NGC3680NO26 (nirps_he_online_udem)

This page was last modified: 2025-01-15 07:08:29.991162 (UTC)

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Contents

• Target info

• Spectrum

• LBL

• CCF

• Time series

• Debug

Target info

This section gives some details of the APERO astrometric database used when processing this target (e.g. for BERV calculation). Any observation with a object name in the alias list will be associated with this “APERO target” i.e. DRSOBJN=NGC3680NO26

Target Information
RA	171.408558 [deg] (Gaia DR2)
Dec	-43.26843587 [deg] (Gaia DR2)
Finder chart	[FINDER CHART]
Teff	5100.0 [K] (2012MNRAS.422.3527M)
Spectral Type	None (None)
Proper Motion (RA)	-7.375379967 [mas/yr] (Gaia DR2)
Proper Motion (Dec)	0.4950989389 [mas/yr] (Gaia DR2)
Parallax	0.8932502703 [mas/yr] (Gaia DR2)
Radial Velocity	0.32 [mas/yr] (1996A&AS..118..407N)
Aliases	CD-42 6977, Cl* NGC 3680 MMU 26, Cl* NGC 3680 EGG 26, Cl* NGC 3680 KGP 1374, Cl* NGC 3680 NAA 26, Cl* NGC 3680 AHTC 3017, Cl* NGC 3680 ATTS 3037, GEN# +2.36800026, GSC 07751-00574, 2MASS J11253807-4316064, NGC 3680 26, TIC 162815551, TYC 7751-574-1, Gaia DR2 5382178657135395456, Gaia DR3 5382178657135395456, Gaia DR1 5382178652838987520, CDM42_6977, CD-426977, Cl*NGC3680MMU26, Cl*NGC3680EGG26, Cl*NGC3680KGP1374, Cl*NGC3680NAA26, Cl*NGC3680AHTC3017, Cl*NGC3680ATTS3037, GEN#+2.36800026, GSC07751-00574, 2MASSJ11253807-4316064, NGC368026, TIC162815551, TYC7751-574-1, GaiaDR25382178657135395456, GaiaDR35382178657135395456, GaiaDR15382178652838987520, CDM426977
OBJECT name(s) in headers	NGC3680No26

Spectrum

This section presents the observation after extraction,with and without telluric correction.

Spectrum Information
DPRTYPES	OBJ_SKY
Total number raw files	13
First raw files	2023-04-10 05:25:35.108
Last raw files	2025-01-02 08:06:51.961
Total number PP files	13
Number PP files passed QC	13
Number PP files failed QC	0
First pp file [Mid exposure]	2023-04-10 05:25:35.108
Last pp file [Mid exposure]	2025-01-02 08:06:51.961
Last processed [pp]	2025-01-14 15:14:23.986
Version [pp]	0.7.292
Total number ext files	13
Number ext files passed QC	13
Number ext files failed QC	0
First ext file [Mid exposure]	2023-04-10 05:25:35.108
Last ext file [Mid exposure]	2025-01-02 08:06:51.961
Last processed [ext]	2025-01-14 19:49:37.403
Version [ext]	0.7.292
Total number tcorr files	13
Number tcorr files passed QC	12
Number tcorr files failed QC	1
First tcorr file [Mid exposure]	2023-04-10 05:25:35.108
Last tcorr file [Mid exposure]	2025-01-02 08:06:51.961
Last processed [tcorr]	2025-01-15 00:08:19.717
Version [tcorr]	0.7.292
Median SNR Y	70.19 \(\pm\) 9.81
Median SNR H	104.98 \(\pm\) 12.18

Request
Extracted 2D spectra
Extracted 1D spectra
Telluric corrected 2D spectra
Telluric corrected 1D spectra
2D Template (after telluric correction)
1D Template (after telluric correction)
Packaged extraction files (e.fits)
Packaged telluric corrected files (t.fits)
Packaged s1d extract+tcorr (s.fits)
Packaged velocity files (v.fits)
Packaged polarimetry files (p.fits)

Spectrum Downloads	File URL	Uploaded
Extracted 2D spectra	ext2d_NGC3680NO26_nirps_he_online_udem_file_list.txt	2025-01-15 07:08:45.366
Extracted 1D spectra	ext1d_NGC3680NO26_nirps_he_online_udem_file_list.txt	2025-01-15 07:08:45.389
Telluric corrected 2D spectra	tcorr2d_NGC3680NO26_nirps_he_online_udem_file_list.txt	2025-01-15 07:08:45.390
Telluric corrected 1D spectra	tcorr1d_NGC3680NO26_nirps_he_online_udem_file_list.txt	2025-01-15 07:08:45.391
Extracted 2D header file	ext2d_header_NGC3680NO26_nirps_he_online_udem_file.csv	2025-01-15 07:08:45.342

LBL (NGC3680NO26_NGC3680NO26)

This section presents the LBL results for NGC3680NO26_NGC3680NO26. The first object is the target we measure RVs for the second is the “friend” or “template” that was used to calculate those RVs.

LBL stats
RV Uncertainty lbl.rdb (25, 50, 75 percentile)	2.39, 2.49, 2.83 m/s
RV Absolute Deviation lbl.rdb (25, 50, 75 percentile)	15.89, 34.66, 54.54 m/s
Number of lbl.rdb Measurements	12
Number of lbl.rdb Spurious Low Points	0
Number of lbl.rdb Spurious High Points	0
Number of Nights	12
Number of Reset RV Points	0
Systemic Velocity	342.47 m/s
Velocity Domain considered valid	181.82 to 504.25 m/s
LBL Version	0.65.002

Request
LBL fits files
lbl_rdb files
lbl2_rdb files
lbl_drift files
lbl2_drift files
lbl_fits files

LBL Downloads	File URL	Uploaded
RDB file	lbl_NGC3680NO26_NGC3680NO26.rdb	2025-01-15 05:48:47.779
RDB2 file	lbl2_NGC3680NO26_NGC3680NO26.rdb	2025-01-15 05:48:48.905
Drift file	lbl_NGC3680NO26_NGC3680NO26_drift.rdb	2025-01-15 05:48:48.974
Drift2 file	lbl2_NGC3680NO26_NGC3680NO26_drift.rdb	2025-01-15 05:48:49.086

LBL (NGC3680NO26_HD85512)

This section presents the LBL results for NGC3680NO26_HD85512. The first object is the target we measure RVs for the second is the “friend” or “template” that was used to calculate those RVs.

LBL stats
RV Uncertainty lbl.rdb (25, 50, 75 percentile)	10.91, 11.15, 11.65 m/s
RV Absolute Deviation lbl.rdb (25, 50, 75 percentile)	15.14, 40.73, 50.20 m/s
Number of lbl.rdb Measurements	12
Number of lbl.rdb Spurious Low Points	0
Number of lbl.rdb Spurious High Points	0
Number of Nights	12
Number of Reset RV Points	0
Systemic Velocity	358.87 m/s
Velocity Domain considered valid	196.42 to 512.15 m/s
LBL Version	0.65.002

Request
LBL fits files
lbl_rdb files
lbl2_rdb files
lbl_drift files
lbl2_drift files
lbl_fits files

LBL Downloads	File URL	Uploaded
RDB file	lbl_NGC3680NO26_HD85512.rdb	2025-01-15 05:49:12.937
RDB2 file	lbl2_NGC3680NO26_HD85512.rdb	2025-01-15 05:49:13.782
Drift file	lbl_NGC3680NO26_HD85512_drift.rdb	2025-01-15 05:49:13.877
Drift2 file	lbl2_NGC3680NO26_HD85512_drift.rdb	2025-01-15 05:49:13.998

CCF

This section presents the APERO CCF results for this object.

CCF stats
Mask used	GJ9425_neg.fits
CCF systemic velocity	596525.91 \(\pm\) 3361.24 m/s
CCF FWHM	4480.66 \(\pm\) 1184.97 m/s
Number of CCF files Total	12
Number of CCF passed QC	12
Number CCF files failed QC	0
First ccf file [Mid exposure]	2023-04-10 05:25:35.108
Last ccf file [Mid exposure]	2025-01-02 08:06:51.961
Last processed [ccf]	2025-01-15 01:07:24.410
Version [ccf]	0.7.292

Request
CCF files

CCF Downloads	File URL	Uploaded
CCF Table	ccf_NGC3680NO26_nirps_he_online_udem_file_list.txt	2025-01-15 07:08:53.154

Time series

This section deals with providing the time series information for this object

Obs Dir	First obs mid	Last obs mid	Number of ext	Number of tcorr	Seeing	Airmass	Mean Exptime	Total Exptime	SNR[Order 15 (#134 1.08um)]	SNR[Order 60 (#89 1.63um)]	DPRTYPEs	ext_files	tcorr_files	Request ext files	Request tcorr files
2023-04-09	2023-04-10 05:25:35.108	2023-04-10 05:25:35.108	1	1	1.320	1.170	897.301	897.301	80.065	116.831	OBJ_SKY	1 [download]	1 [download]	Extracted 2D files	Telluric corrected 2D files
2023-05-02	2023-05-03 02:08:46.385	2023-05-03 02:08:46.385	1	1	1.070	1.039	897.301	897.301	70.078	104.985	OBJ_SKY	1 [download]	1 [download]	Extracted 2D files	Telluric corrected 2D files
2023-06-08	2023-06-09 01:04:20.006	2023-06-09 01:04:20.006	1	1	0.770	1.122	897.301	897.301	73.826	110.829	OBJ_SKY	1 [download]	1 [download]	Extracted 2D files	Telluric corrected 2D files
2023-06-26	2023-06-27 00:37:37.942	2023-06-27 00:37:37.942	1	1	1.920	1.215	897.301	897.301	64.868	99.854	OBJ_SKY	1 [download]	1 [download]	Extracted 2D files	Telluric corrected 2D files
2023-12-06	2023-12-07 07:57:30.434	2023-12-07 07:57:30.434	1	1	1.260	1.332	897.301	897.301	70.217	103.935	OBJ_SKY	1 [download]	1 [download]	Extracted 2D files	Telluric corrected 2D files
2024-01-27	2024-01-28 07:39:48.684	2024-01-28 07:39:48.684	1	0	1.260	1.032	897.301	897.301	80.527	116.328	OBJ_SKY	1 [download]	0 [download]	Extracted 2D files	Telluric corrected 2D files
2024-02-17	2024-02-18 03:51:48.593	2024-02-18 03:51:48.593	1	1	1.260	1.205	897.301	897.301	76.544	112.130	OBJ_SKY	1 [download]	1 [download]	Extracted 2D files	Telluric corrected 2D files
2024-03-21	2024-03-22 05:53:22.033	2024-03-22 05:53:22.033	1	1	1.260	1.094	897.301	897.301	76.177	113.317	OBJ_SKY	1 [download]	1 [download]	Extracted 2D files	Telluric corrected 2D files
2024-04-04	2024-04-05 05:03:56.594	2024-04-05 05:03:56.594	1	1	1.260	1.102	897.301	897.301	46.268	76.476	OBJ_SKY	1 [download]	1 [download]	Extracted 2D files	Telluric corrected 2D files
2024-05-08	2024-05-09 01:48:53.970	2024-05-09 01:48:53.970	1	1	1.260	1.041	997.621	997.621	55.295	87.023	OBJ_SKY	1 [download]	1 [download]	Extracted 2D files	Telluric corrected 2D files
2024-05-26	2024-05-27 02:34:17.607	2024-05-27 02:34:17.607	1	1	1.260	1.208	997.621	997.621	57.469	89.474	OBJ_SKY	1 [download]	1 [download]	Extracted 2D files	Telluric corrected 2D files
2024-12-11	2024-12-12 07:30:47.942	2024-12-12 07:30:47.942	1	1	1.260	1.348	897.301	897.301	70.194	105.521	OBJ_SKY	1 [download]	1 [download]	Extracted 2D files	Telluric corrected 2D files
2025-01-01	2025-01-02 08:06:51.961	2025-01-02 08:06:51.961	1	1	1.260	1.075	897.301	897.301	68.962	104.281	OBJ_SKY	1 [download]	1 [download]	Extracted 2D files	Telluric corrected 2D files

Debug

This section has various debug plots from APERO products

Telluric map

Telluric map of e2dsff_tcorr_A files.Files are low-passed and corrected for the stars motion. The QC is displayed to the right of the image - in purple are the files that passed, in orange the files that failed.

Shape QC plot

Shape parameters varying in time.dx is a shift along the order, dy is a shift across orders, [[A,B],[C,D]] is an affine transformation matrix.

wfpdrift plot

Wavelength solution absolute CCF FP Drift [km/s]

Wave cavity (c0) plot

Wave cavity polynomial coeffs=0

Maximum Saturation level plot

Maximum saturation level measured at time of extraction

Measured effective readout noise before extraction

Measured effective readout noise before extraction

APERO Processing Debug Plot

Plotting the version and processed date from the header from APERO. Note that offline reductions should lead to a straight line, while online reductions should be roughly a one-to-one with the Date axis.

APERO Calibration times plot

Computed time between observation and calibration used. Some calibrations arereference calibrations (in purple) and thus diverge from the reference night, others should always be from the same night (orange) unless no calibration was taken that night in which case the closest calirbation in time should have been used.