The 1 column in color are computed by VizieR, and are not part of the original data.

J/AcA/60/91/smc_cep2 Post annotation

VI light curves of SMC type II Cepheids (Soszynski+, 2010) ReadMe+ftp Type II Cepheids in the SMC (tables 1 and 2 of paper) (43 rows)

Full	LC	n_	Star	<Imag> mag	<Vmag> mag	Per d	e_ d	Iamp mag	R21	R31	Field	OGLE	Type	RAJ2000 "h:m:s"	DEJ2000 "d:m:s"	VName	HV
1	LC		01	14.768	15.303	11.8690178	0.0003296	0.191	0.108	0.018	SMC133.6	32	pWVir	00 30 02.36	-73 49 07.0
2	LC		02	18.206	18.781	1.3721870	0.0000030	0.514	0.243	0.074	SMC131.1	737	BLHer	00 34 53.51	-72 58 45.9
3	LC		03	17.572	18.373	4.3598789	0.0000114	0.407	0.253	0.104	SMC133.4	9322	WVir	00 37 08.35	-73 43 04.9
4	LC		04	17.093	17.862	6.5333997	0.0001285	0.077	0.102	0.080	SMC125.6	89	WVir	00 38 20.36	-73 17 16.4
5	LC		05	16.990	17.867	8.2058890	0.0001764	0.140	0.148	0.036	SMC128.2	185	WVir	00 42 03.81	-74 01 24.6
6	LC		06	18.536	19.140	1.2356136	0.0000013	0.523	0.273	0.150	SMC128.4	2107	BLHer	00 42 16.01	-73 39 13.5
7	LC	R	07	13.572	14.440	30.9606438	0.0004026	0.415	0.121	0.020	SMC125.4	2	RVTau	00 42 57.49	-73 07 14.8	V0257	HV1369
8	LC		08	18.025	18.757	1.4897859	0.0000038	0.206	0.232	0.050	SMC125.2	35239	BLHer	00 44 00.77	-73 22 54.4
9	LC		09	17.700	18.480	2.9710719	0.0000057	0.356	0.210	0.123	SMC126.1	1382	BLHer	00 44 12.37	-72 59 28.5
10	LC	R	10	14.272	14.820	17.4807419	0.0005562	0.054	0.065	0.000	SMC125.2	13188	pWVir	00 44 54.66	-73 28 03.3
11	LC		11	14.571	14.954	9.9253977	0.0000552	0.197	0.274	0.153	SMC125.1	37280	pWVir	00 45 19.56	-73 30 03.4
12	LC		12	15.415	16.369	29.2189113	0.0039443	0.103	0.077	0.022	SMC125.2	50773	RVTau	00 45 19.69	-73 20 13.7
13	LC		13	16.444	17.408	13.8099916	0.0001602	0.489	0.116	0.079	SMC126.1	19084	WVir	00 45 41.37	-72 58 35.0
14	LC		14	16.501	17.516	13.8783799	0.0003583	0.456	0.099	0.073	SMC100.8	45191	WVir	00 48 02.83	-73 21 17.7
15	LC		15	16.895	17.196	2.5695964	0.0000054	0.172	0.187	0.080	SMC100.7	58875	BLHer	00 49 36.92	-73 10 01.4
16	LC		16	18.013	18.723	2.1131980	0.0000020	0.461	0.167	0.076	SMC101.1	32853	BLHer	00 50 12.58	-72 43 12.4
17	LC		17	18.126	18.739	1.2993097	0.0000099	0.320	0.347	0.074	SMC102.4	258	BLHer	00 50 42.03	-71 39 18.4
18	LC	R	18	14.813	15.627	39.5193655	0.0057005	0.667	0.169	0.073	SMC103.3	16	RVTau	00 51 07.23	-73 41 33.4
19	LC	R	19	14.481	15.064	40.9118097	0.0059419	0.136	0.110	0.048	SMC103.3	33136	RVTau	00 53 27.69	-73 38 09.5
20	LC	R	20	14.894	15.890	50.6231456	0.0069705	0.750	0.120	0.032	SMC101.2	48106	RVTau	00 53 35.98	-72 34 21.8	V1017	HV1586
21	LC		21	18.233	18.999	2.3131264	0.0000203	0.097	0.099	0.000	SMC105.7	27734	BLHer	00 53 49.69	-72 47 37.4
22	LC		22	18.731	19.480	1.4705261	0.0000067	0.410	0.218	0.112	SMC107.6	1433	BLHer	00 54 46.72	-73 48 32.6
23	LC	R	23	15.264	15.990	17.6752925	0.0005561	0.121	0.095	0.000	SMC106.5	8159	pWVir	00 55 01.63	-73 09 47.2
24	LC		24	14.511	15.308	43.9607975	0.0179727	0.154	0.062	0.127	SMC106.7	31830	RVTau	00 55 20.55	-73 21 37.9	V1193	HV1647
25	LC	R	25	15.766	16.458	14.1708916	0.0001848	0.481	0.235	0.065	SMC106.6	34299	pWVir	00 55 58.57	-73 12 29.7
26	LC		26	17.794	18.393	1.7048368	0.0000117	0.133	0.119	0.000	SMC108.7	50479	BLHer	00 57 24.86	-72 13 17.8
27	LC		27	18.446	19.113	1.5417249	0.0000080	0.291	0.000	0.160	SMC106.8	38983	BLHer	00 57 28.64	-73 31 26.9
28	LC	R	28	15.031	15.907	15.2643255	0.0003658	0.194	0.116	0.016	SMC106.8	38374	pWVir	00 57 31.84	-73 32 11.3
29	LC	R	29	13.648	14.556	33.6764628	0.0004650	0.492	0.168	0.072	SMC108.2	3	RVTau	00 57 38.09	-72 18 12.2	V1372	HV12140
30	LC		30	16.836	17.318	3.3889388	0.0000064	0.245	0.174	0.105	SMC106.5	51449	BLHer	00 57 40.76	-73 03 04.9
31	LC		31	16.929	17.794	7.8953026	0.0004850	0.039	0.000	0.000	SMC109.4	174	WVir	00 58 54.15	-71 22 56.8
32	LC		32	16.161	16.873	14.2468347	0.0005521	0.604	0.250	0.064	SMC106.1	13852	WVir	00 58 58.73	-73 33 45.8
33	LC		33	17.510	18.112	1.8776865	0.0000014	0.508	0.461	0.214	SMC105.4	24131	BLHer	00 59 03.09	-72 28 32.2
34	LC		34	15.737	16.672	20.1206110	0.0003603	0.792	0.085	0.040	SMC108.2	46300	WVir	01 00 06.44	-72 13 51.7
35	LC		35	15.894	16.735	17.1814841	0.0001830	0.909	0.173	0.071	SMC107.3	8878	WVir	01 00 35.01	-73 46 57.9	V1577	HV1828
36	LC		36	17.892	18.454	1.0916592	0.0000017	0.358	0.256	0.065	SMC111.5	288	BLHer	01 02 40.96	-73 10 02.6
37	LC		37	17.986	18.593	1.5590709	0.0000030	0.496	0.258	0.088	SMC112.8	567	BLHer	01 03 46.50	-74 07 28.8
38	LC		38	16.189	16.664	4.4440180	0.0000152	0.237	0.169	0.113	SMC111.8	5979	pWVir	01 04 29.00	-73 33 53.6
39	LC		39	17.798	18.541	1.8875529	0.0000079	0.128	0.101	0.000	SMC111.4	165	BLHer	01 06 40.91	-73 07 05.0
40	LC		40	16.036	16.976	16.1110373	0.0002492	0.873	0.050	0.053	SMC119.8	119	WVir	01 08 46.85	-71 51 09.4
41	LC		41	15.353	16.068	29.1184308	0.0069526	0.152	0.068	0.105	SMC116.6	11058	RVTau	01 13 19.05	-73 18 07.8
42	LC		42	18.246	18.860	1.4874289	0.0000032	0.562	0.260	0.101	SMC123.3	2298	BLHer	01 23 26.69	-72 00 24.3
43	LC	R	43	15.398	16.342	23.7429305	0.0010767	0.890	0.111	0.030	SMC123.2	2021	RVTau	01 23 53.06	-72 16 45.9

J/AcA/60/91/remarks Post annotation

VI light curves of SMC type II Cepheids (Soszynski+, 2010) ReadMe+ftp Remarks (10 rows)

Full	Star	Rem
1	07	additional ellipsoidal variations (P=392.93d)
2	10	additional ellipsoidal-like variations (P=198.18d) + secondary period (15.7658d)
3	18	alternations of minima
4	19	modulation of amplitude
5	20	alternations of minima
6	23	additional eclipsing variations (P=156.884d)
7	25	additional ellipsoidal variations (P=174.87d)
8	28	additional eclipsing variations (P=141.835d)
9	29	additional eclipsing variations (P=608.6d)
10	43	alternations of minima