– 0.00785	1.39	4.15		0.232	10.5	9.5	95.1	2.39	3.41
27.18177+ 0.54162	4.82	5.45		0.149	6.7	5.7	16.3	...	...
27.18324– 0.08263	2.85	2.80		0.221	6.0	5.4	14.1	1.34	16.77
27.18605– 0.08143	20.15	26.52		0.221	7.1	6.2	55.5	1.34	16.77

27.18712+ 0.45765	6.11	18.00		0.168	12.9	7.7	152.0	...	...
27.18729– 0.07912	16.01	28.32		0.221	7.9	7.5	45.8	1.34	16.77
27.19276– 0.49661	1.33	1.38		0.145	6.3	5.5	76.2	...	...
27.19293– 0.13580	3.01	4.23		0.155	6.9	6.8	81.5	0.49	< 1.22
27.19468+ 0.50446	24.78	27.23		0.166	6.5	5.6	20.5	...	...

27.19981+ 0.32539	1.46	2.46		0.194	8.2	6.9	159.8	...	...
27.23602– 0.11285	1.02	2.56		0.188	9.8	8.6	26.5	...	...
27.26162+ 0.50877	5.36	8.92		0.178	8.8	6.3	8.7	...	...
27.26179+ 0.69953	1.58	1.86		0.210	7.3	5.4	155.2	...	...
27.26997+ 0.14817	12.91	55.60		0.231	14.4	10.0	162.9	0.87	3.84

27.27136+ 0.32426	1.48	4.30		0.199	11.6	8.4	91.0	...	...
27.27983+ 0.14464	166.83	370.37		0.252	9.0	8.3	156.8	1.87	20.92
27.31136– 0.01346	5.05	8.37		0.186	8.3	6.7	24.6	...	...
27.31317– 0.11179	8.32	10.34		0.487	6.8	6.1	34.2	...	...
27.33065– 0.52704	1.44	1.48		0.132	6.6	5.3	45.6	...	...

27.33122+ 0.48384	5.97	7.88		0.168	7.3	6.0	28.1	...	...
27.33280+ 0.02274	3.81	7.25		0.237	9.4	6.8	57.0	...	...
27.35109+ 0.68607	2.22	2.42		0.202	6.3	5.8	6.2	...	...
27.35195+ 0.56152	6.87	13.63		0.177	11.2	5.9	12.7	...	...
27.36435– 0.16587	34.22	44.95		0.213	7.1	6.2	41.8	4.36	13.24

27.37147– 0.71895	1.66	1.76		0.177	6.4	5.6	175.3	...	...
27.40416– 0.65448	1.30	2.30		0.141	10.5	5.6	31.4	...	...
27.41039– 0.43644	2.21	2.34		0.165	6.3	5.6	21.4	...	...
27.42659– 0.24968	5.99	6.30		0.240	6.2	5.7	32.9	...	...
27.42763+ 0.46844	4.95	11.22		0.190	10.0	7.6	136.1	...	...

27.43048+ 0.46504	1.34	1.86		0.190	8.6	5.4	170.2	0.10	< 1.78
27.43204+ 0.46834	5.18	13.48		0.190	12.1	7.2	67.9	...	...
27.43425– 0.37202	1.77	3.68		0.157	10.0	6.9	104.8	...	...
27.44585– 0.16759	43.07	51.93		0.192	6.6	6.1	10.1	...	...
27.46753+ 0.52529	2.06	2.39		0.144	6.3	6.1	85.6	...	...

27.47616+ 0.11851	4.71	7.81		0.164	7.5	7.4	97.4	...	...
27.48317+ 0.13309	2.83	4.12		0.196	7.0	6.9	4.5	1.13	1.58
27.48865+ 0.39082	6.31	8.16		0.172	7.0	6.2	173.3	...	...
27.49824+ 0.65864	1.24	1.95		0.192	8.3	6.4	132.6	...	...
27.50884+ 0.24309	2.45	3.82		0.159	8.4	6.2	30.8	...	...

27.51693+ 0.48368	1.91	1.99		0.181	6.7	5.3	163.6	...	...
27.52600+ 0.44108	2.11	2.48		0.140	6.8	5.8	18.7	...	...
27.53607– 0.71083	1.48	1.49		0.217	6.1	5.5	10.6	...	...
27.53750+ 0.67217	1.97	6.07		0.157	14.2	7.3	68.5	...	...
27.54928+ 0.22671	7.04	9.93		0.157	7.0	6.8	11.5	...	...

27.55851+ 0.46723	2.03	2.24		0.145	7.0	5.3	158.0	0.46	< 1.34
27.56318+ 0.08394	44.54	151.25		0.174	11.1	10.2	64.6	0.96	4.41
27.56806– 0.57706	4.38	12.76		0.152	11.9	8.2	79.3	...	...
27.58125– 0.50537	1.59	2.38		0.167	8.9	5.6	178.6	...	...
27.58172– 0.34939	1.16	1.78		0.157	7.7	6.7	147.8	...	...

27.59939– 0.31927	2.83	3.17		0.147	6.2	6.1	88.4	...	...
27.60234+ 0.39538	4.90	5.69		0.155	6.6	5.9	172.4	...	...
27.61065+ 0.02742	3.55	12.54		0.181	13.6	8.7	50.0	0.70	1.31
27.61307+ 0.02729	2.47	35.04		0.181	24.9	19.1	28.2	0.70	1.31
27.61465+ 0.50274	1.54	2.39		0.184	7.8	6.6	95.5	...	...

27.61715+ 0.19136	2.09	2.53		0.139	7.2	5.6	69.1	...	...
27.63389+ 0.01719	4.17	4.30		0.165	6.5	5.3	35.9	...	...
27.64604+ 0.63322	5.20	5.53		0.169	6.6	5.4	23.0	...	...
27.64974– 0.41746	7.69	10.58		0.154	7.5	6.2	43.8	0.21	< 0.96
27.65707– 0.73448	35.55	41.46		0.214	6.9	5.7	39.5	...	...

27.65975– 0.38337	3.32	3.77		0.144	6.7	5.7	23.0	0.28	2.71
27.66401– 0.24831	8.07	8.72		0.132	6.4	5.7	19.9	0.12	< 1.80
27.66480+ 0.42419	1.89	2.54		0.214	7.3	6.1	154.9	...	...
27.66798+ 0.49695	12.28	13.40		0.142	6.6	5.6	33.9	...	...
27.68407– 0.15500	2.32	2.61		0.151	6.7	5.6	70.1	...	...

27.70171+ 0.70471	100.19	153.69		0.235	7.7	6.7	34.0	0.76	7.64
27.70277– 0.73607	2.58	3.84		0.197	8.2	6.0	154.3	...	...
27.70345+ 0.64522	1.45	1.55		0.176	6.4	5.6	175.2	...	...
27.70801+ 0.42571	4.11	5.20		0.237	7.1	6.0	30.5	...	...
27.71114+ 0.68766	10.07	12.99		0.209	6.8	6.4	41.4	...	...

27.71766– 0.08003	29.84	34.94		0.165	6.8	5.8	20.8	...	...
27.72304– 0.32679	3.47	3.48		0.169	6.2	5.5	28.6	...	...
27.72330+ 0.18866	3.53	30.81		0.139	21.7	13.4	146.3	...	...
27.72453+ 0.17110	1.53	1.91		0.120	7.0	5.9	91.2	...	...
27.72466– 0.07585	1.08	2.25		0.156	11.3	6.1	57.7	...	...

27.72886+ 0.19197	2.95	23.18		0.139	18.0	14.6	43.9	...	...
27.73235+ 0.50747	2.20	2.90		0.264	8.0	5.5	2.8	...	...
27.73930– 0.38503	11.07	12.62		0.158	6.6	5.8	14.1	...	...
27.74462+ 0.41744	2.02	2.35	E	0.239	6.7	5.8	137.5	...	...
27.74620+ 0.41813	1.20	4.73	E	0.239	19.3	6.9	10.7	...	...

27.75079+ 0.42175	5.69	8.22		0.239	7.2	6.7	42.0	...	...
27.75210+ 0.72311	20.75	22.86		0.288	6.4	5.8	31.3	...	...
27.75502– 0.59122	1.95	1.95		0.133	6.3	5.3	13.6	...	...
27.75912– 0.51106	7.53	9.08		0.134	6.8	5.9	31.9	...	...
27.76103– 0.34001	8.19	9.00		0.174	6.3	5.8	26.7	38.21	31.82

27.76213– 0.51065	3.39	4.57		0.134	7.2	6.3	176.1	...	...
27.77673+ 0.38328	13.01	14.81		0.178	6.6	5.8	2.8	...	...
27.78372+ 0.05685	2.21	2.89		0.117	7.2	6.1	77.0	1.78	6.07
27.78762+ 0.34956	10.03	17.50		0.153	8.7	6.7	81.6	...	...
27.79825– 0.37453	1.01	1.35		0.167	6.8	6.6	101.3	...	...

27.79901+ 0.21823	42.28	70.27		0.131	9.5	5.8	21.0	...	...
27.80515– 0.73649	1.47	1.44		0.189	6.4	5.1	65.7	...	...
27.80524– 0.75493	122.53	130.87		0.218	6.4	5.6	34.9	...	...
27.80546– 0.69193	9.76	9.99		0.173	6.2	5.5	16.4	...	...
27.81152– 0.36734	1.47	3.06		0.167	8.8	8.0	2.0	...	...

27.81288+ 0.62303	34.94	38.43		0.181	6.3	5.8	42.8	...	...
27.81833+ 0.27947	2.39	2.66		0.144	6.7	5.5	19.8	...	...
27.81857– 0.76607	1.19	1.89		0.232	11.1	4.8	138.1	...	...
27.82061+ 0.67268	1.21	1.40		0.210	7.0	5.5	35.8	...	...
27.83076+ 0.09326	4.58	4.91		0.139	6.2	5.8	36.3	0.23	< 1.34

27.84704+ 0.69211	1.13	2.12		0.207	10.3	6.1	150.6	...	...
27.84932+ 0.68897	1.43	2.35		0.207	9.4	5.8	173.7	...	...
27.85653– 0.24211	1.25	2.62		0.145	8.6	8.2	169.9	...	...
27.86887+ 0.52620	6.44	7.24		0.166	6.4	5.9	41.1	...	...
27.87453– 0.71984	1.63	2.35		0.218	7.8	6.1	20.7	...	...

27.88222+ 0.18339	9.34	10.50		0.137	6.5	5.8	28.0	...	...
27.88386+ 0.53083	3.49	4.15		0.162	6.9	5.8	26.6	...	...
27.88406+ 0.27999	14.77	27.18		0.153	10.1	6.1	22.5	...	...
27.88614+ 0.50304	5.35	6.03		0.177	6.6	5.7	24.2	...	...
27.90444– 0.00968	11.41	50.80		0.170	12.4	12.1	72.3	3.21	6.28

27.92497+ 0.16356	1.70	7.20		0.166	13.8	10.3	39.8	...	...
27.93366+ 0.16526	5.50	14.38		0.166	11.1	7.9	13.5	...	...
27.94024– 0.37564	1.17	1.72		0.164	8.8	5.6	49.8	...	...
27.95638+ 0.47070	1.52	1.47		0.152	6.4	5.1	88.7	...	...
27.96144– 0.78186	32.50	54.66		0.326	8.9	6.3	66.7	...	...

27.96561– 0.70049	1.65	1.91		0.216	8.0	4.9	34.7	...	...
27.96669+ 0.55056	4.92	7.15		0.142	7.1	6.8	172.8	...	...
27.97793+ 0.35999	9.08	9.97		0.198	6.4	5.8	17.1	...	...
27.97802+ 0.07782	37.79	198.32		0.181	13.7	12.8	77.4	4.36	15.15
27.98582– 0.19194	2.10	5.88		0.128	12.0	7.8	128.8	0.17	< 1.68

27.98656– 0.19286	5.77	6.44		0.128	6.5	5.8	54.7	...	...
27.99492+ 0.01041	3.42	4.28		0.177	6.5	6.4	1.4	...	...
27.99774+ 0.74235	2.50	2.62		0.205	6.0	5.9	88.0	...	...
28.02415+ 0.51337	1.29	1.73		0.142	7.2	6.3	16.8	...	...
28.03091+ 0.66790	1.27	3.29		0.154	12.7	6.9	69.1	...	...

28.03146– 0.07252	7.63	9.01		0.165	6.6	6.0	42.6	...	...
28.04307+ 0.53179	4.15	6.17		0.131	7.5	6.6	100.2	...	...
28.05857+ 0.02719	6.19	12.82		0.167	10.2	6.8	69.7	...	...
28.05928+ 0.12029	1.07	1.26		0.163	7.6	5.2	93.3	...	...
28.06266– 0.61076	1.11	1.57		0.146	7.8	6.1	43.2	...	...

28.06546+ 0.11856	7.65	8.49		0.163	6.2	6.0	40.4	...	...
28.07502– 0.29518	6.47	6.77		0.151	6.4	5.5	29.7	...	...
28.08515– 0.55810	3.03	3.18		0.146	6.2	5.7	42.6	...	...
28.08683+ 0.72947	2.06	2.02		0.231	6.1	5.4	43.2	...	...
28.09726– 0.78075	57.65	70.21		0.270	7.1	5.8	23.2	0.28	< 1.13

28.09985– 0.78026	32.99	42.98		0.270	7.6	5.8	21.5	0.28	< 1.13
28.10847– 0.48972	2.50	3.90		0.134	7.7	6.8	84.8	...	...
28.11613– 0.36771	5.85	9.76		0.168	9.0	6.2	35.0	...	...
28.12001+ 0.41821	1.03	1.70		0.175	9.2	6.0	128.8	...	...
28.12557+ 0.74223	7.75	8.52		0.246	6.3	5.8	59.8	...	...

28.13636– 0.56748	1.78	2.64		0.141	7.8	6.3	10.5	...	...
28.13846– 0.56613	1.55	1.70		0.141	6.3	5.8	5.7	...	...
28.14007+ 0.32868	1.82	5.86		0.178	10.4	10.3	11.3	0.96	< 1.50
28.14450– 0.37828	2.32	3.13		0.171	7.8	5.8	32.4	...	...
28.18600– 0.18412	1.44	1.46		0.156	6.1	5.6	179.7	...	...

28.18702+ 0.58242	3.88	4.13		0.170	6.4	5.6	173.1	0.25	< 1.34
28.18895– 0.74392	3.26	3.31		0.194	6.2	5.5	35.2	...	...
28.19049+ 0.25233	1.62	2.24		0.139	7.8	5.9	9.4	...	...
28.19067– 0.64618	1.07	0.85		0.147	5.8	4.6	12.7	...	...
28.19295– 0.78422	2.48	3.91		0.228	7.7	6.8	16.1	...	...

28.19411+ 0.08677	2.06	3.07		0.157	7.6	6.6	38.1	...	...
28.19894– 0.05023	84.57	164.59		0.315	10.2	6.4	30.6	6.08	85.58
28.20616– 0.30249	1.26	1.41		0.208	6.8	5.5	81.9	...	...
28.21039+ 0.40997	3.24	3.45		0.188	6.2	5.8	179.4	...	...
28.21807– 0.22052	2.36	3.20		0.170	7.0	6.5	91.9	...	...

28.23747+ 0.22536	1.58	4.22		0.129	11.7	7.6	78.3	...	...
28.24484+ 0.01412	15.73	30.88		0.320	9.5	6.9	49.2	4.44	16.63
28.24564+ 0.01313	26.18	134.30		0.320	13.7	12.6	22.8	4.44	16.63
28.24990– 0.39369	1.98	7.38		0.199	15.2	8.2	29.7	...	...
28.25078+ 0.40381	1.81	2.20		0.170	7.0	5.8	73.4	...	...

28.25661– 0.39221	1.28	1.67		0.199	8.5	5.1	8.7	...	...
28.25853– 0.37062	61.03	65.01		0.209	6.3	5.7	30.4	...	...
28.26366– 0.38910	1.42	4.04		0.199	12.6	7.6	1.5	...	...
28.26449– 0.55964	1.34	4.20		0.137	12.4	8.5	125.3	...	...
28.26746– 0.39927	1.32	2.17		0.204	10.5	5.2	37.1	...	...

28.27663– 0.34501	3.95	4.66		0.184	6.6	6.0	37.2	...	...
28.27775– 0.69063	1.38	4.03		0.163	10.3	9.5	65.8	...	...
28.27977– 0.69641	1.44	1.92		0.163	6.8	6.6	5.8	...	...
28.28753– 0.36407	201.23	410.88		0.228	8.8	7.7	119.7	33.67	600.89
28.28756– 0.36851	6.97	23.70		0.228	11.2	10.1	15.6	...	...

28.29132+ 0.01034	5.95	15.90		0.181	9.6	9.3	59.7	0.63	0.94
28.29515+ 0.00365	1.82	11.11		0.180	14.8	13.8	114.7	...	...
28.29986+ 0.29991	1.23	1.26		0.214	6.4	5.3	83.6	...	...
28.33669– 0.60037	2.62	3.53		0.154	6.9	6.6	166.1	...	...
28.34188+ 0.10066	6.48	14.70		0.205	8.8	8.7	4.7	0.19	2.42

28.34706+ 0.17373	10.67	10.72		0.150	6.2	5.4	33.9	...	...
28.36674+ 0.44599	2.78	3.14		0.160	6.6	5.8	14.7	...	...
28.37543– 0.58794	1.09	1.96		0.177	9.4	6.4	126.0	...	...
28.37553+ 0.77504	8.73	9.47		0.222	6.3	5.7	40.8	...	...
28.38449+ 0.59771	13.25	16.26		0.145	7.1	5.8	32.6	...	...

28.38566+ 0.59863	1.22	3.80		0.145	14.2	7.3	89.4	...	...
28.38753– 0.72733	1.61	1.36		0.225	5.4	5.2	74.9	...	...
28.39442+ 0.07485	12.99	54.69		0.212	12.6	11.2	44.6	1.79	5.62
28.39669+ 0.45078	1.60	5.07		0.176	12.3	8.6	72.1	1.15	2.57
28.40150+ 0.47849	93.75	107.33		0.155	6.8	5.7	47.8	...	...

28.40229– 0.51643	2.99	4.88		0.161	7.7	7.1	29.1	...	...
28.41292– 0.11424	1.99	3.02		0.136	7.2	7.1	90.3	...	...
28.41306+ 0.41339	7.37	7.85		0.162	6.3	5.7	38.7	...	...
28.41426+ 0.03523	20.46	22.98		0.251	6.6	5.7	37.3	...	...
28.41573+ 0.03148	7.48	9.86		0.251	7.0	6.3	71.0	...	...

28.41926+ 0.44120	5.65	7.14		0.212	6.9	6.1	24.8	...	...
28.42359+ 0.43663	1.41	1.33		0.213	6.2	5.1	11.4	...	...
28.42494+ 0.43955	2.02	2.91		0.213	7.6	6.3	111.6	...	...
28.42730– 0.51329	1.59	2.16		0.168	7.5	6.1	78.0	...	...
28.43329– 0.75049	1.61	2.08		0.270	8.0	5.4	40.8	...	...

28.43653+ 0.30288	2.25	2.29		0.214	5.8	5.8	88.7	...	...
28.43880+ 0.01527	2.56	13.38		0.397	18.1	9.7	62.4	0.63	1.64
28.43897+ 0.03308	1.64	2.97		0.225	8.9	6.9	44.2	1.68	3.84
28.45157+ 0.00261	34.83	62.54		0.367	8.8	6.9	5.6	0.43	2.18
28.46728+ 0.62388	1.13	1.84		0.145	9.3	5.9	162.9	...	...

28.47143+ 0.03403	2.31	11.17		0.207	16.5	9.8	71.0	...	...
28.47722– 0.44082	1.80	2.11		0.178	6.6	5.9	167.3	...	...
28.49486– 0.24971	1.55	6.05		0.127	13.4	9.7	154.9	0.29	0.45
28.50741– 0.53318	1.33	1.36		0.149	6.6	5.2	124.7	...	...
28.51042+ 0.10748	14.17	15.66		0.312	6.7	5.6	29.3	...	...

28.51345– 0.64454	3.09	5.11		0.169	9.8	5.7	148.9	...	...
28.52053+ 0.45369	2.43	2.14		0.165	5.7	5.1	3.0	...	...
28.52809+ 0.78970	69.09	84.77		0.272	6.9	5.9	61.7	...	...
28.52909– 0.45176	2.43	2.90		0.157	6.8	5.9	78.1	...	...
28.53040– 0.29223	1.28	1.66		0.174	8.6	5.0	2.6	...	...

28.53499– 0.73830	1.20	1.75		0.211	8.1	6.1	80.8	...	...
28.54214– 0.11941	17.99	31.07		0.262	9.8	5.9	1.5	...	...
28.54584– 0.76575	2.82	6.07		0.236	10.2	7.1	81.1	...	...
28.55346– 0.45067	8.63	8.77		0.161	6.1	5.6	36.5	...	...
28.56172– 0.48451	4.08	5.23		0.140	7.2	6.0	35.4	...	...

28.56348+ 0.33809	14.54	30.24		0.164	11.4	6.1	1.9	...	...
28.57486– 0.09040	7.92	9.87		0.543	6.9	6.1	73.4	...	...
28.58161+ 0.14514	25.80	48.54		0.172	8.2	7.7	39.7	0.43	1.60
28.58271+ 0.34116	1.13	1.28		0.158	7.1	5.3	78.3	...	...
28.58788+ 0.39138	5.08	11.37		0.195	11.1	6.8	66.7	...	...

28.60422– 0.65272	8.13	8.48		0.134	6.3	5.5	21.2	...	...
28.60855+ 0.01850	115.85	168.17		0.292	7.3	6.7	24.9	2.89	29.67
28.61462– 0.58428	4.96	15.96		0.132	11.4	9.4	60.1	...	...
28.61708+ 0.67559	2.60	2.80		0.187	6.3	5.7	81.7	...	...
28.61768+ 0.51083	1.12	3.51		0.181	13.5	7.8	34.0	...	...

28.62000+ 0.56071	3.15	5.25		0.176	8.6	6.5	174.2	...	...
28.62043– 0.34358	35.44	39.07		0.222	6.3	5.8	35.7	...	...
28.62189+ 0.55844	4.31	9.52		0.176	11.0	6.8	86.6	...	...
28.63478+ 0.20034	1.95	4.04		0.251	9.3	7.5	5.7	...	...
28.64522+ 0.62430	12.78	14.01		0.180	6.5	5.7	27.5	...	...

28.65204+ 0.02728	122.69	281.41		0.386	9.1	8.4	80.4	1.32	9.55
28.66040+ 0.03982	10.80	27.54		0.305	9.7	8.8	52.1	1.47	2.37
28.66110– 0.63638	2.35	2.68		0.140	6.8	5.6	6.9	...	...
28.67196– 0.78226	54.26	62.94		0.271	6.6	5.9	34.4	...	...
28.67463– 0.70965	1.13	1.16		0.168	6.6	5.2	115.5	...	...

28.68743+ 0.17711	67.31	134.60		0.155	8.6	7.8	38.0	2.93	9.83
28.69007+ 0.25439	23.00	30.87		0.123	7.4	6.0	175.6	...	...
28.69026+ 0.42676	4.43	5.38		0.173	6.7	6.0	95.7	...	...
28.69137– 0.76118	5.64	5.54		0.207	6.3	5.2	24.1	...	...
28.69646– 0.23139	2.80	6.20		0.184	9.5	7.8	49.4	...	...

28.72687+ 0.76466	1.74	5.54		0.253	12.6	8.5	1.7	...	...
28.72946+ 0.76011	1.43	3.13		0.253	9.7	7.5	124.9	...	...
28.75185+ 0.55920	12.38	13.75		0.160	6.4	5.8	13.3	...	...
28.77012– 0.42658	4.95	7.13		0.207	7.8	6.2	76.8	...	...
28.77028– 0.43329	1.31	2.93		0.190	12.4	6.1	12.8	...	...

28.78930– 0.33707	2.55	3.14		0.178	7.2	5.7	177.6	...	...
28.79552– 0.68775	1.60	5.17		0.185	12.1	9.0	71.4	...	...
28.79930– 0.69021	4.59	13.53		0.185	13.2	7.5	147.2	...	...
28.82010+ 0.02929	2.59	6.75		0.304	9.5	9.2	100.4	...	...
28.82084+ 0.02284	1.90	4.70		0.304	10.2	8.1	66.5	...	...

28.84548– 0.68304	2.03	3.07		0.186	8.2	6.2	110.0	...	...
28.85016+ 0.52685	1.38	1.69		0.136	7.4	5.5	151.3	...	...
28.85819+ 0.24369	9.44	10.37		0.341	6.5	5.7	20.2	...	...
28.86415– 0.68341	1.54	1.62		0.175	6.7	5.2	108.3	...	...
28.86488– 0.51683	1.40	6.30		0.204	13.6	11.1	78.1	...	...

28.87350– 0.53128	2.89	8.86		0.169	10.8	9.5	37.2	...	...
28.87993+ 0.51799	1.24	1.54		0.150	7.9	5.3	82.0	...	...
28.89165– 0.59105	2.21	2.33		0.152	6.0	5.9	9.6	...	...
28.89201+ 0.59158	1.27	1.73		0.150	6.8	6.7	90.3	...	...
28.89752+ 0.32068	1.19	1.27		0.231	6.0	6.0	14.1	...	...

28.92236– 0.65862	3.78	4.43		0.136	6.6	5.9	37.9	...	...
28.93273– 0.55479	8.16	9.43		0.121	6.6	5.9	20.7	...	...
28.94392– 0.61719	6.10	7.63		0.142	6.9	6.1	13.6	...	...
28.95190+ 0.25665	14.96	30.43		0.229	8.6	8.0	177.3	0.22	0.53
28.95625– 0.78542	2.41	5.27		0.216	9.6	7.6	86.9	...	...

28.96575+ 0.11600	2.51	3.19		0.173	6.9	6.1	40.9	...	...
28.98302– 0.49543	5.64	16.13		0.143	10.3	9.3	62.4	...	...
28.98409– 0.29459	16.81	17.24		0.159	6.2	5.6	43.5	...	...
28.99329– 0.13009	1.83	2.46		0.143	7.0	6.4	88.0	...	...
28.99480+ 0.77832	4.34	4.63		0.357	6.7	5.3	4.3	...	...

28.99600+ 0.22017	1.99	2.14		0.146	6.1	5.9	165.0	...	...
28.99820+ 0.18988	4.55	4.93		0.149	6.3	5.7	15.2	...	...
29.01165– 0.03473	1.12	1.57		0.180	7.2	6.5	67.1	...	...
29.02943– 0.24530	1.63	1.86		0.177	7.2	5.3	0.7	...	...
29.04435– 0.59869	47.47	59.81		0.140	7.2	5.8	19.7	...	...

29.04511– 0.31747	2.80	3.86		0.171	7.1	6.5	30.7	...	...
29.05856+ 0.05297	1.11	1.72		0.157	7.4	7.0	87.1	...	...
29.08077– 0.49723	3.56	7.65		0.133	11.4	6.3	10.7	...	...
29.08436+ 0.06451	1.22	1.32		0.134	6.6	5.4	83.2	...	...
29.08836– 0.17224	1.55	1.71		0.176	6.6	5.6	88.8	...	...

29.08948+ 0.51139	430.64	454.47		0.244	6.4	5.6	25.7	...	...
29.09352– 0.50599	1.20	1.10		0.128	5.7	5.4	169.5	...	...
29.09843+ 0.63350	1.79	2.95		0.214	7.9	7.0	167.1	...	...
29.09941+ 0.11393	3.34	3.77		0.192	6.4	5.9	5.8	...	...
29.10759– 0.15461	14.01	14.68		0.148	6.3	5.6	30.0	...	...

29.11686+ 0.08988	1.60	4.52		0.157	11.0	8.6	179.6	2.10	2.95
29.12583– 0.44562	5.03	7.20	E	0.138	7.3	6.6	173.0	...	...
29.12822– 0.44546	3.02	4.73	E	0.138	8.1	6.5	163.7	...	...
29.13082– 0.44559	11.39	14.73	E	0.138	6.8	6.3	31.0	...	...
29.14980– 0.70488	3.82	4.24		0.205	6.5	5.7	22.8	...	...

29.15936– 0.72184	12.26	14.04		0.233	6.8	5.7	32.2	...	...
29.16525– 0.01660	17.71	19.95		0.203	6.5	5.8	27.9	...	...
29.16539+ 0.60537	3.97	4.87		0.219	6.5	6.3	91.5	...	...
29.16901+ 0.22477	1.31	1.39		0.142	6.2	5.7	179.8	...	...
29.17692– 0.43025	1.17	1.95		0.161	9.8	5.7	176.8	...	...

29.17785+ 0.01233	4.37	5.34		0.169	6.6	6.2	34.8	...	...
29.18051+ 0.15897	1.54	2.22		0.175	7.5	6.5	13.9	...	...
29.19434– 0.28741	13.28	15.19		0.153	6.7	5.7	35.5	...	...
29.19784– 0.12691	4.75	5.16		0.140	6.3	5.7	22.4	...	...
29.19987– 0.53644	1.06	1.45		0.163	8.0	5.7	111.0	...	...

29.20184– 0.53527	2.26	2.94		0.163	6.8	6.4	75.5	...	...
29.20389+ 0.15093	1.89	2.43		0.180	6.9	6.2	174.1	...	...
29.21111– 0.06887	94.91	134.99		0.414	7.4	6.4	39.2	0.70	9.69
29.21319– 0.72501	1.30	1.08		0.192	5.9	4.7	90.6	...	...
29.22236– 0.26812	2.14	2.04		0.147	6.0	5.3	1.1	...	...

29.22769+ 0.51739	66.50	72.21		0.169	6.4	5.7	25.6	...	...
29.23103– 0.03657	4.80	6.38		0.502	7.2	6.2	18.8	...	...
29.23151– 0.63173	1.11	2.07		0.151	10.1	6.2	82.3	...	...
29.24293+ 0.25523	5.31	10.41		0.165	8.7	7.6	57.6	1.24	2.41
29.27816+ 0.40619	2.97	3.00		0.186	6.3	5.3	19.5	...	...

29.28895+ 0.70251	1.62	4.37		0.180	14.2	6.3	0.8	...	...
29.29201+ 0.69965	2.15	5.28		0.180	12.3	6.7	65.3	...	...
29.29208– 0.58401	8.50	16.11		0.175	9.7	6.6	75.1	...	...
29.29244– 0.58028	8.22	11.82		0.175	7.7	6.2	57.6	...	...
29.29512– 0.56582	5.05	6.38		0.180	6.7	6.3	29.2	...	...

29.29751– 0.73891	3.30	4.18		0.248	6.5	6.5	1.3	...	...
29.30446+ 0.13819	3.08	4.19		0.164	7.4	6.2	56.3	...	...
29.30512+ 0.58364	1.29	1.65		0.142	6.6	6.6	82.2	...	...
29.37084+ 0.74153	2.53	2.87		0.226	6.4	5.9	1.6	...	...
29.39180+ 0.68539	4.01	4.78		0.184	6.7	6.0	5.7	...	...

29.39847– 0.61799	12.44	16.41		0.170	6.9	6.4	18.1	...	...
29.43315+ 0.60866	2.66	2.88		0.157	6.4	5.7	91.2	...	...
29.43559– 0.19164	3.68	4.50		0.175	7.1	5.8	71.4	...	...
29.45461+ 0.49902	5.15	5.71		0.182	6.3	5.8	58.4	...	...
29.45676+ 0.49057	1.51	1.23		0.181	6.4	4.3	167.6	...	...

29.47272+ 0.77199	2.62	2.53		0.317	6.1	5.3	37.3	...	...
29.47524– 0.17824	2.74	5.76		0.188	8.8	8.0	82.0	2.31	5.07
29.49593– 0.30009	4.97	5.49		0.208	6.4	5.8	178.6	...	...
29.50203+ 0.43413	56.03	68.38		0.180	6.8	6.1	50.1	...	...
29.50245+ 0.43172	12.74	14.94		0.180	6.5	6.1	71.5	...	...

29.50875+ 0.30337	1.91	2.25		0.145	7.0	5.7	158.9	...	...
29.51161+ 0.31896	2.42	2.39		0.161	6.4	5.2	179.3	...	...
29.54065+ 0.11377	1.20	1.74		0.151	7.3	6.7	30.4	...	...
29.55727+ 0.45968	5.82	12.73		0.176	10.1	7.3	160.9	...	...
29.57812– 0.26834	1.27	1.98		0.169	8.1	6.5	127.6	0.32	1.43

29.58692– 0.65892	1.16	1.15		0.163	6.7	5.0	14.1	0.62	4.26
29.58924+ 0.57899	3.12	3.57		0.168	6.9	5.6	25.8	...	...
29.59716– 0.47315	1.87	2.11		0.196	7.1	5.3	173.4	...	...
29.60998+ 0.70697	1.25	3.22		0.208	9.9	8.7	28.7	...	...
29.61575+ 0.07563	2.49	3.43		0.171	7.1	6.5	179.7	...	...

29.63665– 0.33626	2.71	3.00		0.215	6.4	5.8	179.5	...	...
29.63845– 0.57078	4.96	5.59		0.162	6.6	5.7	18.3	...	...
29.64411+ 0.59454	6.69	6.67		0.146	6.1	5.5	14.0	...	...
29.66781– 0.41030	2.28	4.70		0.227	9.3	7.4	53.4	...	...
29.69451– 0.53234	1.59	1.72		0.198	7.2	5.0	4.6	...	...

29.71628– 0.31774	25.64	29.28		0.152	6.5	5.9	10.5	...	...
29.71892+ 0.23149	2.70	7.41		0.189	12.1	7.6	27.6	...	...
29.71895– 0.03137	9.97	11.89		0.169	7.0	5.7	26.9	1.00	< 1.22
29.72308+ 0.58393	8.33	11.88		0.144	7.5	6.4	25.1	...	...
29.72534+ 0.58414	6.37	8.32		0.144	6.9	6.4	5.7	...	...

29.74457– 0.60089	1.14	2.28		0.192	11.1	6.1	175.3	...	...
29.76995+ 0.21888	32.18	91.76		0.215	10.2	9.4	59.2	0.49	2.47
29.77590– 0.52692	1.41	1.39		0.173	5.9	5.6	91.6	...	...
29.78543– 0.21995	1.53	2.73		0.152	8.2	7.3	18.1	...	...
29.79793– 0.46436	2.09	2.11		0.179	6.9	4.9	27.3	...	...

29.80380+ 0.42650	4.38	6.16		0.183	7.1	6.7	127.3	...	...
29.81573+ 0.58876	4.02	8.95		0.150	10.3	7.3	168.7	...	...
29.83646+ 0.78634	1.95	1.65		0.272	6.4	4.4	152.2	...	...
29.84113+ 0.08131	5.36	7.32		0.164	7.5	6.1	31.0	...	...
29.84604+ 0.60342	1.20	1.66		0.158	6.8	6.8	172.9	...	...

29.85109– 0.39689	1.19	2.32		0.176	9.1	7.2	57.1	...	...
29.85575– 0.54927	2.40	5.73		0.144	11.9	6.7	120.8	...	...
29.86983+ 0.73058	1.35	2.68		0.258	9.0	7.4	37.2	...	...
29.88795– 0.78076	2.11	4.95		0.284	10.9	7.2	42.0	4.27	8.83
29.92194– 0.77087	1.34	1.55		0.219	6.5	5.9	15.5	...	...

29.94893– 0.59231	1.79	2.78		0.178	8.2	6.3	38.6	...	...
29.95386– 0.69670	5.08	6.07		0.175	6.8	5.9	4.9	...	...
29.95499+ 0.13085	2.43	5.58		0.149	9.7	7.9	33.3	...	...
29.95539+ 0.12811	1.82	3.68		0.149	10.0	6.8	173.6	...	...
29.95794+ 0.12765	4.08	5.84		0.149	7.5	6.4	22.3	...	...

29.96614+ 0.12247	3.82	4.94		0.149	6.9	6.2	2.9	...	...
29.97342– 0.56691	1.47	2.01		0.176	6.8	6.7	91.6	...	...
29.98239– 0.70841	2.20	2.60		0.195	6.5	6.1	92.2	...	...
29.99736+ 0.65457	1.60	3.23		0.211	8.9	7.6	169.6	...	...
29.99972+ 0.27149	1.21	1.30		0.171	6.9	5.3	136.9	...	...

30.02266+ 0.15713	9.04	11.73		0.171	7.0	6.2	24.5	...	...
30.02289+ 0.10730	11.57	41.21		0.168	11.2	10.7	18.0	...	...
30.02674+ 0.10957	3.28	99.53	E	0.168	51.6	19.7	90.2	2.47	5.81
30.02936– 0.33160	11.70	13.20		0.174	6.7	5.7	21.0	...	...
30.03320– 0.15300	19.74	29.86		0.167	7.4	6.8	7.8	...	...

30.04000– 0.16071	1.61	3.22		0.175	9.0	7.4	133.5	...	...
30.04227– 0.14296	3.45	4.88		0.164	7.4	6.4	46.6	12.55	13.81
30.04316+ 0.17074	10.41	15.59		0.156	7.7	6.5	65.8	...	...
30.04599+ 0.16197	16.80	38.00		0.163	9.2	8.2	85.2	...	...
30.05367+ 0.44120	4.12	4.82		0.211	6.8	5.8	18.4	...	...

30.05413– 0.07868	2.57	4.94		0.183	8.7	7.4	66.4	...	...
30.06904+ 0.65490	1.97	3.43		0.207	8.9	6.5	54.8	...	...
30.08220+ 0.71500	38.80	47.89		0.250	7.5	5.5	29.7	...	...
30.09136– 0.30697	5.64	7.55		0.196	6.8	6.6	176.9	...	...
30.10358+ 0.67147	5.27	5.91		0.182	6.9	5.5	43.9	...	...

30.10380+ 0.39834	7.91	9.44		0.186	6.3	6.3	1.8	...	...
30.13552+ 0.74678	1.43	1.92		0.240	9.2	4.9	28.9	...	...
30.13611+ 0.71268	3.99	3.83		0.210	5.8	5.6	170.4	...	...
30.13758+ 0.35119	6.60	8.81		0.190	7.3	6.1	6.7	...	...
30.14112– 0.75453	1.99	2.41		0.253	7.1	5.7	49.5	...	...

30.14336+ 0.26299	1.27	3.51		0.198	13.3	6.9	36.9	...	...
30.14993+ 0.12372	8.73	26.12		0.239	10.2	9.9	113.6	0.11	6.27
30.15739– 0.50832	6.54	21.60		0.156	13.7	8.1	19.8	...	...
30.16770+ 0.55634	23.82	44.23		0.210	9.0	6.9	56.5	...	...
30.16888+ 0.56066	1.83	1.81		0.210	5.8	5.7	91.7	...	...

30.17010+ 0.56699	10.34	42.95		0.210	19.8	7.1	88.2	...	...
30.18680+ 0.53277	15.39	16.37		0.145	6.3	5.7	20.1	...	...
30.20743– 0.76877	1.45	2.80		0.277	11.4	5.7	86.7	...	...
30.21174+ 0.42913	15.42	31.02		0.207	8.3	8.1	23.4	0.80	1.81
30.22506+ 0.54309	3.41	7.05		0.185	10.9	6.4	20.9	...	...

30.22580+ 0.54130	5.24	18.78		0.185	12.7	9.4	39.4	...	...
30.23358– 0.13828	512.73	678.52		0.339	7.4	6.0	14.9	1.00	8.12
30.23568– 0.57176	6.87	7.73		0.142	6.2	6.1	1.4	...	...
30.23679+ 0.56866	1.41	1.18		0.180	5.4	5.2	112.5	0.32	3.07
30.24156– 0.59205	1.69	1.91		0.124	6.4	5.8	105.7	...	...

30.25254– 0.44760	1.85	2.06		0.177	6.7	5.6	121.8	...	...
30.25266+ 0.05362	54.72	138.85		0.201	9.5	9.0	142.5	1.63	8.30
30.27779+ 0.48571	1.23	1.46		0.176	8.7	4.6	37.2	...	...
30.28354+ 0.51005	1.48	2.23		0.184	7.5	6.7	12.3	...	...
30.29599+ 0.05534	2.72	3.21		0.219	6.7	5.9	81.1	1.09	9.75

30.29945+ 0.47983	1.62	2.72		0.200	7.6	7.4	2.7	...	...
30.30580+ 0.54373	3.13	3.41		0.220	6.5	5.6	20.8	...	...
30.31314– 0.36721	5.74	7.72		0.187	7.0	6.5	166.1	...	...
30.31703+ 0.51121	1.30	4.96		0.189	15.8	8.1	48.1	...	...
30.31852+ 0.64949	7.37	24.25		0.217	11.9	9.3	164.2	...	...

30.32333+ 0.65090	5.94	15.97		0.217	11.9	7.6	10.8	...	...
30.32359+ 0.17799	7.53	8.45		0.178	6.5	5.8	26.5	...	...
30.33002+ 0.09039	13.27	16.43		0.243	6.7	6.2	26.3	...	...
30.33080+ 0.19112	11.94	12.74		0.196	6.4	5.6	33.9	...	...
30.34303+ 0.05033	2.14	3.16		0.222	8.2	6.0	43.4	...	...

30.34483– 0.18997	1.56	2.58		0.281	8.1	6.8	103.7	0.11	< 1.73
30.38246– 0.65499	5.25	5.77		0.137	6.4	5.8	178.3	...	...
30.39512– 0.62597	5.04	5.31		0.122	6.4	5.5	28.3	...	...
30.39520– 0.04669	8.04	38.98		0.279	17.2	9.5	73.3	...	...
30.43046+ 0.26913	9.03	9.70		0.177	6.5	5.5	25.1	...	...

30.43741– 0.20625	8.72	14.58		0.533	8.8	6.4	5.0	...	...
30.44442+ 0.49843	1.88	3.55		0.195	8.8	7.2	1.1	0.21	< 1.34
30.46464– 0.70606	4.33	4.98		0.178	6.4	6.0	5.5	...	...
30.47067+ 0.47389	5.34	6.02		0.202	6.5	5.8	36.1	...	...
30.48538+ 0.70857	6.17	12.76		0.242	11.1	6.2	157.0	...	...

30.49227– 0.58851	3.48	4.70		0.136	6.9	6.6	167.3	...	...
30.50183+ 0.59846	1.09	1.72		0.153	7.9	6.7	81.5	...	...
30.50337+ 0.05796	3.84	8.85		0.353	10.4	7.4	60.3	...	...
30.51488– 0.45213	3.01	6.08		0.388	10.6	6.4	10.8	...	...
30.52943+ 0.13147	14.92	26.49		0.258	8.2	7.2	57.4	...	...

30.53155+ 0.02012	70.90	208.13		0.710	10.7	9.2	138.3	4.83	52.33
30.53491+ 0.02126	204.14	553.56		0.710	10.4	8.7	53.7	4.83	52.33
30.53639– 0.44348	47.32	60.91		0.601	7.0	6.2	36.4	...	...
30.54258+ 0.02661	5.26	162.93	E	0.710	42.6	24.4	22.6	...	...
30.55333+ 0.21103	6.12	13.16		0.289	11.1	6.5	43.1	...	...

30.56270+ 0.19949	6.86	9.64		0.332	7.2	6.5	6.6	...	...
30.57427+ 0.20831	6.10	7.18		0.299	6.5	6.0	42.4	...	...
30.57755– 0.21234	12.58	17.68	E	0.322	7.8	6.0	41.1	...	...
30.58874– 0.04277	6.52	7.90		0.480	6.9	5.9	94.2	1.29	7.96
30.59004– 0.75140	46.07	94.91		0.303	11.2	6.1	9.1	...	...

30.59534– 0.75065	71.80	120.21		0.303	9.1	6.2	3.6	...	...
30.60394– 0.28559	4.67	4.83	E	0.317	5.9	5.9	46.4	...	...
30.62043+ 0.01518	7.03	13.20		0.492	8.5	7.4	53.1	...	...
30.63340– 0.21870	3.49	4.65		0.363	6.7	6.7	84.7	0.12	< 2.12
30.64108+ 0.69602	2.23	2.05		0.166	6.2	5.0	35.6	...	...

30.65619– 0.30194	3.04	6.50		0.288	9.4	7.7	20.9	...	...
30.66696– 0.33171	40.63	49.01		0.362	6.6	6.1	28.8	1.29	20.21
30.67122– 0.63532	1.92	5.47	E	0.192	11.9	8.1	78.7	...	...
30.67419– 0.63447	1.69	7.07	E	0.192	14.2	9.9	10.2	...	...
30.67497– 0.63710	1.07	7.33	E	0.192	22.6	10.1	40.2	...	...

30.67504– 0.36682	4.72	5.83		0.310	7.2	5.8	7.1	...	...
30.67839+ 0.76669	3.22	8.30		0.272	9.9	8.7	116.5	...	...
30.68552– 0.63063	28.32	31.70		0.218	6.8	5.5	23.7	...	...
30.69456– 0.36587	1.91	17.52		0.302	22.2	13.9	170.5	0.50	< 1.04
30.69667– 0.62751	11.16	92.19	E	0.206	22.5	12.3	170.9	...	...

30.69911– 0.62960	158.61	290.95	E	0.206	8.9	6.9	24.0	...	...
30.70710+ 0.61341	4.50	4.80		0.187	6.4	5.6	22.4	...	...
30.70805+ 0.22721	2.27	2.28		0.304	6.5	5.2	24.5	...	...
30.71961– 0.08268	264.73	464.58		2.276	8.1	7.2	21.7	0.57	15.91
30.75293+ 0.18233	3.42	3.75		0.239	6.7	5.5	13.8	...	...

30.75817+ 0.36745	7.32	12.96		0.327	9.2	6.4	148.5	...	...
30.75842+ 0.20477	22.18	45.50		0.328	8.8	7.8	23.3	2.41	7.66
30.75954– 0.63255	1.24	1.73		0.155	8.4	5.6	37.8	...	...
30.76495+ 0.43234	4.55	4.16		0.329	5.9	5.2	12.8	...	...
30.77373+ 0.44604	2.72	3.14		0.291	6.9	5.6	158.9	...	...

30.79688– 0.67953	19.95	21.84		0.170	6.4	5.7	29.3	...	...
30.82323– 0.53534	3.09	3.74		0.178	6.9	5.9	26.4	0.27	< 1.04
30.82757– 0.12348	16.43	21.34		1.070	7.1	6.2	31.8	0.53	< 1.22
30.85607+ 0.38271	41.03	46.07		0.287	6.4	5.8	20.4	...	...
30.86610+ 0.11432	89.82	137.17		0.596	8.4	6.1	38.7	3.89	53.25

30.87716+ 0.59099	7.15	8.88		0.146	6.7	6.2	18.3	...	...
30.88238+ 0.07341	19.13	74.62		0.684	11.9	10.9	31.6	0.76	10.80
30.88563+ 0.58586	1.19	3.04		0.146	11.9	7.2	35.0	...	...
30.88689+ 0.75400	3.67	4.17		0.280	7.0	5.4	20.4	...	...
30.92498– 0.00314	14.50	21.12		0.374	7.3	6.6	31.5	...	...

30.92548+ 0.00253	7.57	10.37		0.374	7.2	6.4	92.5	...	...
30.92772– 0.40361	2.20	2.04		0.292	6.3	4.9	27.2	...	...
30.95628– 0.23108	14.82	16.60		0.312	6.6	5.7	30.3	...	...
30.95768– 0.33047	35.64	87.03		0.469	12.7	6.4	32.5	...	...
30.95781+ 0.22121	4.55	7.43		0.320	8.1	6.7	11.0	...	...

30.95785+ 0.08692	33.34	42.15		0.448	6.9	6.1	27.8	1.79	11.86
30.95794– 0.44580	8.22	9.25		0.217	6.6	5.7	23.9	...	...
30.95945– 0.35963	7.42	8.35		0.272	6.4	5.8	52.3	...	...
30.96295+ 0.08297	9.38	12.69		0.469	7.3	6.2	17.7	...	...
30.96752– 0.63564	2.25	2.74		0.187	7.4	5.5	32.1	...	...

30.97157– 0.31735	2.94	2.87		0.391	6.0	5.5	39.3	...	...
30.99573– 0.29946	99.63	248.84		0.303	14.1	5.9	20.1	...	...
31.00253– 0.63291	2.85	4.25		0.221	7.7	6.5	148.1	...	...
31.01676+ 0.19270	12.73	16.84		0.314	7.0	6.3	58.9	...	...
31.01968– 0.72209	1.49	1.30		0.249	5.7	5.1	16.7	...	...

31.04073– 0.78177	3.21	5.14		0.352	8.5	6.3	7.2	...	...
31.04263+ 0.08161	6.56	26.89		1.216	16.1	8.5	78.5	...	...
31.04741+ 0.35584	3.80	5.97		0.207	8.0	6.6	173.7	3.58	5.24
31.04954+ 0.46988	10.40	10.72		0.693	6.3	5.4	31.2	0.38	4.03
31.05073+ 0.62420	49.05	52.46		0.154	6.3	5.7	24.1	...	...

31.05258– 0.18456	21.41	33.27		0.203	8.4	6.2	158.2	...	...
31.05507– 0.18617	49.71	57.34		0.203	6.6	5.9	21.1	...	...
31.05955+ 0.09210	11.05	16.32		1.371	7.6	6.5	6.1	0.67	3.89
31.06192+ 0.28749	1.83	2.11		0.246	7.0	5.5	176.8	...	...
31.06742– 0.42070	6.56	9.70		0.242	7.9	6.2	14.1	...	...

31.06938– 0.42045	4.78	5.76		0.242	6.5	6.2	92.8	...	...
31.06996+ 0.05024	76.28	337.02		0.441	12.4	11.9	12.7	3.37	16.95
31.07466– 0.68152	6.94	6.85		0.227	6.2	5.3	36.9	...	...
31.08203– 0.07171	75.10	100.82		0.326	6.9	6.5	170.6	...	...
31.08289+ 0.53794	37.18	41.03		0.128	6.3	5.8	24.2	...	...

31.10209– 0.64249	1.41	2.19		0.205	7.7	6.8	172.6	...	...
31.10288– 0.02862	2.81	3.21		0.253	6.4	6.0	65.2	...	...
31.12197+ 0.06321	3.96	5.61		0.484	7.1	6.7	17.8	0.36	< 1.22
31.12217+ 0.76185	1.81	2.15		0.267	7.2	5.5	4.3	...	...
31.12403– 0.57601	3.01	3.40		0.212	6.5	5.8	173.8	...	...

31.14039+ 0.19553	5.66	7.17		0.186	6.8	6.2	148.2	...	...
31.14816+ 0.77420	1.73	2.88		0.290	7.6	7.3	176.1	...	...
31.14944– 0.17257	3.07	2.79		0.250	5.9	5.2	74.2	...	...
31.15056– 0.18921	25.95	28.35		0.268	6.1	6.0	65.4	...	...
31.15507+ 0.73226	1.83	2.17		0.245	8.2	4.8	131.7	...	...

31.15800+ 0.54977	183.77	209.16		0.189	6.5	5.9	34.2	...	...
31.15954+ 0.04499	15.01	20.66		0.320	6.9	6.6	102.1	0.53	6.16
31.16284+ 0.71471	6.19	6.57		0.213	6.2	5.8	2.7	...	...
31.17021+ 0.75638	1.44	1.48		0.271	7.0	4.9	179.2	...	...
31.17506+ 0.06594	1.97	2.85		0.277	7.3	6.7	139.2	...	...

31.18752– 0.06464	13.76	20.50		0.397	7.4	6.7	24.0	...	...
31.18848– 0.06724	3.02	5.49		0.397	8.8	6.9	82.0	...	...
31.21691– 0.30254	1.90	2.15		0.279	7.1	5.4	63.8	...	...
31.22479– 0.37941	3.87	3.90		0.305	5.8	5.8	90.0	...	...
31.24238– 0.10977	161.84	580.14		0.450	12.7	9.4	151.9	2.01	21.29

31.24458– 0.11327	40.43	42.93		0.450	6.8	5.2	26.6	2.01	21.29
31.24781– 0.27474	1.86	2.61		0.266	7.7	6.1	91.0	...	...
31.25212– 0.74679	2.85	4.14		0.264	8.5	5.7	66.4	...	...
31.27001+ 0.06416	4.03	4.56		0.192	6.4	5.9	170.9	...	...
31.27929+ 0.06335	89.21	350.88		0.270	11.6	11.3	172.1	2.49	30.35

31.29040+ 0.15255	1.59	2.39		0.150	7.6	6.7	140.3	...	...
31.29972– 0.49308	16.20	76.74		0.298	13.5	11.8	78.0	...	...
31.30459+ 0.18546	2.17	2.38		0.158	6.1	6.0	177.7	...	...
31.30891– 0.61228	41.73	44.77		0.231	6.4	5.6	26.1	...	...
31.33930+ 0.03929	14.52	16.09		0.321	6.3	5.8	34.3	...	...

31.36894– 0.37109	2.60	2.87		0.339	7.2	5.1	86.4	...	...
31.37231– 0.75131	21.17	23.28		0.285	6.4	5.8	36.3	0.15	3.38
31.38799– 0.38362	1135.94	1767.99		0.344	8.6	6.0	62.6	...	...
31.39695+ 0.73203	12.90	48.20		0.249	12.4	10.1	124.9	...	...
31.39939+ 0.73770	19.30	56.62		0.249	11.1	8.9	35.0	...	...

31.41210+ 0.30734	237.29	917.41		0.321	11.9	10.9	167.8	1.59	16.78
31.42150– 0.13811	1.37	12.51	E	0.243	26.5	11.6	143.7	...	...
31.42689– 0.13942	3.65	17.50		0.243	13.8	11.6	67.3	1.12	2.18
31.43865+ 0.60512	8.59	9.71		0.189	6.8	5.5	14.4	...	...
31.44007+ 0.50925	40.63	44.16		0.183	6.4	5.7	28.1	...	...

31.46449+ 0.36748	3.95	4.91		0.240	7.1	5.9	27.3	...	...
31.47019– 0.58763	6.04	6.84		0.242	6.6	5.7	35.9	...	...
31.47775+ 0.36930	4.51	5.40		0.238	6.7	6.0	43.4	...	...
31.48159– 0.40760	8.29	11.83		0.367	7.4	6.4	14.1	...	...
31.48344– 0.21790	5.02	5.48		0.181	6.5	5.7	45.9	...	...

31.48977– 0.61901	1.32	5.05		0.226	15.8	8.1	121.9	...	...
31.49857– 0.41250	6.01	7.71		0.341	6.7	6.4	114.3	...	...
31.51184+ 0.71091	2.89	3.66		0.255	6.6	6.5	176.1	...	...
31.51244+ 0.48816	1.74	1.90		0.162	7.2	5.1	4.8	...	...
31.52352+ 0.08814	4.75	5.77		0.203	6.7	6.1	168.2	...	...

31.56055+ 0.37622	11.71	17.08		0.215	7.3	6.7	26.7	0.62	2.11
31.56802– 0.12247	1.23	1.63		0.227	8.1	5.5	82.0	...	...
31.56940+ 0.68711	5.57	5.82		0.231	6.3	5.6	36.7	...	...
31.56982– 0.12593	1.73	2.88		0.227	7.8	7.2	161.4	...	...
31.57111+ 0.63668	64.33	69.06		0.200	6.4	5.7	26.5	...	...

31.58023– 0.34628	4.05	14.24		0.271	15.0	7.8	22.5	...	...
31.58136+ 0.07457	15.65	20.30		0.244	7.0	6.2	24.0	0.46	6.55
31.58534– 0.06367	3.67	3.87		0.199	6.2	5.7	6.9	...	...
31.59484– 0.66807	1.28	2.15		0.191	7.9	7.1	171.2	...	...
31.61378– 0.03904	5.98	7.46		0.174	7.0	5.9	36.5	...	...

31.62036+ 0.63282	1.23	3.32		0.218	10.2	8.9	43.8	...	...
31.62183+ 0.67341	2.01	2.19		0.235	7.0	5.2	21.1	...	...
31.62424– 0.14281	4.20	11.16		0.181	12.5	7.1	49.1	...	...
31.62554+ 0.70496	2.46	3.29		0.246	7.4	6.0	99.9	...	...
31.62728+ 0.62896	1.21	2.68		0.218	12.6	5.9	150.8	0.17	< 1.26

31.63618+ 0.21782	4.05	4.92		0.172	6.7	6.1	8.7	...	...
31.63648– 0.71726	2.38	2.04		0.197	5.7	5.0	35.4	...	...
31.68390+ 0.67851	6.66	7.32		0.247	6.4	5.8	2.7	...	...
31.69031+ 0.61536	1.39	2.61		0.191	10.1	6.2	137.5	...	...
31.69493+ 0.61178	3.15	6.67		0.191	10.1	7.0	137.1	...	...

31.69517– 0.53419	2.46	2.17		0.171	6.0	4.9	45.9	...	...
31.70420+ 0.27448	2.11	3.09		0.171	7.8	6.3	62.9	...	...
31.70706+ 0.55016	3.63	4.23		0.195	6.3	6.2	172.3	...	...
31.73657– 0.72110	1.39	5.97		0.193	16.8	8.5	11.7	...	...
31.73883+ 0.25629	28.57	45.37		0.170	8.6	6.2	154.0	...	...

31.75441– 0.71966	3.31	10.96		0.198	11.4	9.7	108.7	...	...
31.77250– 0.44027	2.04	2.41		0.187	7.0	5.6	156.5	...	...
31.77412+ 0.65523	2.72	3.22		0.168	6.7	6.0	31.3	...	...
31.77505+ 0.42170	1.85	2.69		0.207	7.0	6.9	21.3	...	...
31.78241+ 0.13894	5.64	6.95		0.165	7.0	5.9	31.6	...	...

31.79175+ 0.53689	1.91	1.99		0.153	6.9	5.1	157.0	...	...
31.80560– 0.40344	2.23	2.98		0.186	7.8	5.7	9.9	...	...
31.83279+ 0.73385	1.36	2.86		0.209	9.1	7.7	48.7	...	...
31.84369+ 0.58590	1.96	2.27		0.141	6.2	6.2	94.4	...	...
31.84627+ 0.40842	4.48	5.04		0.186	6.5	5.8	3.2	...	...

31.89724+ 0.31680	30.49	37.18		0.226	6.6	6.2	64.7	...	...
31.90943+ 0.19527	7.52	8.67		0.240	6.7	5.8	22.9	...	...
31.91465+ 0.19746	1.24	2.41		0.223	8.6	7.6	48.5	8.72	9.12
31.91717– 0.28929	8.42	10.29		0.178	7.2	5.7	10.3	...	...
31.93124+ 0.69093	1.51	1.63		0.177	6.1	6.0	3.7	...	...

31.94406– 0.51320	3.61	3.90		0.166	6.7	5.4	18.8	...	...
31.94715+ 0.47587	17.17	22.03		0.178	6.9	6.2	146.8	...	...
31.94839+ 0.77177	3.05	4.67		0.247	7.8	6.6	2.7	...	...
31.95422+ 0.30565	3.17	6.00		0.210	9.9	6.4	148.5	...	...
31.95687+ 0.43331	5.42	7.59		0.175	7.6	6.2	58.7	...	...

31.95818+ 0.43529	4.99	7.44		0.175	7.7	6.5	44.3	...	...
31.96371– 0.62136	1.54	1.59		0.177	6.0	5.8	174.1	...	...
31.96912– 0.03614	1.11	1.98		0.196	9.2	6.4	60.4	...	...
31.97647– 0.11662	3.40	4.21		0.161	7.2	5.7	8.9	...	...
31.99429+ 0.51573	5.76	6.56		0.163	6.6	5.8	42.3	...	...

31.99896– 0.07286	1.80	7.56		0.226	15.5	9.1	4.1	...	...
32.00289+ 0.56016	5.16	10.42		0.162	11.1	6.1	98.5	...	...
32.00295– 0.07167	2.29	4.61		0.226	9.7	6.9	13.2	...	...
32.01384– 0.65319	4.24	7.28		0.164	8.0	7.2	155.4	...	...

MAGPIS: Galactic Discrete 20cm Source Catalog