J/A+A/691/A242 TESS OBAF-type eclipsing binaries (IJspeert+, 2024)
Statistical view of orbital circularisation with 14000 characterised TESS
eclipsing binaries.
IJspeert L.W., Tkachenko A., Johnston C., Aerts C.s
<Astron. Astrophys. 691, A242 (2024)>
=2024A&A...691A.242I 2024A&A...691A.242I (SIMBAD/NED BibCode)
ADC_Keywords: Binaries, eclipsing ; Photometry ; Optical ; Binaries, orbits
Keywords: asteroseismology - methods: statistical - catalogs -
ephemerides - binaries: eclipsing - stars: oscillations
Abstract:
Eclipsing binaries are crucial for understanding stellar physics,
allowing detailed studies of stellar masses, radii, and orbital
dynamics. Recent space missions like the Transiting Exoplanet Survey
Satellite (TESS) have significantly expanded the catalogue of observed
eclipsing binaries with uninterrupted time series photometry,
providing an opportunity for large-scale ensemble studies.
This study aims to analyse the statistical properties of
circularisation in a large sample of intermediate-to-high mass
eclipsing binaries observed by TESS. We explore the dependence of
orbital circularisation on stellar properties and orbital parameters
to improve our understanding of the physical processes affecting these
systems. We further aim to assess the role of stellar pulsations in
circularisation.
We compiled a catalogue of O- to F-type stars to search for eclipsing
binary signals in the data available from the first 4 years of the
TESS mission. Using automated classification and data analysis
methodologies, we arrive at a well characterised sample of 14,573
eclipsing binaries. We supplement our catalogue with Gaia effective
temperatures, and investigate the statistical characteristics of the
sample as a function of temperature, orbital period, and scaled
orbital separation.
The orbital circularisation was measured with statistical methods to
obtain three distinct measurements of the critical period and
separation in four temperature ranges. These measurements cover a
range of orbital periods and separations where both circularised and
eccentric systems exist. Pulsations were identified in the g- and
p-mode regimes, and a reduced fraction of eccentric systems was found
among them.
Our analysis revealed the dependence of orbital circularisation on
stellar temperatures, also seen in other studies, and confirmed
previous findings that additional dissipation is needed as compared to
the predictions of turbulent viscosity and non-resonant radiative
damping. We speculate that pulsations may play a role in the
circularisation of close binaries. Our study highlights the need for
dissipative mechanisms that can produce a wide range of critical
periods from a range of initial conditions.
Description:
The file TESSOBAFcatalogue contains the 3337497 stars selected
through colour cuts starting off from the TIC (TESS Input Catalog).
This entails an all-sky sample of OBAF-type stars up to TESS magnitude
15, used as an intermediate step towards the EB catalogue. The
tabulated data come directly from the TIC, and Gaia catalogue, in
addition to our own classification information. The file
TESSOBAFEB_catalogue contains 69058 candidate eclipsing binaries,
found by analysing the publicly available TESS light curves of the OBA
sample with the automated algorithm ECLIPSR (see
https://github.com/LucIJspeert/eclipsr). This also contains the same
columns as the OBAF catalogue. The remaining columns contain output of
the light curve analysis, mainly the STAR_SHADOW output (see
https://github.com/LucIJspeert/star_shadow).
File Summary:
--------------------------------------------------------------------------------
FileName Lrecl Records Explanations
--------------------------------------------------------------------------------
ReadMe 80 . This file
tessobaf.dat 3015 3337497 TESS OBAF catalogue
obaf-eb1.dat 3382 69057 TESSOBAFEB_catalogue (partial)
obafebfull.csv 20452 69058 Full TESSOBAFEB_catalogue
--------------------------------------------------------------------------------
See also:
I/355 : Gaia DR3 Part 1. Main source (Gaia Collaboration, 2022)
IV/38 : TESS Input Catalog - v8.0 (TIC-8) (Stassun+, 2019)
Byte-by-byte Description of file: tessobaf.dat
--------------------------------------------------------------------------------
Bytes Format Units Label Explanations
--------------------------------------------------------------------------------
1- 9 I9 --- TIC Identification number in the
TESS Input Catalog (TIC)
11- 27 A17 --- 2MASS Identification number from
2MASS (TWOMASS)
29- 51 F23.19 deg RAdeg Right ascension (J2000) (ra)
53- 75 E23.18 deg DEdeg Declination (J2000) (dec)
77- 99 E23.18 mas plx ? TIC parallax (plx)
101- 121 F21.18 mas e_plx ? TIC parallax error (e_plx)
123- 146 F24.20 deg GLON Galactic longitude (gallong)
148- 170 E23.18 deg GLAT Galactic latitude (gallat)
172- 195 F24.20 deg ELON Ecliptic longitude (eclong)
197- 218 E22.17 deg ELAT Ecliptic latitude (eclat)
220- 238 F19.16 mag Jmag J band magnitude (Jmag)
240- 259 F20.18 mag e_Jmag ? J band magnitude error (e_Jmag)
261- 280 F20.17 mag Hmag H band magnitude (Hmag)
282- 301 F20.18 mag e_Hmag ? H band magnitude error (e_Hmag)
303- 321 F19.16 mag Kmag K band magnitude (Kmag)
323- 342 F20.18 mag e_Kmag ? K band magnitude error (e_Kmag)
344- 362 F19.16 mag Gmagtic ? TIC Gaia (G) magnitude (GAIAmag)
364- 385 E22.17 mag e_Gmagtic ? TIC Gaia (G) magnitude error
(e_GAIAmag)
387- 405 F19.16 mag Tmag TESS (T) magnitude (Tmag)
407- 427 F21.18 mag e_Tmag ? TESS (T) magnitude error (e_Tmag)
429- 438 F10.4 K Tefftic ? TIC effective temperature (Teff)
440- 461 F22.16 K e_Tefftic ? TIC effective temperature error
(e_Teff)
463- 467 A5 --- lumclass [ADFRW] TIC luminosity class (dwarf or
unknown in this case, by design)
(lumclass)
469- 490 F22.15 pc Disttic ? TIC distance (d)
492- 516 F25.18 pc e_Disttic ? TIC distance error (e_d)
518- 539 E22.17 mag E(B-V) ? TIC extinction (ebv)
541- 562 E22.17 mag e_E(B-V) ? TIC extinction error (e_ebv)
564- 570 F7.1 --- NumCont ? TIC number of Contamination Sources
(numcont)
572- 593 E22.17 --- ContRatio ? TIC contamination ratio (contratio)
595- 613 F19.16 mag BPmagtic ? TIC Gaia BP (blue) magnitude (gaiabp)
615- 636 E22.17 mag e_BPmagtic ? TIC Gaia BP (blue) magnitude error
(e_gaiabp)
638- 656 F19.16 mag RPmagtic ? TIC Gaia RP (red) magnitude (gaiarp)
658- 679 E22.17 mag e_RPmagtic ? TIC Gaia RP (red) magnitude error
(e_gaiarp)
681- 684 F4.1 --- wdflag ? TIC white dwarf flag (0 or -1 (so not
1) in this case, by design) (wdflag)
686- 704 I19 --- GaiaDR3 ? Identification number from GAIA DR3
(GAIA_DR3)
706- 728 E23.20 mag BP-RP ? Gaia BP-RP colour (bp_rp)
730- 746 A17 --- CatOri ? Original external catalogue source
identifier from 2MASS
(originalextsource_id)
748- 766 F19.16 mag Gmag ? Gaia G-band mean magnitude
(photgmean_mag)
768- 786 F19.16 mag BPmag ? Gaia integrated BP mean magnitude
(photbpmean_mag)
788- 806 F19.16 mag RPmag ? Gaia integrated RP mean magnitude
(photrpmean_mag)
808- 827 F20.18 mag AG ? Gaia extinction in G band from GSP-
Phot Aeneas best library using BP/RP
spectra (ag_gspphot)
829- 848 F20.18 mag b_AG ? Gaia lower confidence level (16%) of
extinction in G band from GSP-Phot
Aeneas best library using BP/RP spectra
(ag_gspphot)
850- 869 F20.18 mag B_AG ? Gaia upper confidence level (84%) of
extinction in G band from GSP-Phot
Aeneas best library using BP/RP spectra
(ag_gspphot)
871- 890 F20.18 mag E(BP-RP) ? Gaia reddening E(GBP-GRP) from
GSP-Phot Aeneas best library using
BP/RP spectra (ebpminrp_gspphot)
892- 911 F20.18 mag b_E(BP-RP) ? Gaia lower confidence level (16%) of
reddening E(GBP-GRP) from GSP-Phot
Aeneas best library using BP/RP spectra
(ebpminrp_gspphot)
913- 932 F20.18 mag B_E(BP-RP) ? Gaia upper confidence level (84%) of
reddening E(GBP-GRP) from GSP-Phot
Aeneas best library using BP/RP spectra
(ebpminrp_gspphot)
934- 952 F19.13 K Teff ? Gaia effective temperature from
GSP-Phot Aeneas best library using
BP/RP spectra (teff_gspphot)
954- 972 F19.13 K b_Teff ? Gaia lower confidence level (16%) of
effective temperature from GSP-Phot
Aeneas best library using BP/RP spectra
(teff_gspphot)
974- 992 F19.13 K B_Teff ? Gaia upper confidence level (84%) of
effective temperature from GSP-Phot
Aeneas best library using BP/RP spectra
(teff_gspphot)
994-1011 F18.16 [cm/s2] logg ? Gaia surface gravity from GSP-Phot
Aeneas best library using BP/RP spectra
(log) (logg_gspphot)
1013-1030 F18.16 [cm/s2] b_logg ? Gaia lower confidence level (16%) of
surface gravity from GSP-Phot Aeneas
best library using BP/RP spectra (log)
(logg_gspphot)
1032-1049 F18.16 [cm/s2] B_logg ? Gaia upper confidence level (84%) of
surface gravity from GSP-Phot Aeneas
best library using BP/RP spectra (log)
(logg_gspphot)
1051-1071 F21.15 pc Dist ? Gaia distance from GSP-Phot Aeneas
best library using BP/RP spectra
(distance_gspphot)
1073-1170 F98.15 pc b_Dist ? Gaia lower confidence level (16%) of
distance from GSP-Phot Aeneas best
library using BP/RP spectra
(distance_gspphot)
1172-1192 F21.15 pc B_Dist ? Gaia upper confidence level (16%) of
distance from GSP-Phot Aeneas best
library using BP/RP spectra
(distance_gspphot)
1194-1212 F19.13 K Teff-HS ? Gaia effective temperature from
ESP-HS (teff_esphs)
1214-1239 F26.20 K e_Teff-HS ? Gaia uncertainty at a 68% confidence
level on the effective temperature from
ESP-HS (teffesphsuncertainty)
1241-1262 E22.17 mag AG-HS ? Gaia intersterstellar extinction in G
band from ESP-HS (g ag_esphs)
1264-1284 F21.19 mag e_AG-HS ? Gaia uncertainty on AG from ESP-HS
(agesphsuncertainty)
1286-1307 E22.17 mag E(B-V)-HS ? Gaia reddening E(GBP-GRP) from ESP-HS
(ebpminrp_esphs)
1309-1329 F21.19 mag e_E(B-V)-HS ? Gaia uncertainty on E(GBP-GRP) from
ESP-HS (g ebpminrpesphsuncertainty)
1331-1348 F18.16 [cm/s2] logg-HS ? Gaia surface gravity from ESP-HS
(log) (logg_esphs)
1350-1370 F21.19 [cm/s2] e_logg-HS ? Gaia uncertainty at a 68% confidence
level on the surface gravity from
ESP-HS (log) (loggesphsuncertainty)
1372-1393 E22.17 km/s vsini-HS ? Gaia projected rotational velocity
from ESP-HS (vsini_esphs)
1395-1415 F21.16 km/s e_vsini-HS ? Gaia uncertainty on the projected
rotational velocity from ESP-HS
(vsiniesphsuncertainty)
1417-1434 F18.13 K TeffMSC1 ? Gaia effective temperature of the
primary from MSC using BP/RP spectra
and parallax (teff_msc1)
1436-1453 F18.13 K B_TeffMSC1 ? Gaia upper confidence level (84%) of
effective temperature of the primary
from MSC using BP/RP spectra and
parallax (teffmsc1upper)
1455-1472 F18.13 K b_TeffMSC1 ? Gaia lower confidence level (16%) of
effective temperature of the primary
from MSC using BP/RP spectra and
parallax (teffmsc1lower)
1474-1491 F18.13 K TeffMSC2 ? Gaia effective temperature of the
secondary from MSC using BP/RP spectra
and parallax (teff_msc2)
1493-1510 F18.13 K B_TeffMSC2 ? Gaia upper confidence level (84%) of
effective temperature of the secondary
from MSC using BP/RP spectra and
parallax (teffmsc2upper)
1512-1529 F18.13 K b_TeffMSC2 ? Gaia lower confidence level (16%) of
effective temperature of the secondary
from MSC using BP/RP spectra and
parallax (teffmsc2lower)
1531-1548 F18.16 [cm/s2] loggMSC1 ? Gaia surface gravity of the primary
from MSC using BP/RP spectra and
parallax (log) (logg_msc1)
1550-1567 F18.16 [cm/s2] B_loggMSC1 ? Gaia upper confidence level (84%) of
surface gravity of the primary from MSC
using BP/RP spectra and parallax (log)
(loggmsc1upper)
1569-1586 F18.16 [cm/s2] b_loggMSC1 ? Gaia lower confidence level (16%) of
surface gravity of the primary from MSC
using BP/RP spectra and parallax (log)
(loggmsc1lower)
1588-1605 F18.16 [cm/s2] loggMSC2 ? Gaia surface gravity of the secondary
from MSC using BP/RP spectra and
parallax (log cgs) (logg_msc2)
1607-1624 F18.16 [cm/s2] B_loggMSC2 ? Gaia upper confidence level (84%) of
surface gravity of the secondary from
MSC using BP/RP spectra and parallax
(log) (loggmsc2upper)
1626-1643 F18.16 [cm/s2] b_loggMSC2 ? Gaia lower confidence level (16%) of
surface gravity of the secondary from
MSC using BP/RP spectra and parallax
(log) (loggmsc2lower)
1645-1647 F3.1 --- GaiaDupTIC ? Gaia entries with a duplicate TIC
entry (lower G mag is removed from
consideration) (gaiaduptic)
1649-1666 F18.13 d t0SPOCy1 ? Time of superior conjunction
(midpoint of primary eclipse)
(TESS BJD = BJD-2457000) (t0SPOCy1)
1668-1689 F22.18 d PerSPOCy1 ? Orbital period or half the orbital
period (for indistinguishable primary
and secondary) (PerSPOCy1)
1691-1694 F4.1 --- scoreSPOCy1 ? Score value between 0 and 1 by
ECLIPSR (see documentation)
(scoreSPOCy1)
1696-1716 F21.18 --- f1SPOCy1 ? Feature 1 that goes into the ECLIPSR
score value (f1spoc_y1)
1718-1736 F19.16 --- f2SPOCy1 ? Feature 2 that goes into the ECLIPSR
score value (f2spoc_y1)
1738-1759 F22.19 --- f3SPOCy1 ? Feature 3 that goes into the ECLIPSR
score value (f3spoc_y1)
1761-1780 F20.17 --- f4SPOCy1 ? Feature 4 that goes into the ECLIPSR
score value (f4spoc_y1)
1782-1803 F22.19 --- f5SPOCy1 ? Feature 5 that goes into the ECLIPSR
score value (f1SPOCy1)
1805-1808 F4.1 --- f6SPOCy1 ? Feature 6 that goes into the ECLIPSR
score value (f6SPOCy1)
1810-1812 F3.1 --- slikeSPOCy1 ? Boolean flag (0 or 1) indicating
likely (purely) sinusoidal signal
(sinelikeSPOCy1)
1814-1816 F3.1 --- wideSPOCy1 ? Boolean flag (0 or 1) indicating
likely wide eclipses (in phase space)
(wideSPOCy1)
1818-1835 F18.13 d t0SPOCy2 ? Time of superior conjunction
(midpoint of primary eclipse)
(TESS BJD = BJD-2457000)
(tzerospoc_y2)
1837-1859 F23.19 d PerSPOCy2 ? Orbital period or half the orbital
period (for indistinguishable primary
and secondary) (periodspocy2)
1861-1864 F4.1 --- scoreSPOCy2 ? Score value between 0 and 1 by ECLIPSR
(see documentation) (scorespocy2)
1866-1886 F21.18 --- f1SPOCy2 ? Feature 1 that goes into the ECLIPSR
score value (f1spoc_y2)
1888-1906 F19.16 --- f2SPOCy2 ? Feature 2 that goes into the ECLIPSR
score value (f2spoc_y2)
1908-1929 F22.19 --- f3SPOCy2 ? Feature 3 that goes into the ECLIPSR
score value (f3spoc_y2)
1931-1950 F20.17 --- f4SPOCy2 ? Feature 4 that goes into the ECLIPSR
score value (f4spoc_y2)
1952-1972 F21.18 --- f5SPOCy2 ? Feature 5 that goes into the ECLIPSR
score value (f1SPOCy2)
1974-1977 F4.1 --- f6SPOCy2 ? Feature 6 that goes into the ECLIPSR
score value (f6spoc_y2)
1979-1981 F3.1 --- slikeSPOCy2 ? Boolean flag (0 or 1) indicating
likely (purely) sinusoidal signal
(sinelikespoc_y2)
1983-1985 F3.1 --- wideSPOCy2 ? Boolean flag (0 or 1) indicating
likely wide eclipses (in phase space)
(widespocy2)
1987-2004 F18.13 d t0SPOCy3 ? Time of superior conjunction
(midpoint of primary eclipse)
(TESS BJD = BJD-2457000)
(tzerospoc_y3)
2006-2027 F22.18 d PerSPOCy3 ? Orbital period or half the orbital
period (for indistinguishable primary
and secondary) (periodspocy3)
2029-2032 F4.1 --- scoreSPOCy3 ? Score value between 0 and 1 by
ECLIPSR (see documentation)
(scorespocy3)
2034-2054 F21.18 --- f1SPOCy3 ? Feature 1 that goes into the ECLIPSR
score value (f1spoc_y3)
2056-2074 F19.16 --- f2SPOCy3 ? Feature 2 that goes into the ECLIPSR
score value (f2spoc_y3)
2076-2096 F21.18 --- f3SPOCy3 ? Feature 3 that goes into the ECLIPSR
score value (f3spoc_y3)
2098-2117 F20.17 --- f4SPOCy3 ? Feature 4 that goes into the ECLIPSR
score value (f4spoc_y3)
2119-2140 E22.17 --- f5SPOCy3 ? Feature 5 that goes into the ECLIPSR
score value (f1SPOCy3)
2142-2145 F4.1 --- f6SPOCy3 ? Feature 6 that goes into the ECLIPSR
score value (f6spoc_y3)
2147-2149 F3.1 --- slikeSPOCy3 ? Boolean flag (0 or 1) indicating
likely (purely) sinusoidal signal
(sinelikespoc_y3)
2151-2153 F3.1 --- wideSPOCy3 ? Boolean flag (0 or 1) indicating
likely wide eclipses (in phase space)
(widespocy3)
2155-2172 F18.13 d t0SPOCy4 ? Time of superior conjunction
(midpoint of primary eclipse)
(TESS BJD = BJD-2457000)
(tzerospoc_y4)
2174-2195 F22.18 d PerSPOCy4 ? Orbital period or half the orbital
period (for indistinguishable primary
and secondary) (periodspocy4)
2197-2200 F4.1 --- scoreSPOCy4 ? Score value between 0 and 1 by ECLIPSR
(see documentation) (scorespocy4)
2202-2222 F21.18 --- f1SPOCy4 ? Feature 1 that goes into the ECLIPSR
score value (f1spoc_y4)
2224-2242 F19.16 --- f2SPOCy4 ? Feature 2 that goes into the ECLIPSR
score value (f2spoc_y4)
2244-2265 F22.19 --- f3SPOCy4 ? Feature 3 that goes into the ECLIPSR
score value (f3spoc_y4)
2267-2286 F20.17 --- f4iSPOCy4 ? Feature 4 that goes into the ECLIPSR
score value (f4spoc_y4)
2288-2309 E22.17 --- f5SPOCy4 ? Feature 5 that goes into the ECLIPSR
score value (f1SPOCy4)
2311-2314 F4.1 --- f6SPOCy4 ? Feature 6 that goes into the ECLIPSR
score value (f6spoc_y4)
2316-2318 F3.1 --- slikeSPOCy4 ? Boolean flag (0 or 1) indicating
likely (purely) sinusoidal signal
(sinelikespoc_y4)
2320-2322 F3.1 --- wideSPOCy4 ? Boolean flag (0 or 1) indicating
likely wide eclipses (in phase space)
(widespocy4)
2324-2341 F18.13 d t0QLPy1 ? Time of superior conjunction
(midpoint of primary eclipse)
(TESS BJD = BJD-2457000) (t_zeroQLPy1)
2343-2364 F22.18 d PerQLPy1 ? Orbital period or half the orbital
period (for indistinguishable primary
and secondary) (periodqlpy1)
2366-2369 F4.1 --- scoreQLPy1 ? Score value between 0 and 1 by
ECLIPSR (see documentation)
(scoreqlpy1)
2371-2391 F21.18 --- f1QLPy1 ? Feature 1 that goes into the ECLIPSR
score value (f1qlp_y1)
2393-2411 F19.16 --- f2QLPy1 ? Feature 2 that goes into the ECLIPSR
score value (f2qlp_y1)
2413-2433 F21.18 --- f3QLPy1 ? Feature 3 that goes into the ECLIPSR
score value (f3qlp_y1)
2435-2454 F20.17 --- f4QLPy1 ? Feature 4 that goes into the ECLIPSR
score value (f4qlp_y1)
2456-2477 F22.19 --- f5QLPy1 ? Feature 5 that goes into the ECLIPSR
score value (f5qlp_y1)
2479-2482 F4.1 --- f6QLPy1 ? Feature 6 that goes into the ECLIPSR
score value (f6qlp_y1)
2484-2486 F3.1 --- slikeQLPy1 ? Boolean flag (0 or 1) indicating
likely (purely) sinusoidal signal
(sine_likeQLPy1)
2488-2490 F3.1 --- wideQLPy1 ? Boolean flag (0 or 1) indicating
likely wide eclipses (in phase space)
(wideQLPy1)
2492-2509 F18.13 d t0QLPy2 ? Time of superior conjunction
(midpoint of primary eclipse)
(TESS BJD = BJD-2457000) (t_zeroQLPy2)
2511-2532 F22.18 d PerQLPy2 ? Orbital period or half the orbital
period (for indistinguishable primary
and secondary) (periodqlpy2)
2534-2537 F4.1 --- scoreQLPy2 ? Score value between 0 and 1 by
ECLIPSR (see documentation)
(scoreqlpy2)
2539-2559 F21.18 --- f1QLPy2 ? Feature 1 that goes into the ECLIPSR
score value (f1qlp_y2)
2561-2579 F19.16 --- f2QLPy2 ? Feature 2 that goes into the ECLIPSR
score value (f2qlp_y2)
2581-2602 F22.19 --- f3QLPy2 ? Feature 3 that goes into the ECLIPSR
score value (f3qlp_y2)
2604-2623 F20.17 --- f4QLPy2 ? Feature 4 that goes into the ECLIPSR
score value (f4qlp_y2)
2625-2646 F22.19 --- f5QLPy2 ? Feature 5 that goes into the ECLIPSR
score value (f5qlp_y2)
2648-2651 F4.1 --- f6QLPy2 ? Feature 6 that goes into the ECLIPSR
score value (f6qlp_y2)
2653-2655 F3.1 --- slikeQLPy2 ? Boolean flag (0 or 1) indicating
likely (purely) sinusoidal signal
(sine_likeQLPy2)
2657-2659 F3.1 --- wideQLPy2 ? Boolean flag (0 or 1) indicating
likely wide eclipses (in phase space)
(wideQLPy2)
2661-2678 F18.13 d t0QLPy3 ? Time of superior conjunction
(midpoint of primary eclipse)
(TESS BJD = BJD-2457000) (t_zeroQLPy3)
2680-2702 F23.19 d PerQLPy3 ? Orbital period or half the orbital
period (for indistinguishable primary
and secondary) (periodqlpy3)
2704-2707 F4.1 --- scoreQLPy3 ? Score value between 0 and 1 by
ECLIPSR (see documentation)
(scoreqlpy3)
2709-2729 F21.18 --- f1QLPy3 ? Feature 1 that goes into the ECLIPSR
score value (f1qlp_y3)
2731-2749 F19.16 --- f2QLPy3 ? Feature 2 that goes into the ECLIPSR
score value (f2qlp_y3)
2751-2772 F22.19 --- f3QLPy3 ? Feature 3 that goes into the ECLIPSR
score value (f3qlp_y3)
2774-2793 F20.17 --- f4QLPy3 ? Feature 4 that goes into the ECLIPSR
score value (f4qlp_y3)
2795-2817 F23.20 --- f5QLPy3 ? Feature 5 that goes into the ECLIPSR
score value (f5qlp_y3)
2819-2822 F4.1 --- f6QLPy3 ? Feature 6 that goes into the ECLIPSR
score value (f6qlp_y3)
2824-2826 F3.1 --- slikeQLPy3 ? Boolean flag (0 or 1) indicating
likely (purely) sinusoidal signal
(sine_likeQLPy3)
2828-2830 F3.1 --- wideQLPy3 ? Boolean flag (0 or 1) indicating
likely wide eclipses (in phase space)
(wideQLPy3)
2832-2849 F18.13 d t0QLPy4 ? Time of superior conjunction
(midpoint of primary eclipse)
(TESS BJD = BJD-2457000) (t_zeroQLPy4)
2851-2873 F23.19 d PerQLPy4 ? Orbital period or half the orbital
period (for indistinguishable primary
and secondary) (periodqlpy4)
2875-2878 F4.1 --- scoreQLPy4 ? Score value between 0 and 1 by
ECLIPSR (see documentation)
(scoreqlpy4)
2880-2900 F21.18 --- f1QLPy4 ? Feature 1 that goes into the ECLIPSR
score value (f1qlp_y4)
2902-2920 F19.16 --- f2QLPy4 ? Feature 2 that goes into the ECLIPSR
score value (f2qlp_y4)
2922-2943 F22.19 --- f3QLPy4 ? Feature 3 that goes into the ECLIPSR
score value (f3qlp_y4)
2945-2964 F20.17 --- f4QLPy4 ? Feature 4 that goes into the ECLIPSR
score value (f4qlp_y4)
2966-2988 F23.20 --- f5QLPy4 ? Feature 5 that goes into the ECLIPSR
score value (f5qlp_y4)
2990-2993 F4.1 --- f6QLPy4 ? Feature 6 that goes into the ECLIPSR
score value (f6qlp_y4)
2995-2998 F4.1 --- slikeQLPy4 ? Boolean flag (0 or 1) indicating
likely (purely) sinusoidal signal
(sine_likeQLPy4)
3000-3003 F4.1 --- wideQLPy4 ? Boolean flag (0 or 1) indicating
likely wide eclipses (in phase space)
(wideQLPy4)
3005-3007 F3.1 --- score ? Score value between 0 and 1 by
ECLIPSR (see documentation) (score)
3009-3011 F3.1 --- slike ? Boolean flag (0 or 1) indicating
likely (purely) sinusoidal signal
(sine_like)
3013-3015 F3.1 --- wide ? Boolean flag (0 or 1) indicating
likely wide eclipses (in phase space)
(wide)
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Byte-by-byte Description of file: obaf-eb1.dat
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Bytes Format Units Label Explanations
--------------------------------------------------------------------------------
1- 9 I9 --- TIC Identification number in the TESS Input
Catalog (TIC)
11- 27 A17 --- 2MASS Identification number from 2MASS
(TWOMASS)
29- 50 F22.18 deg RAdeg Right ascension (J2000) (ra)
52- 73 E22.19 deg DEdeg Declination (J2000) (dec)
75-100 F26.19 mas plx ? TIC parallax (mas) (plx)
102-123 F22.18 mas e_plx ? TIC parallax error (mas) (e_plx)
125-145 F21.17 deg GLON Galactic longitude (degrees) (gallong)
147-168 E22.19 deg GLAT Galactic latitude (degrees) (gallat)
170-190 F21.17 deg ELON Ecliptic longitude (degrees) (eclong)
192-213 F22.18 deg ELAT Ecliptic latitude (degrees) (eclat)
215-236 F22.16 mag Jmag J band magnitude (Jmag)
238-259 F22.18 mag e_Jmag ? J band magnitude error (e_Jmag)
261-282 F22.16 mag Hmag H band magnitude (Hmag)
284-305 F22.18 mag e_Hmag ? H band magnitude error (e_Hmag)
307-328 F22.16 mag Kmag K band magnitude (Kmag)
330-351 F22.18 mag e_Kmag ? K band magnitude error (e_Kmag)
353-374 F22.16 mag Gmagtic ? TIC Gaia (G) magnitude (GAIAmag)
376-402 F27.20 mag e_Gmagtic ? TIC Gaia (G) magnitude error
(e_GAIAmag)
404-425 F22.16 mag Tmag TESS (T) magnitude (Tmag)
427-452 F26.19 mag e_Tmag ? TESS (T) magnitude error (e_Tmag)
454-463 F10.4 K Tefftic ? TIC effective temperature (Teff)
465-484 F20.15 K e_Tefftic ? TIC effective temperature error
(e_Teff)
486-490 A5 --- lumclass [ADFRW] TIC luminosity class (dwarf or
unknown in this case, by design)
(lumclass)
492-512 F21.15 --- Disttic ? TIC distance (d)
514-535 F22.17 --- e_Disttic ? TIC distance error (e_d)
537-558 E22.19 mag E(B-V)tic ? TIC extinction (ebv)
560-581 E22.19 mag e_E(B-V)tic ? TIC extinction error (e_ebv)
583-589 F7.1 --- NumCont ? TIC number of Contamination Sources
(numcont)
591-612 E22.19 --- ContRatio ? TIC contamination ratio (contratio)
614-635 F22.16 mag BPmagtic ? TIC Gaia BP (blue) magnitude (gaiabp)
637-663 F27.20 mag e_BPmagtic ? TIC Gaia BP (blue) magnitude error
(e_gaiabp)
665-686 F22.16 mag RPmagtic ? TIC Gaia RP (red) magnitude (gaiarp)
688-709 E22.19 mag e_RPmagtic ? TIC Gaia RP (red) magnitude error
(e_gaiarp)
711-714 F4.1 --- wdflag ? TIC white dwarf flag (0 or -1 (so not
1) in this case, by design) (wdflag)
716-734 I19 --- GaiaDR3 ? Identification number from GAIA DR3
(GAIA_DR3)
736-762 F27.20 mag BP-RP ? Gaia BP-RP colour (bp_rp)
764-779 A16 --- CatOri ? Original external catalogue source
identifier from 2MASS
(originalextsource_id)
781-802 F22.16 mag Gmag ? Gaia G-band mean magnitude
(photgmean_mag)
804-825 F22.16 mag BPmag ? Gaia integrated BP mean magnitude
(photbpmean_mag)
827-848 F22.16 mag RPmag ? Gaia integrated RP mean magnitude
(photrpmean_mag)
850-871 F22.18 mag AG ? Gaia extinction in G band from
GSP-Phot Aeneas best library using
BP/RP spectra (ag_gspphot)
873-894 F22.18 mag b_AG ? Gaia lower confidence level (16%) of
extinction in G band from GSP-Phot
Aeneas best library using BP/RP spectra
(aggspphotlower)
896-917 F22.18 mag B_AG ? Gaia upper confidence level (84%) of
extinction in G band from GSP-Phot
Aeneas best library using BP/RP spectra
(aggspphotupper)
919-940 F22.18 mag E(BP-RP) ? Gaia reddening E(GBP-GRP) from
GSP-Phot Aeneas best library using
BP/RP spectra (ebpminrp_gspphot)
942-963 F22.18 mag b_E(BP-RP) ? Gaia lower confidence level (16%) of
reddening E(GBP-GRP) from GSP-Phot
Aeneas best library using BP/RP
spectra (ebpminrpgspphotlower)
965-986 F22.18 mag B_E(BP-RP) ? Gaia upper confidence level (84%) of
reddening E(GBP-GRP) from GSP-Phot
Aeneas best library using BP/RP spectra
(ebpminrpgspphotupper)
988-1006 F19.13 K Teff ? Gaia effective temperature from
GSP-Phot Aeneas best library using
BP/RP spectra (teff_gspphot)
1008-1026 F19.13 K b_Teff ? Gaia lower confidence level (16%) of
effective temperature from GSP-Phot
Aeneas best library using BP/RP spectra
(teffgspphotlower)
1028-1046 F19.13 K B_Teff ? Gaia upper confidence level (84%) of
effective temperature from GSP-Phot
Aeneas best library using BP/RP spectra
(teffgspphotupper)
1048-1069 F22.16 [cm/s2] logg ? Gaia surface gravity from GSP-Phot
Aeneas best library using BP/RP spectra
(log ) (logg_gspphot)
1071-1092 F22.16 [cm/s2] b_logg ? Gaia lower confidence level (16%) of
surface gravity from GSP-Phot Aeneas
best library using BP/RP spectra
(log) (logggspphotlower)
1094-1115 F22.16 [cm/s2] B_logg ? Gaia upper confidence level (84%) of
surface gravity from GSP-Phot Aeneas
best library using BP/RP spectra
(log) (logggspphotupper)
1117-1138 F22.14 pc Dist ? Gaia distance from GSP-Phot Aeneas
best library using BP/RP spectra
(distance_gspphot)
1140-1161 F22.14 pc b_Dist ? Gaia lower confidence level (16%) of
distance from GSP-Phot Aeneas best
library using BP/RP spectra
(distancegspphotlower)
1163-1184 F22.14 pc B_Dist ? Gaia upper confidence level (16%) of
distance from GSP-Phot Aeneas best
library using BP/RP spectra
(distancegspphotupper)
1186-1204 F19.13 K Teff-HS ? Gaia effective temperature from
ESP-HS (teff_esphs)
1206-1228 F23.18 K e_Teff-HS ? Gaia uncertainty at a 68% confidence
level on the effective temperature from
ESP-HS (teffesphsuncertainty)
1230-1251 E22.19 mag AG-HS ? Gaia intersterstellar extinction in
G band from ESP-HS (ag_esphs)
1253-1278 F26.19 mag e_AG-HS ? Gaia uncertainty on AG from ESP-HS
(agesphsuncertainty)
1280-1301 E22.19 mag E(B-V)-HS ? Gaia reddening E(GBP-GRP) from ESP-HS
(ebpminrp_esphs)
1303-1328 F26.19 mag e_E(B-V)-HS ? Gaia uncertainty on E(GBP-GRP) from
ESP-HS (ebpminrpesphsuncertainty)
1330-1351 F22.16 [cm/s2] logg-HS ? Gaia surface gravity from ESP-HS (log)
(logg_esphs)
1353-1374 F22.18 [cm/s2] e_logg-HS ? Gaia uncertainty at a 68% confidence
level on the surface gravity from
ESP-HS (log) (loggesphsuncertainty)
1376-1397 F22.18 km/s vsini-HS ? Gaia projected rotational velocity
from ESP-HS (vsini_esphs)
1399-1420 F22.16 km/s e_vsini-HS ? Gaia uncertainty on the projected
rotational velocity from ESP-HS
(vsiniesphsuncertainty)
1422-1439 F18.13 K TeffMSC1 ? Gaia effective temperature of the
primary from MSC using BP/RP spectra
and parallax (teff_msc1)
1441-1458 F18.13 K B_TeffMSC1 ? Gaia upper confidence level (84%) of
effective temperature of the primary
from MSC using BP/RP spectra and
parallax (teffmsc1upper)
1460-1477 F18.13 K b_TeffMSC1 ? Gaia lower confidence level (16%) of
effective temperature of the primary
from MSC using BP/RP spectra and
parallax (teffmsc1lower)
1479-1496 F18.13 K TeffMSC2 ? Gaia effective temperature of the
secondary from MSC using BP/RP spectra
and parallax (teff_msc2)
1498-1515 F18.13 K B_TeffMSC2 ? Gaia upper confidence level (84%) of
effective temperature of the secondary
from MSC using BP/RP spectra and
parallax (teffmsc2upper)
1517-1534 F18.13 K b_TeffMSC2 ? Gaia lower confidence level (16%) of
effective temperature of the
secondary from MSC using BP/RP spectra
and parallax (teffmsc2lower)
1536-1557 F22.16 [cm/s2] loggMSC1 ? Gaia surface gravity of the primary
from MSC using BP/RP spectra and
parallax (log) (logg_msc1)
1559-1580 F22.16 [cm/s2] B_loggMSC1 ? Gaia upper confidence level (84%) of
surface gravity of the primary from MSC
using BP/RP spectra and parallax
(log) (loggmsc1upper)
1582-1603 F22.16 [cm/s2] b_loggMSC1 ? Gaia lower confidence level (16%) of
surface gravity of the primary from MSC
using BP/RP spectra and parallax
(log) (loggmsc1lower)
1605-1626 F22.16 [cm/s2] loggMSC2 ? Gaia surface gravity of the secondary
from MSC using BP/RP spectra and
parallax (log cgs) (logg_msc2)
1628-1649 F22.16 [cm/s2] B_loggMSC2 ? Gaia upper confidence level (84%) of
surface gravity of the secondary from
MSC using BP/RP spectra and parallax
(log cgs) (loggmsc2upper)
1651-1672 F22.16 [cm/s2] b_loggMSC2 ? Gaia lower confidence level (16%) of
surface gravity of the secondary from
MSC using BP/RP spectra and parallax
(log cgs) (loggmsc2lower)
1674-1676 F3.1 --- GaiaDupTIC ? Gaia entries with a duplicate TIC
entry (lower G mag is removed from
consideration) (gaiaduptic)
1678-1699 E22.19 mag AG2 ? Gaia extinction in G band
(ESP-HS takes precedent over GSP-Phot)
(ag)
1701-1726 F26.19 mag bAG2 ? Gaia lower confidence level of
extinction in G band (ESP-HS takes
precedent over GSP-Phot) (ag_lower)
1728-1753 F26.19 mag BAG2 ? Gaia upper confidence level of
extinction in G band (ESP-HS takes
precedent over GSP-Phot) (ag_upper)
1755-1776 E22.19 mag E(B-V)2 ? Gaia reddening (ESP-HS takes precedent
over GSP-Phot) (ebpminrp)
1778-1803 F26.19 mag bE(B-V)2 ? Gaia lower confidence level of
reddening (ESP-HS takes precedent over
GSP-Phot) (ebpminrp_lower)
1805-1830 F26.19 mag BE(B-V)2 ? Gaia upper confidence level of
reddening (ESP-HS takes precedent over
GSP-Phot) (ebpminrp_upper)
1832-1850 F19.13 K Teff2 ? Gaia effective temperature (ESP-HS
takes precedent over GSP-Phot) (teff)
1852-1870 F19.13 K bTeff2 ? Gaia lower confidence level of
effective temperature (ESP-HS takes
precedent over GSP-Phot) (teff_lower)
1872-1890 F19.13 K BTeff2 ? Gaia upper confidence level of
effective temperature (ESP-HS takes
precedent over GSP-Phot) (teff_upper)
1892-1913 F22.16 [cm/s2] logg2 ? Gaia surface gravity (ESP-HS takes
precedent over GSP-Phot) (logg)
1915-1936 F22.18 [cm/s2] blogg2 ? Gaia lower confidence level of surface
gravity (ESP-HS takes precedent over
GSP-Phot) (logg_lower)
1938-1959 F22.18 [cm/s2] Blogg2 ? Gaia upper confidence level of
surface gravity (ESP-HS takes
precedent over GSP-Phot) (logg_upper)
1961-1978 F18.13 d t0SPOCy1 ? Time of superior conjunction
(midpoint of primary eclipse)
(TESS BJD = BJD-2457000)
(tzerospoc_y1)
1980-2000 F21.17 d PerSPOCy1 ? Orbital period or half the orbital
period (for indistinguishable primary
and secondary) (days) (periodspocy1)
2002-2005 F4.1 --- scoreSPOCy1 ? Score value between 0 and 1 by
ECLIPSR (see documentation)
(scorespocy1)
2007-2028 F22.18 --- f1SPOCy1 ? Feature 1 that goes into the ECLIPSR
score value (f1spoc_y1)
2030-2051 F22.16 --- f2SPOCy1 ? Feature 2 that goes into the ECLIPSR
score value (f2spoc_y1)
2053-2074 F22.18 --- f3SPOCy1 ? Feature 3 that goes into the ECLIPSR
score value (f3spoc_y1)
2076-2096 F21.17 --- f4SPOCy1 ? Feature 4 that goes into the ECLIPSR
score value (f4spoc_y1)
2098-2123 F26.19 --- f5SPOCy1 ? Feature 5 that goes into the ECLIPSR
score value (f5spoc_y1)
2125-2128 F4.1 --- f6SPOCy1 ? Feature 6 that goes into the ECLIPSR
score value (f6spoc_y1)
2130-2132 F3.1 --- slikeSPOCy1 ? Boolean flag (0 or 1) indicating
likely (purely) sinusoidal signal
(sinelikespoc_y1)
2134-2136 F3.1 --- wideSPOCy1 ? Boolean flag (0 or 1) indicating
likely wide eclipses (in phase space)
(widespocy1)
2138-2155 F18.13 d t0SPOCy2 ? Time of superior conjunction
(midpoint of primary eclipse)
(TESS BJD = BJD-2457000)
(tzerospoc_y2)
2157-2177 F21.17 d PerSPOCy2 ? Orbital period or half the orbital
period (for indistinguishable primary
and secondary) (days) (periodspocy2)
2179-2182 F4.1 --- scoreSPOCy2 ? Score value between 0 and 1 by
ECLIPSR (see documentation)
(scorespocy2)
2184-2205 F22.18 --- f1SPOCy2 ? Feature 1 that goes into the ECLIPSR
score value (f1spoc_y2)
2207-2228 F22.16 --- f2SPOCy2 ? Feature 2 that goes into the ECLIPSR
score value (f2spoc_y2)
2230-2250 F21.17 --- f3SPOCy2 ? Feature 3 that goes into the ECLIPSR
score value (f3spoc_y2)
2252-2272 F21.17 --- f4SPOCy2 ? Feature 4 that goes into the ECLIPSR
score value (f4spoc_y2)
2274-2295 F22.18 --- f5SPOCy2 ? Feature 5 that goes into the ECLIPSR
score value (f5spoc_y2)
2297-2300 F4.1 --- f6SPOCy2 ? Feature 6 that goes into the ECLIPSR
score value (f6spoc_y2)
2302-2304 F3.1 --- slikeSPOCy2 ? Boolean flag (0 or 1) indicating
likely (purely) sinusoidal signal
(sinelikespoc_y2)
2306-2308 F3.1 --- wideSPOCy2 ? Boolean flag (0 or 1) indicating
likely wide eclipses (in phase space)
(widespocy2)
2310-2327 F18.13 d t0SPOCy3 ? Time of superior conjunction
(midpoint of primary eclipse)
(TESS BJD = BJD-2457000)
(tzerospoc_y3)
2329-2349 F21.17 d PerSPOCy3 ? Orbital period or half the orbital
period (for indistinguishable primary
and secondary) (days) (periodspocy3)
2351-2354 F4.1 --- scoreSPOCy3 ? Score value between 0 and 1 by
ECLIPSR (see documentation)
(scorespocy3)
2356-2377 F22.18 --- f1SPOCy3 ? Feature 1 that goes into the ECLIPSR
score value (f1spoc_y3)
2379-2400 F22.16 --- f2SPOCy3 ? Feature 2 that goes into the ECLIPSR
score value (f2spoc_y3)
2402-2423 F22.18 --- f3SPOCy3 ? Feature 3 that goes into the ECLIPSR
score value (f3spoc_y3)
2425-2445 F21.17 --- f4SPOCy3 ? Feature 4 that goes into the ECLIPSR
score value (f4spoc_y3)
2447-2472 F26.19 --- f5SPOCy3 ? Feature 5 that goes into the ECLIPSR
score value (f5spoc_y3)
2474-2477 F4.1 --- f6SPOCy3 ? Feature 6 that goes into the ECLIPSR
score value (f6spoc_y3)
2479-2481 F3.1 --- slikeSPOCy3 ? Boolean flag (0 or 1) indicating
likely (purely) sinusoidal signal
(sinelikespoc_y3)
2483-2485 F3.1 --- wideSPOCy3 ? Boolean flag (0 or 1) indicating
likely wide eclipses (in phase space)
(widespocy3)
2487-2504 F18.13 d t0SPOCy4 ? Time of superior conjunction
(midpoint of primary eclipse)
(TESS BJD = BJD-2457000)
(tzerospoc_y4)
2506-2527 F22.18 d PerSPOCy4 ? Orbital period or half the orbital
period (for indistinguishable primary
and secondary) (days) (periodspocy4)
2529-2532 F4.1 --- scoreSPOCy4 ? Score value between 0 and 1 by
ECLIPSR (see documentation)
(scorespocy4)
2534-2555 F22.18 --- f1SPOCy4 ? Feature 1 that goes into the ECLIPSR
score value (f1spoc_y4)
2557-2578 F22.16 --- f2SPOCy4 ? Feature 2 that goes into the ECLIPSR
score value (f2spoc_y4)
2580-2601 F22.18 --- f3SPOCy4 ? Feature 3 that goes into the ECLIPSR
score value (f3spoc_y4)
2603-2623 F21.17 --- f4SPOCy4 ? Feature 4 that goes into the ECLIPSR
score value (f4spoc_y4)
2625-2645 E21.17 --- f5SPOCy4 ? Feature 5 that goes into the ECLIPSR
score value (f5spoc_y4)
2647-2650 F4.1 --- f6SPOCy4 ? Feature 6 that goes into the ECLIPSR
score value (f6spoc_y4)
2652-2654 F3.1 --- slikeSPOCy4 ? Boolean flag (0 or 1) indicating
likely (purely) sinusoidal signal
(sinelikespoc_y4)
2656-2658 F3.1 --- wideSPOCy4 ? Boolean flag (0 or 1) indicating
likely wide eclipses (in phase space)
(widespocy4)
2660-2677 F18.13 d t0QLPy1 ? Time of superior conjunction
(midpoint of primary eclipse)
(TESS BJD = BJD-2457000)
(tzeroqlp_y1)
2679-2699 F21.17 d PerQLPy1 ? Orbital period or half the orbital
period (for indistinguishable primary
and secondary) (days) (periodqlpy1)
2701-2704 F4.1 --- scoreQLPy1 ? Score value between 0 and 1 by
ECLIPSR (see documentation)
(scoreqlpy1)
2706-2727 F22.18 --- f1QLPy1 ? Feature 1 that goes into the ECLIPSR
score value (f1qlp_y1)
2729-2750 F22.16 --- f2QLPy1 ? Feature 2 that goes into the ECLIPSR
score value (f2qlp_y1)
2752-2772 F21.17 --- f3QLPy1 ? Feature 3 that goes into the ECLIPSR
score value (f3qlp_y1)
2774-2794 F21.17 --- f4QLPy1 ? Feature 4 that goes into the ECLIPSR
score value (f4qlp_y1)
2796-2821 F26.19 --- f5QLPy1 ? Feature 5 that goes into the ECLIPSR
score value (f5qlp_y1)
2823-2826 F4.1 --- f6QLPy1 ? Feature 6 that goes into the ECLIPSR
score value (f6qlp_y1)
2828-2830 F3.1 --- slikeQLPy1 ? Boolean flag (0 or 1) indicating
likely (purely) sinusoidal signal
(sinelikeqlp_y1)
2832-2834 F3.1 --- wideQLPy1 ? Boolean flag (0 or 1) indicating
likely wide eclipses (in phase space)
(wideqlpy1)
2836-2853 F18.13 d t0QLPy2 ? Time of superior conjunction
(midpoint of primary eclipse)
(TESS BJD = BJD-2457000)
(tzeroqlp_y2)
2855-2875 F21.17 d PerQLPy2 ? orbital period or half the orbital
period (for indistinguishable primary
and secondary) (days) (periodqlpy2)
2877-2880 F4.1 --- scoreQLPy2 ? Score value between 0 and 1 by
ECLIPSR (see documentation)
(scoreqlpy2)
2882-2903 F22.18 --- f1QLPy2 ? Feature 1 that goes into the ECLIPSR
score value (f1qlp_y2)
2905-2926 F22.16 --- f2QLPy2 ? Feature 2 that goes into the ECLIPSR
score value (f2qlp_y2)
2928-2949 F22.18 --- f3QLPy2 ? Feature 3 that goes into the ECLIPSR
score value (f3qlp_y2)
2951-2971 F21.17 --- f4QLPy2 ? Feature 4 that goes into the ECLIPSR
score value (f4qlp_y2)
2973-2998 F26.19 --- f5QLPy2 ? Feature 5 that goes into the ECLIPSR
score value (f5qlp_y2)
3000-3003 F4.1 --- f6QLPy2 ? Feature 6 that goes into the ECLIPSR
score value (f6qlp_y2)
3005-3007 F3.1 --- slikeQLPy2 ? Boolean flag (0 or 1) indicating
likely (purely) sinusoidal signal
(sinelikeqlp_y2)
3009-3011 F3.1 --- wideQLPy2 ? Boolean flag (0 or 1) indicating
likely wide eclipses (in phase space)
(wideqlpy2)
3013-3030 F18.13 d t0QLPy3 ? Time of superior conjunction
(midpoint of primary eclipse)
(TESS BJD = BJD-2457000)
(tzeroqlp_y3)
3032-3053 F22.18 d PerQLPy3 ? Orbital period or half the orbital
period (for indistinguishable primary
and secondary) (days) (periodqlpy3)
3055-3058 F4.1 --- scoreQLPy3 ? Score value between 0 and 1 by
ECLIPSR (see documentation)
(scoreqlpy3)
3060-3081 F22.18 --- f1QLPy3 ? Feature 1 that goes into the ECLIPSR
score value (f1qlp_y3)
3083-3104 F22.16 --- f2QLPy3 ? Feature 2 that goes into the ECLIPSR
score value (f2qlp_y3)
3106-3127 F22.18 --- f3QLPy3 ? Feature 3 that goes into the ECLIPSR
score value (f3qlp_y3)
3129-3149 F21.17 --- f4QLPy3 ? Feature 4 that goes into the ECLIPSR
score value (f4qlp_y3)
3151-3176 F26.19 --- f5QLPy3 ? Feature 5 that goes into the ECLIPSR
score value (f5qlp_y3)
3178-3181 F4.1 --- f6QLPy3 ? Feature 6 that goes into the ECLIPSR
score value (f6qlp_y3)
3183-3185 F3.1 --- slikeQLPy3 ? Boolean flag (0 or 1) indicating
likely (purely) sinusoidal signal
(sinelikeqlp_y3)
3187-3189 F3.1 --- wideQLPy3 ? Boolean flag (0 or 1) indicating
likely wide eclipses (in phase space)
(wideqlpy3)
3191-3208 F18.13 d t0QLPy4 ? Time of superior conjunction
(midpoint of primary eclipse)
(TESS BJD = BJD-2457000)
(tzeroqlp_y4)
3210-3231 F22.18 d PerQLPy4 ? Orbital period or half the orbital
period (for indistinguishable primary
and secondary) (days) (periodqlpy4)
3233-3236 F4.1 --- scoreQLPy4 ? Score value between 0 and 1 by
ECLIPSR (see documentation)
(scoreqlpy4)
3238-3259 F22.18 --- f1QLPy4 ? Feature 1 that goes into the ECLIPSR
score value (f1qlp_y4)
3261-3282 F22.16 --- f2QLPy4 ? Feature 2 that goes into the ECLIPSR
score value (f2qlp_y4)
3284-3305 F22.18 --- f3QLPy4 ? Feature 3 that goes into the ECLIPSR
score value (f3qlp_y4)
3307-3327 F21.17 --- f4QLPy4 ? Feature 4 that goes into the ECLIPSR
score value (f4qlp_y4)
3329-3355 F27.20 --- f5QLPy4 ? Feature 5 that goes into the ECLIPSR
score value (f5qlp_y4)
3357-3360 F4.1 --- f6QLPy4 ? Feature 6 that goes into the ECLIPSR
score value (f6qlp_y4)
3362-3365 F4.1 --- slikeQLPy4 ? Boolean flag (0 or 1) indicating
likely (purely) sinusoidal signal
(sinelikeqlp_y4)
3367-3370 F4.1 --- wideQLPy4 ? Boolean flag (0 or 1) indicating
likely wide eclipses (in phase space)
(wideqlpy4)
3372-3374 F3.1 --- score Sum of score values across all datasets
(SPOC and QLP years 1-4) (score)
3376-3378 F3.1 --- slike Sum of sine_like values across all
datasets (SPOC and QLP years 1-4)
(sine_like)
3380-3382 F3.1 --- wide Sum of wide values across all datasets
(SPOC and QLP years 1-4) (wide)
--------------------------------------------------------------------------------
Description of file: obafebfull.csv
--------------------------------------------------------------------------------
Column Units Label Explanations
--------------------------------------------------------------------------------
1 --- TIC Identification number in the TESS Input
Catalog (TIC)
2 --- 2MASS Identification number from 2MASS (TWOMASS)
3 deg RAdeg Right ascension (J2000) (ra)
4 deg DEdeg Declination (J2000) (dec)
5 mas plx ? TIC parallax (mas) (plx)
6 mas e_plx ? TIC parallax error (mas) (e_plx)
7 deg GLON Galactic longitude (degrees) (gallong)
8 deg GLAT Galactic latitude (degrees) (gallat)
9 deg ELON Ecliptic longitude (degrees) (eclong)
10 deg ELAT Ecliptic latitude (degrees) (eclat)
11 mag Jmag J band magnitude (Jmag)
12 mag e_Jmag ? J band magnitude error (e_Jmag)
13 mag Hmag H band magnitude (Hmag)
14 mag e_Hmag ? H band magnitude error (e_Hmag)
15 mag Kmag K band magnitude (Kmag)
16 mag e_Kmag ? K band magnitude error (e_Kmag)
17 mag Gmagtic ? TIC Gaia (G) magnitude (GAIAmag)
18 mag e_Gmatic ? TIC Gaia (G) magnitude error (e_GAIAmag)
19 mag Tmag TESS (T) magnitude (Tmag)
20 mag e_Tmag ? TESS (T) magnitude error (e_Tmag)
21 K Tefftic ? TIC effective temperature (Teff)
22 K e_Tefftic ? TIC effective temperature error (e_Teff)
23 --- lumclass [ADFRW] TIC luminosity class (dwarf or
unknown in this case, by design)
(lumclass)
24 pc Disttic ? TIC distance (d)
25 pc e_Disttic ? TIC distance error (e_d)
26 mag E(B-V)tic ? TIC extinction (ebv)
27 mag e_E(B-V)tic ? TIC extinction error (e_ebv)
28 --- NumCont ? TIC number of Contamination Sources
(numcont)
29 --- ContRatio ? TIC contamination ratio (contratio)
30 mag BPmagtic ? TIC Gaia BP (blue) magnitude (gaiabp)
31 mag e_BPmagtic ? TIC Gaia BP (blue) magnitude error
(e_gaiabp)
32 mag RPmagtic ? TIC Gaia RP (red) magnitude (gaiarp)
33 mag e_RPmagtic ? TIC Gaia RP (red) magnitude error
(e_gaiarp)
34 --- wdflag ? TIC white dwarf flag (0 or -1 (so not 1)
in this case, by design) (wdflag)
35 --- GaiaDR3 ? Identification number from GAIA DR3
(GAIA_DR3)
36 mag BP-RP ? Gaia BP-RP colour (bp_rp)
37 --- CatOri ? original external catalogue source
identifier from 2MASS
(originalextsource_id)
38 mag Gmag ? Gaia G-band mean magnitude
(photgmean_mag)
39 mag BPmag ? Gaia integrated BP mean magnitude
(photbpmean_mag)
40 mag RPmag ? Gaia integrated RP mean magnitude
(photrpmean_mag)
41 mag AG ? Gaia extinction in G band from GSP-Phot
Aeneas best library using BP/RP spectra
(ag_gspphot)
42 mag b_AG ? Gaia lower confidence level (16%) of
extinction in G band from GSP-Phot Aeneas
best library using BP/RP spectra
(aggspphotlower)
43 mag B_AG ? Gaia upper confidence level (84%) of
extinction in G band from GSP-Phot Aeneas
best library using BP/RP spectra
(aggspphotupper)
44 mag E(BP-RP) ? Gaia reddening E(GBP-GRP) from GSP-Phot
Aeneas best library using BP/RP spectra
(ebpminrp_gspphot)
45 mag b_E(BP-RP) ? Gaia lower confidence level (16%) of
reddening E(GBP-GRP) from GSP-Phot Aeneas
best library using BP/RP spectra
(ebpminrpgspphotlower)
46 mag B_E(BP-RP) ? Gaia upper confidence level (84%) of
reddening E(GBP-GRP) from GSP-Phot Aeneas
best library using BP/RP spectra
(ebpminrpgspphotupper)
47 K Teff ? Gaia effective temperature from GSP-Phot
Aeneas best library using BP/RP spectra
(teff_gspphot)
48 K b_Teff ? Gaia lower confidence level (16%) of
effective temperature from GSP-Phot
Aeneas best library using BP/RP spectra
(teffgspphotlower)
49 K B_Teff ? Gaia upper confidence level (84%) of
effective temperature from GSP-Phot
Aeneas best library using BP/RP spectra
(teffgspphotupper)
50 [cm/s2] logg ? Gaia surface gravity from GSP-Phot
Aeneas best library using BP/RP spectra
(log cgs) (logg_gspphot)
51 [cm/s2] b_logg ? Gaia lower confidence level (16%) of
surface gravity from GSP-Phot Aeneas best
library using BP/RP spectra (log cgs)
(logggspphotlower)
52 [cm/s2] B_logg ? Gaia upper confidence level (84%) of
surface gravity from GSP-Phot Aeneas best
library using BP/RP spectra
(log cgs) (logggspphotupper)
53 pc Dist ? Gaia distance from GSP-Phot Aeneas best
library using BP/RP spectra
(distance_gspphot)
54 pc b_Dist ? Gaia lower confidence level (16%) of
distance from GSP-Phot Aeneas best
library using BP/RP spectra
(distancegspphotlower)
55 pc B_Dist ? Gaia upper confidence level (16%) of
distance from GSP-Phot Aeneas best
library using BP/RP spectra
(distancegspphotupper)
56 K Teff-HS ? Gaia effective temperature from ESP-HS
(teff_esphs)
57 K e_Teff-HS ? Gaia uncertainty at a 68% confidence
level on the effective temperature from
ESP-HS (teffesphsuncertainty)
58 mag AG-HS ? Gaia intersterstellar extinction in G
band from ESP-HS (ag_esphs)
59 mag e_AG-HS ? Gaia uncertainty on AG from ESP-HS
(agesphsuncertainty)
60 mag E(B-V)-HS ? Gaia reddening E(GBP-GRP) from ESP-HS
(ebpminrp_esphs)
61 mag e_E(B-V)-HS ? Gaia uncertainty on E(GBP-GRP) from
ESP-HS (ebpminrpesphsuncertainty)
62 [cm/s2] logg-HS ? Gaia surface gravity from ESP-HS (log)
(logg_esphs)
63 [cm/s2] e_logg-HS ? Gaia uncertainty at a 68% confidence
level on the surface gravity from ESP-HS
(log) (loggesphsuncertainty)
64 km/s vsini-HS ? Gaia projected rotational velocity from
ESP-HS (vsini_esphs)
65 km/s e_vsini-HS ? Gaia uncertainty on the projected
rotational velocity from ESP-HS
(vsiniesphsuncertainty)
66 K TeffMSC1 ? Gaia effective temperature of the
primary from MSC using BP/RP spectra and
parallax (teff_msc1)
67 K B_TeffMSC1 ? Gaia upper confidence level (84%) of
effective temperature of the primary from
MSC using BP/RP spectra and parallax
(teffmsc1upper)
68 K b_TeffMSC1 ? Gaia lower confidence level (16%) of
effective temperature of the primary from
MSC using BP/RP spectra and parallax
(teffmsc1lower)
69 K TeffMSC2 ? Gaia effective temperature of the
secondary from MSC using BP/RP spectra
and parallax (teff_msc2)
70 K B_TeffMSC2 ? Gaia upper confidence level (84%) of
effective temperature of the secondary
from MSC using BP/RP spectra and parallax
(teffmsc2upper)
71 K b_TeffMSC2 ? Gaia lower confidence level (16%) of
effective temperature of the secondary
from MSC using BP/RP spectra and parallax
(teffmsc2lower)
72 [cm/s2] loggMSC1 ? Gaia surface gravity of the primary from
MSC using BP/RP spectra and parallax
(log cgs) (logg_msc1)
73 [cm/s2] B_loggMSC1 ? Gaia upper confidence level (84%) of
surface gravity of the primary from MSC
using BP/RP spectra and parallax
(log cgs) (loggmsc1upper)
74 [cm/s2] b_loggMSC1 ? Gaia lower confidence level (16%) of
surface gravity of the primary from MSC
using BP/RP spectra and parallax
(log cgs) (loggmsc1lower)
75 [cm/s2] loggMSC2 ? Gaia surface gravity of the secondary
from MSC using BP/RP spectra and parallax
(log cgs) (logg_msc2)
76 [cm/s2] B_loggMSC2 ? Gaia upper confidence level (84%) of
surface gravity of the secondary from MSC
using BP/RP spectra and parallax
(log cgs) (loggmsc2upper)
77 [cm/s2] b_loggMSC2 ? Gaia lower confidence level (16%) of
surface gravity of the secondary from MSC
using BP/RP spectra and parallax
(log cgs) (loggmsc2lower)
78 --- GaiaDupTIC ? Gaia entries with a duplicate TIC entry
(lower G mag is removed from
consideration) (gaiaduptic)
79 mag AG2 ? Gaia extinction in G band (ESP-HS takes
precedent over GSP-Phot) (ag)
80 mag bAG2 ? Gaia lower confidence level of
extinction in G band (ESP-HS takes
precedent over GSP-Phot) (ag_lower)
81 mag BAG2 ? Gaia upper confidence level of
extinction in G band (ESP-HS takes
precedent over GSP-Phot) (ag_upper)
82 mag E(B-V)2 ? Gaia reddening (ESP-HS takes precedent
over GSP-Phot) (ebpminrp)
83 mag bE(B-V)2 ? Gaia lower confidence level of reddening
(ESP-HS takes precedent over GSP-Phot)
(ebpminrp_lower)
84 mag BE(B-V)2 ? Gaia upper confidence level of reddening
(ESP-HS takes precedent over GSP-Phot)
(ebpminrp_upper)
85 K Teff2 ? Gaia effective temperature (ESP-HS takes
precedent over GSP-Phot) (teff)
86 K bTeff2 ? Gaia lower confidence level of effective
temperature (ESP-HS takes precedent over
GSP-Phot) (teff_lower)
87 K BTeff2 ? Gaia upper confidence level of effective
temperature (ESP-HS takes precedent over
GSP-Phot) (teff_upper)
88 [cm/s2] logg2 ? Gaia surface gravity (ESP-HS takes
precedent over GSP-Phot) (logg)
89 [cm/s2] blogg2 ? Gaia lower confidence level of surface
gravity (ESP-HS takes precedent over
GSP-Phot) (logg_lower)
90 [cm/s2] Blogg2 ? Gaia upper confidence level of surface
gravity (ESP-HS takes precedent over
GSP-Phot) (logg_upper)
91 d t0SPOCy1 ? Time of superior conjunction (midpoint
of primary eclipse)
(TESS BJD = BJD-2457000) (tzerospoc_y1)
92 d PerSPOCy1 ? orbital period or half the orbital
period (for indistinguishable primary and
secondary) (days) (periodspocy1)
93 --- scoreSPOCy1 ? score value between 0 and 1 by ECLIPSR
(see documentation) (scorespocy1)
94 --- f1SPOCy1 ? feature 1 that goes into the ECLIPSR
score value (f1spoc_y1)
95 --- f2SPOCy1 ? feature 2 that goes into the ECLIPSR
score value (f2spoc_y1)
96 --- f3SPOCy1 ? feature 3 that goes into the ECLIPSR
score value (f3spoc_y1)
97 --- f4SPOCy1 ? feature 4 that goes into the ECLIPSR
score value (f4spoc_y1)
98 --- f5SPOCy1 ? feature 5 that goes into the ECLIPSR
score value (f5spoc_y1)
99 --- f6SPOCy1 ? feature 6 that goes into the ECLIPSR
score value (f6spoc_y1)
100 --- slikeSPOCy1 ? boolean flag (0 or 1) indicating likely
(purely) sinusoidal signal
(sinelikespoc_y1)
101 --- wideSPOCy1 ? boolean flag (0 or 1) indicating likely
wide eclipses (in phase space)
(widespocy1)
102 d t0SPOCy2 ? Time of superior conjunction (midpoint
of primary eclipse)
(TESS BJD = BJD-2457000) (tzerospoc_y2)
103 d PerSPOCy2 ? orbital period or half the orbital
period (for indistinguishable primary and
secondary) (days) (periodspocy2)
104 --- scoreSPOCy2 ? score value between 0 and 1 by ECLIPSR
(see documentation) (scorespocy2)
105 --- f1SPOCy2 ? feature 1 that goes into the ECLIPSR
score value (f1spoc_y2)
106 --- f2SPOCy2 ? feature 2 that goes into the ECLIPSR
score value (f2spoc_y2)
107 --- f3SPOCy2 ? feature 3 that goes into the ECLIPSR
score value (f3spoc_y2)
108 --- f4SPOCy2 ? feature 4 that goes into the ECLIPSR
score value (f4spoc_y2)
109 --- f5SPOCy2 ? feature 5 that goes into the ECLIPSR
score value (f5spoc_y2)
110 --- f6SPOCy2 ? feature 6 that goes into the ECLIPSR
score value (f6spoc_y2)
111 --- slikeSPOCy2 ? boolean flag (0 or 1) indicating likely
(purely) sinusoidal signal
(sinelikespoc_y2)
112 --- wideSPOCy2 ? boolean flag (0 or 1) indicating likely
wide eclipses (in phase space)
(widespocy2)
113 d t0SPOCy3 ? Time of superior conjunction (midpoint
of primary eclipse)
(TESS BJD = BJD-2457000) (tzerospoc_y3)
114 d PerSPOCy3 ? orbital period or half the orbital
period (for indistinguishable primary and
secondary) (days) (periodspocy3)
115 --- scoreSPOCy3 ? score value between 0 and 1 by ECLIPSR
(see documentation) (scorespocy3)
116 --- f1SPOCy3 ? feature 1 that goes into the ECLIPSR
score value (f1spoc_y3)
117 --- f2SPOCy3 ? feature 2 that goes into the ECLIPSR
score value (f2spoc_y3)
118 --- f3SPOCy3 ? feature 3 that goes into the ECLIPSR
score value (f3spoc_y3)
119 --- f4SPOCy3 ? feature 4 that goes into the ECLIPSR
score value (f4spoc_y3)
120 --- f5SPOCy3 ? feature 5 that goes into the ECLIPSR
score value (f5spoc_y3)
121 --- f6SPOCy3 ? feature 6 that goes into the ECLIPSR
score value (f6spoc_y3)
122 --- slikeSPOCy3 ? boolean flag (0 or 1) indicating likely
(purely) sinusoidal signal
(sinelikespoc_y3)
123 --- wideSPOCy3 ? boolean flag (0 or 1) indicating likely
wide eclipses (in phase space)
(widespocy3)
124 d t0SPOCy4 ? Time of superior conjunction (midpoint
of primary eclipse)
(TESS BJD = BJD-2457000) (tzerospoc_y4)
125 d PerSPOCy4 ? orbital period or half the orbital
period (for indistinguishable primary and
secondary) (days) (periodspocy4)
126 --- scoreSPOCy4 ? score value between 0 and 1 by ECLIPSR
(see documentation) (scorespocy4)
127 --- f1SPOCy4 ? feature 1 that goes into the ECLIPSR
score value (f1spoc_y4)
128 --- f2SPOCy4 ? feature 2 that goes into the ECLIPSR
score value (f2spoc_y4)
129 --- f3SPOCy4 ? feature 3 that goes into the ECLIPSR
score value (f3spoc_y4)
130 --- f4SPOCy4 ? feature 4 that goes into the ECLIPSR
score value (f4spoc_y4)
131 --- f5SPOCy4 ? feature 5 that goes into the ECLIPSR
score value (f5spoc_y4)
132 --- f6SPOCy4 ? feature 6 that goes into the ECLIPSR
score value (f6spoc_y4)
133 --- slikeSPOCy4 ? boolean flag (0 or 1) indicating likely
(purely) sinusoidal signal
(sinelikespoc_y4)
134 --- wideSPOCy4 ? boolean flag (0 or 1) indicating likely
wide eclipses (in phase space)
(widespocy4)
135 d t0QLPy1 ? Time of superior conjunction (midpoint
of primary eclipse)
(TESS BJD = BJD-2457000) (tzeroqlp_y1)
136 d PerQLPy1 ? orbital period or half the orbital
period (for indistinguishable primary and
secondary) (days) (periodqlpy1)
137 --- scoreQLPy1 ? score value between 0 and 1 by ECLIPSR
(see documentation) (scoreqlpy1)
138 --- f1QLPy1 ? feature 1 that goes into the ECLIPSR
score value (f1qlp_y1)
139 --- f2QLPy1 ? feature 2 that goes into the ECLIPSR
score value (f2qlp_y1)
140 --- f3QLPy1 ? feature 3 that goes into the ECLIPSR
score value (f3qlp_y1)
141 --- f4QLPy1 ? feature 4 that goes into the ECLIPSR
score value (f4qlp_y1)
142 --- f5QLPy1 ? feature 5 that goes into the ECLIPSR
score value (f5qlp_y1)
143 --- f6QLPy1 ? feature 6 that goes into the ECLIPSR
score value (f6qlp_y1)
144 --- slikeQLPy1 ? boolean flag (0 or 1) indicating likely
(purely) sinusoidal signal
(sinelikeqlp_y1)
145 --- wideQLPy1 ? boolean flag (0 or 1) indicating likely
wide eclipses (in phase space)
(wideqlpy1)
146 d t0QLPy2 ? Time of superior conjunction (midpoint
of primary eclipse)
(TESS BJD = BJD-2457000) (tzeroqlp_y2)
147 d PerQLPy2 ? orbital period or half the orbital
period (for indistinguishable primary and
secondary) (days) (periodqlpy2)
148 --- scoreQLPy2 ? score value between 0 and 1 by ECLIPSR
(see documentation) (scoreqlpy2)
149 --- f1QLPy2 ? feature 1 that goes into the ECLIPSR
score value (f1qlp_y2)
150 --- f2QLPy2 ? feature 2 that goes into the ECLIPSR
score value (f2qlp_y2)
151 --- f3QLPy2 ? feature 3 that goes into the ECLIPSR
score value (f3qlp_y2)
152 --- f4QLPy2 ? feature 4 that goes into the ECLIPSR
score value (f4qlp_y2)
153 --- f5QLPy2 ? feature 5 that goes into the ECLIPSR
score value (f5qlp_y2)
154 --- f6QLPy2 ? feature 6 that goes into the ECLIPSR
score value (f6qlp_y2)
155 --- slikeQLPy2 ? boolean flag (0 or 1) indicating likely
(purely) sinusoidal signal
(sinelikeqlp_y2)
156 --- wideQLPy2 ? boolean flag (0 or 1) indicating likely
wide eclipses (in phase space)
(wideqlpy2)
157 d t0QLPy3 ? Time of superior conjunction (midpoint
of primary eclipse)
(TESS BJD = BJD-2457000) (tzeroqlp_y3)
158 d PerQLPy3 ? orbital period or half the orbital
period (for indistinguishable primary and
secondary) (days) (periodqlpy3)
159 --- scoreQLPy3 ? score value between 0 and 1 by ECLIPSR
(see documentation) (scoreqlpy3)
160 --- f1QLPy3 ? feature 1 that goes into the ECLIPSR
score value (f1qlp_y3)
161 --- f2QLPy3 ? feature 2 that goes into the ECLIPSR
score value (f2qlp_y3)
162 --- f3QLPy3 ? feature 3 that goes into the ECLIPSR
score value (f3qlp_y3)
163 --- f4QLPy3 ? feature 4 that goes into the ECLIPSR
score value (f4qlp_y3)
164 --- f5QLPy3 ? feature 5 that goes into the ECLIPSR
score value (f5qlp_y3)
165 --- f6QLPy3 ? feature 6 that goes into the ECLIPSR
score value (f6qlp_y3)
166 --- slikeQLPy3 ? boolean flag (0 or 1) indicating likely
(purely) sinusoidal signal
(sinelikeqlp_y3)
167 --- wideQLPy3 ? boolean flag (0 or 1) indicating likely
wide eclipses (in phase space)
(wideqlpy3)
168 d t0QLPy4 ? Time of superior conjunction (midpoint
of primary eclipse)
(TESS BJD = BJD-2457000) (tzeroqlp_y4)
169 d PerQLPy4 ? orbital period or half the orbital
period (for indistinguishable primary and
secondary) (days) (periodqlpy4)
170 --- scoreQLPy4 ? score value between 0 and 1 by ECLIPSR
(see documentation) (scoreqlpy4)
171 --- f1QLPy4 ? feature 1 that goes into the ECLIPSR
score value (f1qlp_y4)
172 --- f2QLPy4 ? feature 2 that goes into the ECLIPSR
score value (f2qlp_y4)
173 --- f3QLPy4 ? feature 3 that goes into the ECLIPSR
score value (f3qlp_y4)
174 --- f4QLPy4 ? feature 4 that goes into the ECLIPSR
score value (f4qlp_y4)
175 --- f5QLPy4 ? feature 5 that goes into the ECLIPSR
score value (f5qlp_y4)
176 --- f6QLPy4 ? feature 6 that goes into the ECLIPSR
score value (f6qlp_y4)
177 --- slikeQLPy4 ? boolean flag (0 or 1) indicating likely
(purely) sinusoidal signal
(sinelikeqlp_y4)
178 --- wideQLPy4 ? boolean flag (0 or 1) indicating likely
wide eclipses (in phase space)
(wideqlpy4)
179 --- score sum of score values across all datasets
(SPOC and QLP years 1-4) (score)
180 --- slike sum of sine_like values across all
datasets (SPOC and QLP years 1-4)
(sine_like)
181 --- wide sum of wide values across all datasets
(SPOC and QLP years 1-4) (wide)
182 --- stageSPOC1 ? furthest stage the analysis reached
(stagespoc1)
183 d ttotSPOC1 ? Total time base of observations
(ttotspoc_1)
184 d tmeanSPOC1 ? Time series mean time reference point
(tmeanspoc_1)
185 d PerSPOC1 ? orbital period in days (periodspoc1)
186 d e_PerSPOC1 ? Error in the orbital period
(perrspoc_1)
187 --- nParamPrewSPOC1 ? Number of free parameters after the
prewhitening phase (nparamprewspoc1)
188 --- bicPrewSPOC1 ? BIC after the prewhitening phase
(bicprewspoc_1)
189 --- noisePrewSPOC1 ? Noise level after the prewhitening phase
(noiselevelprewspoc1)
190 d t1SPOC1 ? Time of primary minimum with respect to
the mean time (t1spoc_1)
191 d t2SPOC1 ? Time of secondary minimum with respect
to the mean time (t2spoc_1)
192 d t1-1SPOC1 ? Time of primary first contact with
respect to the mean time (t11spoc1)
193 d t1-2SPOC1 ? Time of primary last contact with
respect to the mean time (t12spoc1)
194 d t2-1SPOC1 ? Time of secondary first contact with
respect to the mean time (t21spoc1)
195 d t2-2SPOC1 ? Time of secondary last contact with
respect to the mean time (t22spoc1)
196 d tb1-1SPOC1 ? Start of (flat) eclipse bottom left of
primary minimum (tb11spoc_1)
197 d tb1-2SPOC1 ? End of (flat) eclipse bottom right of
primary minimum (tb12spoc_1)
198 d tb2-1SPOC1 ? Start of (flat) eclipse bottom left of
secondary minimum (tb21spoc_1)
199 d tb2-2SPOC1 ? End of (flat) eclipse bottom right of
secondary minimum (tb22spoc_1)
200 --- depth_1SPOC1 ? Depth of primary minimum
(depth1spoc_1)
201 --- depth_2SPOC1 ? Depth of secondary minimum
(depth2spoc_1)
202 d e_t1SPOC1 ? Error in time of primary minimum
(t_1) (t1errspoc1)
203 d e_t2SPOC1 ? Error in time of secondary minimum
(t_2) (t2errspoc1)
204 d e_t1-1SPOC1 ? Error in time of primary first contact
(t11) (t11errspoc_1)
205 d e_t1-2SPOC1 ? Error in time of primary last contact
(t12) (t12errspoc_1)
206 d e_t2-1SPOC1 ? Error in time of secondary first contact
(t21) (t21errspoc_1)
207 d e_t2-2SPOC1 ? Error in time of secondary last contact
(t22) (t22errspoc_1)
208 d e_tb1-1SPOC1 ? Error in start of (flat) eclipse bottom
left of primary minimum
(tb11errspoc1)
209 d e_tb1-2SPOC1 ? Error in end of (flat) eclipse bottom
right of primary minimum
(tb12errspoc1)
210 d e_tb2-1SPOC1 ? Error in start of (flat) eclipse bottom
left of secondary minimum
(tb21errspoc1)
211 d e_tb2-2SPOC1 ? Error in end of (flat) eclipse bottom
right of secondary minimum
(tb22errspoc1)
212 --- e_d1SPOC1 ? Error in depth of primary minimum
(d1errspoc1)
213 --- e_d2SPOC1 ? Error in depth of secondary minimum
(d2errspoc1)
214 d ei_t1SPOC1 ? individual error in time of primary
minimum (t_1) (t1inderrspoc_1)
215 d ei_t2SPOC1 ? individual error in time of secondary
minimum (t_2) (t2inderrspoc_1)
216 d ei_t1-1SPOC1 ? individual error in time of primary
first contact (t11)
(t11inderrspoc1)
217 d ei_t1-2SPOC1 ? individual error in time of primary last
contact (t12) (t12inderrspoc1)
218 d ei_t2-1SPOC1 ? individual error in time of secondary
first contact (t21)
(t21inderrspoc1)
219 d ei_t2-2SPOC1 ? individual error in time of secondary
last contact (t22)
(t22inderrspoc1)
220 d ei_tb1-1SPOC1 ? individual error in start of (flat)
eclipse bottom left of primary minimum
(tb11inderrspoc_1)
221 d ei_tb1-2SPOC1 ? individual error in end of (flat)
eclipse bottom right of primary minimum
(tb12inderrspoc_1)
222 d ei_tb2-1SPOC1 ? individual error in start of (flat)
eclipse bottom left of secondary minimum
(tb21inderrspoc_1)
223 d ei_tb2-2SPOC1 ? individual error in end of (flat)
eclipse bottom right of secondary minimum
(tb22inderrspoc_1)
224 --- ei_d1SPOC1 ? individual error in depth of primary
minimum (d1inderrspoc_1)
225 --- ei_d2SPOC1 ? individual error in depth of secondary
minimum (d2inderrspoc_1)
226 --- ecoswformSPOC1 ? e cos(w) from timing formulae
(ecoswformspoc_1)
227 --- esinwformSPOC1 ? e sin(w) from timing formulae
(esinwformspoc_1)
228 --- cosiformSPOC1 ? cosine of inclination from timing
formulae (cosiformspoc_1)
229 --- phi0formSPOC1 ? phi_0 angle (Kopal 1959) from timing
formulae (phi0formspoc1)
230 [-] logrrformSPOC1 ? logarithm of the radius ratio r2/r1 from
timing formulae (logrrformspoc1)
231 [-] logsbformSPOC1 ? logarithm of the surface brightness
ratio sb2/sb1 from timing formulae
(logsbformspoc1)
232 --- eformSPOC1 ? Eccentricity from timing formulae
(eformspoc_1)
233 rd wformSPOC1 ? Argument of periastron (radians) from
timing formulae (wformspoc_1)
234 rd iformSPOC1 ? Inclination (radians) from timing
formulae (iformspoc_1)
235 --- rsumformSPOC1 ? Sum of radii divided by the semi-major
axis of the relative orbit from timing
formulae (rsumformspoc1)
236 --- rratformSPOC1 ? Radius ratio r2/r1 from timing formulae
(rratformspoc1)
237 --- sbratformSPOC1 ? Surface brightness ratio sb2/sb1 from
timing formulae (sbratformspoc1)
238 --- e_ecoswSPOC1 ? Formal uncorrelated error in ecosw
(ecoswsigspoc_1)
239 --- e_esinwSPOC1 ? Formal uncorrelated error in esinw
(esinwsigspoc_1)
240 --- e_cosiSPOC1 ? Error estimate for cosi used for formal
errors (cosisigspoc_1)
241 --- e_phi0SPOC1 ? Formal uncorrelated error in phi_0
(phi0sigspoc1)
242 --- e_logrrSPOC1 ? Scaled error formal estimate for log_rr
(logrrsigspoc1)
243 --- e_logsbSPOC1 ? Scaled formal error estimate for log_sb
(logsbsigspoc1)
244 --- e_esPOC1 ? Formal uncorrelated error in e
(esigspoc_1)
245 --- e_wsPOC1 ? Formal uncorrelated error in w
(wsigspoc_1)
246 --- e_isPOC1 ? Error estimate for i used for formal
errors (isigspoc_1)
247 --- e_rsumSPOC1 ? Formal uncorrelated error in r_sum
(rsumsigspoc1)
248 --- e_rratSPOC1 ? Scaled error formal estimate for r_rat
(rratsigspoc1)
249 --- e_sbragSPOC1 ? Scaled error formal estimate for sb_rat
(sbratsigspoc1)
250 --- b_ecoswSPOC1 ? Lower error estimate in ecosw
(ecoswlowspoc_1)
251 --- B_ecoswSPOC1 ? Upper error estimate in ecosw
(ecoswuppspoc_1)
252 --- b_esinwSPOC1 ? Lower error estimate in esinw
(esinwlowspoc_1)
253 --- B_esinwSPOC1 ? Upper error estimate in esinw
(esinwuppspoc_1)
254 --- b_cosiSPOC1 ? Lower error estimate in cosi
(cosilowspoc_1)
255 --- B_cosiSPOC1 ? Upper error estimate in cosi
(cosiuppspoc_1)
256 --- b_phi0SPOC1 ? Lower error estimate in phi_0
(phi0lowspoc1)
257 --- B_phi0SPOC1 ? Upper error estimate in phi_0
(phi0uppspoc1)
258 --- b_logrrSPOC1 ? Lower error estimate in log_rr
(logrrlowspoc1)
259 --- B_logrrSPOC1 ? Upper error estimate in log_rr
(logrruppspoc1)
260 --- b_logsbSPOC1 ? Lower error estimate in log_sb
(logsblowspoc1)
261 --- B_logsbSPOC1 ? Upper error estimate in log_sb
(logsbuppspoc1)
262 --- b_eSPOC1 ? Lower error estimate in e (elowspoc_1)
263 --- B_eSPOC1 ? Upper error estimate in e (euppspoc_1)
264 --- b_wSPOC1 ? Lower error estimate in w (wlowspoc_1)
265 --- B_wSPOC1 ? Upper error estimate in w (wuppspoc_1)
266 --- b_iSPOC1 ? Lower error estimate in i (ilowspoc_1)
267 --- B_iSPOC1 ? Upper error estimate in i (iuppspoc_1)
268 --- b_rsumSPOC1 ? Lower error estimate in r_sum
(rsumlowspoc1)
269 --- B_rsumSPOC1 ? Upper error estimate in r_sum
(rsumuppspoc1)
270 --- b_rratSPOC1 ? Lower error estimate in r_rat
(rratlowspoc1)
271 --- B_rratSPOC1 ? Upper error estimate in r_rat
(rratuppspoc1)
272 --- b_sbratSPOC1 ? Lower error estimate in sb_rat
(sbratlowspoc1)
273 --- B_sbratSPOC1 ? Upper error estimate in sb_rat
(sbratuppspoc1)
274 --- ecoswPhysSPOC1 ? e cos(w) of the physical model
(ecoswphysspoc_1)
275 --- esinwPhysSPOC1 ? e sin(w) of the physical model
(esinwphysspoc_1)
276 --- cosiPhysSPOC1 ? cos(i) of the physical model
(cosiphysspoc_1)
277 --- phi0PhysSPOC1 ? phi_0 of the physical model
(phi0physspoc1)
278 --- logrrPhysSPOC1 ? log of radius ratio of the physical
model (logrrphysspoc1)
279 --- logsbPhysSPOC1 ? log of surface brightness ratio of the
physical model (logsbphysspoc1)
280 --- ePhysSPOC1 ? Eccentricity of the physical model
(ephysspoc_1)
281 --- wPhysSPOC1 ? Argument of periastron of the physical
model (wphysspoc_1)
282 --- iPhysSPOC1 ? Inclination (radians) of the physical
model (iphysspoc_1)
283 --- rsumPhysSPOC1 ? Sum of fractional radii of the physical
model (rsumphysspoc1)
284 --- rratPhysSPOC1 ? Radius ratio of the physical model
(rratphysspoc1)
285 --- sbratPhysSPOC1 ? Surface brightness ratio of the physical
model (sbratphysspoc1)
286 --- nparamPhysSPOC1 ? Number of parameters after physical
model optimisation (nparamphysspoc1)
287 --- bicPhysSPOC1 ? BIC after physical model optimisation
(bicphysspoc_1)
288 --- noisePhysSPOC1 ? Noise level after physical model
optimisation (noiselevelphysspoc1)
289 --- totalfreqsSPOC1 ? Total number of frequencies
(totalfreqsspoc_1)
290 --- passedsigmaSPOC1 ? Number of frequencies that passed the
sigma test (passedsigmaspoc_1)
291 --- passedsnrSPOC1 ? Number of frequencies that passed the
S/R test (passedsnrspoc_1)
292 --- passedbothSPOC1 ? Number of frequencies that passed both
tests (passedbothspoc_1)
293 --- passdedharmSPOC1 ? Number of harmonics that passed both
tests (passedharmonicsspoc_1)
294 --- std-1SPOC1 ? standard deviation of the residuals of
the linear+sinusoid+eclipse model
(std1spoc_1)
295 --- std-2SPOC1 ? standard deviation of the residuals of
the linear+eclipse model (std2spoc_1)
296 --- std-3SPOC1 ? standard deviation of the residuals of
the linear+harmonic 1 and 2+eclipse model
(std3spoc_1)
297 --- std-4SPOC1 ? standard deviation of the residuals of
the linear+non-harmonic sinusoid+eclipse
model (std4spoc_1)
298 --- ratio1-1SPOC1 ? ratio of the first eclipse depth to
std_1 (ratio11spoc1)
299 --- ratio1-2SPOC1 ? ratio of the second eclipse depth to
std_1 (ratio12spoc1)
300 --- ratio2-1SPOC1 ? ratio of the first eclipse depth to
std_2 (ratio21spoc1)
301 --- ratio2-2SPOC1 ? ratio of the second eclipse depth to
std_2 (ratio22spoc1)
302 --- ratio3-1SPOC1 ? ratio of the first eclipse depth to
std_3 (ratio31spoc1)
303 --- ratio3-2SPOC1 ? ratio of the second eclipse depth to
std_3 (ratio32spoc1)
304 --- ratio4-1SPOC1 ? ratio of the first eclipse depth to
std_4 (ratio41spoc1)
305 --- ratio4-2SPOC1 ? ratio of the second eclipse depth to
std_4 (ratio42spoc1)
306 --- std-5SPOC1 ? standard deviation 2 minus 4
(in square) (std5spoc_1)
307 --- snr51SPOC1 ? ratio of std 5 to std 1 (snr51spoc1)
308 --- fd1SPOC1 ? first dominant frequency (fd1spoc_1)
309 --- fd2SPOC1 ? second dominant frequency (fd2spoc_1)
310 --- fd3SPOC1 ? third dominant frequency (fd3spoc_1)
311 --- fd4SPOC1 ? fourth dominant frequency (fd4spoc_1)
312 --- fd5SPOC1 ? fifth dominant frequency (fd5spoc_1)
313 --- ad1SPOC1 ? first dominant amplitude (ad1spoc_1)
314 --- ad2SPOC1 ? second dominant amplitude (ad2spoc_1)
315 --- ad3SPOC1 ? third dominant amplitude (ad3spoc_1)
316 --- ad4SPOC1 ? fourth dominant amplitude (ad4spoc_1)
317 --- ad5SPOC1 ? fifth dominant amplitude (ad5spoc_1)
318 --- stageSPOC2 ? furthest stage the analysis reached
(stagespoc2)
319 d ttotSPOC2 ? Total time base of observations in days
(ttotspoc_2)
320 d tmeanSPOC2 ? Time series mean time reference point
(tmeanspoc_2)
321 d PerSPOC2 ? orbital period in days (periodspoc2)
322 d e_PerSPOC2 ? Error in the orbital period
(perrspoc_2)
323 --- nparamprewSPOC2 ? Number of free parameters after the
prewhitening phase (nparamprewspoc2)
324 --- bicprewSPOC2 ? BIC after the prewhitening phase
(bicprewspoc_2)
325 --- noiseprewSPOC2 ? Noise level after the prewhitening phase
(noiselevelprewspoc2)
326 d t1SPOC2 ? Time of primary minimum with respect to
the mean time (t1spoc_2)
327 d t2SPOC2 ? Time of secondary minimum with respect
to the mean time (t2spoc_2)
328 d t1-1SPOC2 ? Time of primary first contact with
respect to the mean time (t11spoc2)
329 d t1-2SPOC2 ? Time of primary last contact with
respect to the mean time (t12spoc2)
330 d t2-1SPOC2 ? Time of secondary first contact with
respect to the mean time (t21spoc2)
331 d t2-2SPOC2 ? Time of secondary last contact with
respect to the mean time (t22spoc2)
332 d tb1-1SPOC2 ? Start of (flat) eclipse bottom left of
primary minimum (tb11spoc_2)
333 d tb1-2SPOC2 ? End of (flat) eclipse bottom right of
primary minimum (tb12spoc_2)
334 d tb2-1SPOC2 ? Start of (flat) eclipse bottom left of
secondary minimum (tb21spoc_2)
335 d tb2-2SPOC2 ? End of (flat) eclipse bottom right of
secondary minimum (tb22spoc_2)
336 --- depth1SPOC2 ? Depth of primary minimum
(depth1spoc_2)
337 --- depth2SPOC2 ? Depth of secondary minimum
(depth2spoc_2)
338 d e_t1SPOC2 ? Error in time of primary minimum
(t_1) (t1errspoc2)
339 d e_t2SPOC2 ? Error in time of secondary minimum
(t_2) (t2errspoc2)
340 d e_t1-1SPOC2 ? Error in time of primary first contact
(t11) (t11errspoc_2)
341 d e_t1-2SPOC2 ? Error in time of primary last contact
(t12) (t12errspoc_2)
342 d e_t2-1SPOC2 ? Error in time of secondary first contact
(t21) (t21errspoc_2)
343 d e_t2-2SPOC2 ? Error in time of secondary last contact
(t22) (t22errspoc_2)
344 d e_tb1-1SPOC2 ? Error in start of (flat) eclipse bottom
left of primary minimum
(tb11errspoc2)
345 d e_tb1-2SPOC2 ? Error in end of (flat) eclipse bottom
right of primary minimum
(tb12errspoc2)
346 d e_tb2-1SPOC2 ? Error in start of (flat) eclipse bottom
left of secondary minimum
(tb21errspoc2)
347 d e_tb2-2SPOC2 ? Error in end of (flat) eclipse bottom
right of secondary minimum
(tb22errspoc2)
348 --- e_d1SPOC2 ? Error in depth of primary minimum
(d1errspoc2)
349 --- e_d2SPOC2 ? Error in depth of secondary minimum
(d2errspoc2)
350 d ei_t1SPOC2 ? individual error in time of primary
minimum (t_1) (t1inderrspoc_2)
351 d ei_t2SPOC2 ? individual error in time of secondary
minimum (t_2) (t2inderrspoc_2)
352 d ei_t1-1SPOC2 ? individual error in time of primary
first contact (t11)
(t11inderrspoc2)
353 d ei_t1-2SPOC2 ? individual error in time of primary last
contact (t12) (t12inderrspoc2)
354 d ei_t2-1SPOC2 ? individual error in time of secondary
first contact (t21)
(t21inderrspoc2)
355 d ei_t2-2SPOC2 ? individual error in time of secondary
last contact (t22)
(t22inderrspoc2)
356 d ei_tb1-1SPOC2 ? individual error in start of (flat)
eclipse bottom left of primary minimum
(tb11inderrspoc_2)
357 d ei_tb1-2SPOC2 ? individual error in end of (flat)
eclipse bottom right of primary minimum
(tb12inderrspoc_2)
358 d ei_tb2-1SPOC2 ? individual error in start of (flat)
eclipse bottom left of secondary minimum
(tb21inderrspoc_2)
359 d ei_tb2-2SPOC2 ? individual error in end of (flat)
eclipse bottom right of secondary minimum
(tb22inderrspoc_2)
360 --- ei_d1SPOC2 ? individual error in depth of primary
minimum (d1inderrspoc_2)
361 --- ei_d2SPOC2 ? individual error in depth of secondary
minimum (d2inderrspoc_2)
362 --- ecoswformSPOC2 ? e cos(w) from timing formulae
(ecoswformspoc_2)
363 --- esinwformSPOC2 ? e sin(w) from timing formulae
(esinwformspoc_2)
364 --- cosiformSPOC2 ? cosine of inclination from timing
formulae (cosiformspoc_2)
365 --- phi0formSPOC2 ? phi_0 angle (Kopal 1959) from timing
formulae (phi0formspoc2)
366 --- logrrformSPOC2 ? logarithm of the radius ratio r2/r1 from
timing formulae (logrrformspoc2)
367 --- logsbformSPOC2 ? logarithm of the surface brightness
ratio sb2/sb1 from timing formulae
(logsbformspoc2)
368 --- eformSPOC2 ? Eccentricity from timing formulae
(eformspoc_2)
369 --- wformSPOC2 ? Argument of periastron (radians) from
timing formulae (wformspoc_2)
370 --- iformSPOC2 ? Inclination (radians) from timing
formulae (iformspoc_2)
371 --- rsumformSPOC2 ? Sum of radii divided by the semi-major
axis of the relative orbit from timing
formulae (rsumformspoc2)
372 --- rratformSPOC2 ? Radius ratio r2/r1 from timing formulae
(rratformspoc2)
373 --- sbratformSPOC2 ? Surface brightness ratio sb2/sb1 from
timing formulae (sbratformspoc2)
374 --- e_ecoswSPOC2 ? Formal uncorrelated error in ecosw
(ecoswsigspoc_2)
375 --- e_esinwSPOC2 ? Formal uncorrelated error in esinw
(esinwsigspoc_2)
376 --- e_cosiSPOC2 ? Error estimate for cosi used for formal
errors (cosisigspoc_2)
377 --- e_phi0SPOC2 ? Formal uncorrelated error in phi_0
(phi0sigspoc2)
378 --- e_logrrSPOC2 ? Scaled error formal estimate for log_rr
(logrrsigspoc2)
379 --- e_logsbSPOC2 ? Scaled formal error estimate for log_sb
(logsbsigspoc2)
380 --- e_eSPOC2 ? Formal uncorrelated error in e
(esigspoc_2)
381 --- e_wSPOC2 ? Formal uncorrelated error in w
(wsigspoc_2)
382 --- e_iSPOC2 ? Error estimate for i used for formal
errors (isigspoc_2)
383 --- e_rsumSPOC2 ? Formal uncorrelated error in r_sum
(rsumsigspoc2)
384 --- e_rratSPOC2 ? Scaled error formal estimate for r_rat
(rratsigspoc2)
385 --- BesbratSPOC2 ? Scaled error formal estimate for sb_rat
(sbratsigspoc2)
386 --- b_ecoswSPOC2 ? Lower error estimate in ecosw
(ecoswlowspoc_2)
387 --- B_ecoswSPOC2 ? Upper error estimate in ecosw
(ecoswuppspoc_2)
388 --- b_esinwSPOC2 ? Lower error estimate in esinw
(esinwlowspoc_2)
389 --- B_esinwSPOC2 ? Upper error estimate in esinw
(esinwuppspoc_2)
390 --- b_cosiSPOC2 ? Lower error estimate in cosi
(cosilowspoc_2)
391 --- B_cosiSPOC2 ? Upper error estimate in cosi
(cosiuppspoc_2)
392 --- b_phi0SPOC2 ? Lower error estimate in phi_0
(phi0lowspoc2)
393 --- B_phi0SPOC2 ? Upper error estimate in phi_0
(phi0uppspoc2)
394 --- b_logrrSPOC2 ? Lower error estimate in log_rr
(logrrlowspoc2)
395 --- B_logrrSPOC2 ? Upper error estimate in log_rr
(logrruppspoc2)
396 --- b_logsbSPOC2 ? Lower error estimate in log_sb
(logsblowspoc2)
397 --- B_logsbSPOC2 ? Upper error estimate in log_sb
(logsbuppspoc2)
398 --- b_eSPOC2 ? Lower error estimate in e (elowspoc_2)
399 --- B_eSPOC2 ? Upper error estimate in e (euppspoc_2)
400 --- b_wSPOC2 ? Lower error estimate in w (wlowspoc_2)
401 --- B_wSPOC2 ? Upper error estimate in w (wuppspoc_2)
402 --- b_iSPOC2 ? Lower error estimate in i (ilowspoc_2)
403 --- B_iSPOC2 ? Upper error estimate in i (iuppspoc_2)
404 --- b_rsumSPOC2 ? Lower error estimate in r_sum
(rsumlowspoc2)
405 --- B_rsumSPOC2 ? Upper error estimate in r_sum
(rsumuppspoc2)
406 --- b_rratSPOC2 ? Lower error estimate in r_rat
(rratlowspoc2)
407 --- B_rratSPOC2 ? Upper error estimate in r_rat
(rratuppspoc2)
408 --- b_sbratSPOC2 ? Lower error estimate in sb_rat
(sbratlowspoc2)
409 --- B_sbratSPOC2 ? Upper error estimate in sb_rat
(sbratuppspoc2)
410 --- ecoswPhysSPOC2 ? e cos(w) of the physical model
(ecoswphysspoc_2)
411 --- esinwPhysSPOC2 ? e sin(w) of the physical model
(esinwphysspoc_2)
412 --- cosiPhysSPOC2 ? cos(i) of the physical model
(cosiphysspoc_2)
413 --- phi0PhysSPOC2 ? phi_0 of the physical model
(phi0physspoc2)
414 --- logrrPhysSPOC2 ? log of radius ratio of the physical
model (logrrphysspoc2)
415 --- logsbPhysSPOC2 ? log of surface brightness ratio of the
physical model (logsbphysspoc2)
416 --- ePhysSPOC2 ? Eccentricity of the physical model
(ephysspoc_2)
417 --- wPhysSPOC2 ? Argument of periastron of the physical
model (wphysspoc_2)
418 --- iPhysSPOC2 ? Inclination (radians) of the physical
model (iphysspoc_2)
419 --- rsumPhysSPOC2 ? Sum of fractional radii of the physical
model (rsumphysspoc2)
420 --- rratPhysSPOC2 ? Radius ratio of the physical model
(rratphysspoc2)
421 --- sbratPhysSPOC2 ? Surface brightness ratio of the physical
model (sbratphysspoc2)
422 --- nparamPhysSPOC2 ? Number of parameters after physical
model optimisation (nparamphysspoc2)
423 --- bicPhysSPOC2 ? BIC after physical model optimisation
(bicphysspoc_2)
424 --- noisePhysSPOC2 ? Noise level after physical model
optimisation (noiselevelphysspoc2)
425 --- totalfreqsSPOC2 ? Total number of frequencies
(totalfreqsspoc_2)
426 --- passedsigmaSPOC2 ? Number of frequencies that passed the
sigma test (passedsigmaspoc_2)
427 --- passedsnrSPOC2 ? Number of frequencies that passed the
S/R test (passedsnrspoc_2)
428 --- passedbothSPOC2 ? Number of frequencies that passed both
tests (passedbothspoc_2)
429 --- passdedharmSPOC2 ? Number of harmonics that passed both
tests (passedharmonicsspoc_2)
430 --- std-1SPOC2 ? standard deviation of the residuals of
the linear+sinusoid+eclipse model
(std1spoc_2)
431 --- std-2SPOC2 ? standard deviation of the residuals of
the linear+eclipse model (std2spoc_2)
432 --- std-3SPOC2 ? standard deviation of the residuals of
the linear+harmonic 1 and 2+eclipse model
(std3spoc_2)
433 --- std-4SPOC2 ? standard deviation of the residuals of
the linear+non-harmonic sinusoid+eclipse
model (std4spoc_2)
434 --- ratio1-1SPOC2 ? ratio of the first eclipse depth to
std_1 (ratio11spoc2)
435 --- ratio1-2SPOC2 ? ratio of the second eclipse depth to
std_1 (ratio12spoc2)
436 --- ratio2-1SPOC2 ? ratio of the first eclipse depth to
std_2 (ratio21spoc2)
437 --- ratio2-2SPOC2 ? ratio of the second eclipse depth to
std_2 (ratio22spoc2)
438 --- ratio3-1SPOC2 ? ratio of the first eclipse depth to
std_3 (ratio31spoc2)
439 --- ratio3-2SPOC2 ? ratio of the second eclipse depth to
std_3 (ratio32spoc2)
440 --- ratio4-1SPOC2 ? ratio of the first eclipse depth to
std_4 (ratio41spoc2)
441 --- ratio4-2SPOC2 ? ratio of the second eclipse depth to
std_4 (ratio42spoc2)
442 --- std5SPOC2 ? standard deviation 2 minus 4 (in square)
(std5spoc_2)
443 --- snr5-1SPOC2 ? ratio of std 5 to std 1 (snr51spoc2)
444 --- fd1SPOC2 ? first dominant frequency (fd1spoc_2)
445 --- fd2SPOC2 ? second dominant frequency (fd2spoc_2)
446 --- fd3SPOC2 ? third dominant frequency (fd3spoc_2)
447 --- fd4SPOC2 ? fourth dominant frequency (fd4spoc_2)
448 --- fd5SPOC2 ? fifth dominant frequency (fd5spoc_2)
449 --- ad1SPOC2 ? first dominant amplitude (ad1spoc_2)
450 --- ad2SPOC2 ? second dominant amplitude (ad2spoc_2)
451 --- ad3SPOC2 ? third dominant amplitude (ad3spoc_2)
452 --- ad4SPOC2 ? fourth dominant amplitude (ad4spoc_2)
453 --- ad5SPOC2 ? fifth dominant amplitude (ad5spoc_2)
454 --- stageSPOC3 ? furthest stage the analysis reached
(stagespoc3)
455 d ttotSPOC3 ? Total time base of observations in days
(ttotspoc_3)
456 d tmeanSPOC3 ? Time series mean time reference point
(tmeanspoc_3)
457 d PerSPOC3 ? orbital period in days (periodspoc3)
458 d e_PerSPOC3 ? Error in the orbital period
(perrspoc_3)
459 --- nparamprewSPOC3 ? Number of free parameters after the
prewhitening phase (nparamprewspoc3)
460 --- bicprewSPOC3 ? BIC after the prewhitening phase
(bicprewspoc_3)
461 --- noiseprewSPOC3 ? Noise level after the prewhitening phase
(noiselevelprewspoc3)
462 --- t1SPOC3 ? Time of primary minimum with respect to
the mean time (t1spoc_3)
463 --- t2SPOC3 ? Time of secondary minimum with respect
to the mean time (t2spoc_3)
464 --- t1-1SPOC3 ? Time of primary first contact with
respect to the mean time (t11spoc3)
465 --- t1-2SPOC3 ? Time of primary last contact with
respect to the mean time (t12spoc3)
466 --- t2-1SPOC3 ? Time of secondary first contact with
respect to the mean time (t21spoc3)
467 --- t2-2SPOC3 ? Time of secondary last contact with
respect to the mean time (t22spoc3)
468 --- tb1-1SPOC3 ? Start of (flat) eclipse bottom left of
primary minimum (tb11spoc_3)
469 --- tb1-2SPOC3 ? End of (flat) eclipse bottom right of
primary minimum (tb12spoc_3)
470 --- t_b2-1SPOC3 ? Start of (flat) eclipse bottom left of
secondary minimum (tb21spoc_3)
471 --- t_b2-2SPOC3 ? End of (flat) eclipse bottom right of
secondary minimum (tb22spoc_3)
472 --- depth1SPOC3 ? Depth of primary minimum
(depth1spoc_3)
473 --- depth2SPOC3 ? Depth of secondary minimum
(depth2spoc_3)
474 --- e_t1SPOC3 ? Error in time of primary minimum
(t_1) (t1errspoc3)
475 --- e_t2SPOC3 ? Error in time of secondary minimum
(t_2) (t2errspoc3)
476 --- e_t1-1SPOC3 ? Error in time of primary first contact
(t11) (t11errspoc_3)
477 --- e_t1-2SPOC3 ? Error in time of primary last contact
(t12) (t12errspoc_3)
478 --- e_t2-1SPOC3 ? Error in time of secondary first contact
(t21) (t21errspoc_3)
479 --- e_t2-2SPOC3 ? Error in time of secondary last contact
(t22) (t22errspoc_3)
480 --- e_tb1-1SPOC3 ? Error in start of (flat) eclipse bottom
left of primary minimum
(tb11errspoc3)
481 --- e_tb1-2SPOC3 ? Error in end of (flat) eclipse bottom
right of primary minimum
(tb12errspoc3)
482 --- e_tb2-1SPOC3 ? Error in start of (flat) eclipse bottom
left of secondary minimum
(tb21errspoc3)
483 --- e_tb2-2SPOC3 ? Error in end of (flat) eclipse bottom
right of secondary minimum
(tb22errspoc3)
484 --- e_d1SPOC3 ? Error in depth of primary minimum
(d1errspoc3)
485 --- e_d2SPOC3 ? Error in depth of secondary minimum
(d2errspoc3)
486 --- ei_t1SPOC3 ? individual error in time of primary
minimum (t_1) (t1inderrspoc_3)
487 --- ei_t2SPOC3 ? individual error in time of secondary
minimum (t_2) (t2inderrspoc_3)
488 --- ei_t1-1SPOC3 ? individual error in time of primary
first contact (t11)
(t11inderrspoc3)
489 --- ei_t1-2SPOC3 ? individual error in time of primary last
contact (t12) (t12inderrspoc3)
490 --- ei_t2-1SPOC3 ? individual error in time of secondary
first contact (t21)
(t21inderrspoc3)
491 --- ei_t2-2SPOC3 ? individual error in time of secondary
last contact (t22)
(t22inderrspoc3)
492 --- ei_tb1-1SPOC3 ? individual error in start of (flat)
eclipse bottom left of primary minimum
(tb11inderrspoc_3)
493 --- ei_tb1-2SPOC3 ? individual error in end of (flat)
eclipse bottom right of primary minimum
(tb12inderrspoc_3)
494 --- ei_tb2-1SPOC3 ? individual error in start of (flat)
eclipse bottom left of secondary minimum
(tb21inderrspoc_3)
495 --- ei_tb2-2SPOC3 ? individual error in end of (flat)
eclipse bottom right of secondary minimum
(tb22inderrspoc_3)
496 --- ei_d1SPOC3 ? individual error in depth of primary
minimum (d1inderrspoc_3)
497 --- ei_d2SPOC3 ? individual error in depth of secondary
minimum (d2inderrspoc_3)
498 --- ecoswformSPOC3 ? e cos(w) from timing formulae
(ecoswformspoc_3)
499 --- esinwformSPOC3 ? e sin(w) from timing formulae
(esinwformspoc_3)
500 --- cosiformSPOC3 ? cosine of inclination from timing
formulae (cosiformspoc_3)
501 --- phi0formSPOC3 ? phi_0 angle (Kopal 1959) from timing
formulae (phi0formspoc3)
502 --- logrrformSPOC3 ? logarithm of the radius ratio r2/r1 from
timing formulae (logrrformspoc3)
503 --- logsbformSPOC3 ? logarithm of the surface brightness
ratio sb2/sb1 from timing formulae
(logsbformspoc3)
504 --- eformSPOC3 ? Eccentricity from timing formulae
(eformspoc_3)
505 --- wformSPOC3 ? Argument of periastron (radians) from
timing formulae (wformspoc_3)
506 --- iformSPOC3 ? Inclination (radians) from timing
formulae (iformspoc_3)
507 --- rsumformSPOC3 ? Sum of radii divided by the semi-major
axis of the relative orbit from timing
formulae (rsumformspoc3)
508 --- rratformSPOC3 ? Radius ratio r2/r1 from timing formulae
(rratformspoc3)
509 --- sbratformSPOC3 ? Surface brightness ratio sb2/sb1 from
timing formulae (sbratformspoc3)
510 --- e_ecoswSPOC3 ? Formal uncorrelated error in ecosw
(ecoswsigspoc_3)
511 --- e_esinwSPOC3 ? Formal uncorrelated error in esinw
(esinwsigspoc_3)
512 --- e_cosiSPOC3 ? Error estimate for cosi used for formal
errors (cosisigspoc_3)
513 --- e_phi0SPOC3 ? Formal uncorrelated error in phi_0
(phi0sigspoc3)
514 --- e_logrrSPOC3 ? Scaled error formal estimate for log_rr
(logrrsigspoc3)
515 --- e_logsbSPOC3 ? Scaled formal error estimate for log_sb
(logsbsigspoc3)
516 --- e_eSPOC3 ? Formal uncorrelated error in e
(esigspoc_3)
517 --- e_wSPOC3 ? Formal uncorrelated error in w
(wsigspoc_3)
518 --- e_iSPOC3 ? Error estimate for i used for formal
errors (isigspoc_3)
519 --- e_rsumSPOC3 ? Formal uncorrelated error in r_sum
(rsumsigspoc3)
520 --- e_rratSPOC3 ? Scaled error formal estimate for r_rat
(rratsigspoc3)
521 --- e_sbratSPOC3 ? Scaled error formal estimate for sb_rat
(sbratsigspoc3)
522 --- b_ecoswSPOC3 ? Lower error estimate in ecosw
(ecoswlowspoc_3)
523 --- B_ecoswSPOC3 ? Upper error estimate in ecosw
(ecoswuppspoc_3)
524 --- b_esinwSPOC3 ? Lower error estimate in esinw
(esinwlowspoc_3)
525 --- B_esinwSPOC3 ? Upper error estimate in esinw
(esinwuppspoc_3)
526 --- b_cosiSPOC3 ? Lower error estimate in cosi
(cosilowspoc_3)
527 --- B_cosiSPOC3 ? Upper error estimate in cosi
(cosiuppspoc_3)
528 --- b_phi0SPOC3 ? Lower error estimate in phi_0
(phi0lowspoc3)
529 --- B_phi0SPOC3 ? Upper error estimate in phi_0
(phi0uppspoc3)
530 --- b_logrrSPOC3 ? Lower error estimate in log_rr
(logrrlowspoc3)
531 --- B_logrrSPOC3 ? Upper error estimate in log_rr
(logrruppspoc3)
532 --- b_logsbSPOC3 ? Lower error estimate in log_sb
(logsblowspoc3)
533 --- B_logsbSPOC3 ? Upper error estimate in log_sb
(logsbuppspoc3)
534 --- b_eSPC3 ? Lower error estimate in e (elowspoc_3)
535 --- B_eSPOC3 ? Upper error estimate in e (euppspoc_3)
536 --- b_wSPOC3 ? Lower error estimate in w (wlowspoc_3)
537 --- B_wSPOC3 ? Upper error estimate in w (wuppspoc_3)
538 --- b_iSPOC3 ? Lower error estimate in i (ilowspoc_3)
539 --- B_iSPOC3 ? Upper error estimate in i (iuppspoc_3)
540 --- b_rsumSPOC3 ? Lower error estimate in r_sum
(rsumlowspoc3)
541 --- B_rsumSPOC3 ? Upper error estimate in r_sum
(rsumuppspoc3)
542 --- b_rratSPOC3 ? Lower error estimate in r_rat
(rratlowspoc3)
543 --- B_rratSPOC3 ? Upper error estimate in r_rat
(rratuppspoc3)
544 --- b_sbratSPOC3 ? Lower error estimate in sb_rat
(sbratlowspoc3)
545 --- B_sbratSPOC3 ? Upper error estimate in sb_rat
(sbratuppspoc3)
546 --- ecoswPhysSPOC3 ? e cos(w) of the physical model
(ecoswphysspoc_3)
547 --- esinwPhysSPOC3 ? e sin(w) of the physical model
(esinwphysspoc_3)
548 --- cosiPhysSPOC3 ? cos(i) of the physical model
(cosiphysspoc_3)
549 --- phi0PhysSPOC3 ? phi_0 of the physical model
(phi0physspoc3)
550 --- logrrPhysSPOC3 ? log of radius ratio of the physical
model (logrrphysspoc3)
551 --- logsbPhysSPOC3 ? log of surface brightness ratio of the
physical model (logsbphysspoc3)
552 --- ePhysSPOC3 ? Eccentricity of the physical model
(ephysspoc_3)
553 --- wPhysSPOC3 ? Argument of periastron of the physical
model (wphysspoc_3)
554 --- iPhysSPOC3 ? Inclination (radians) of the physical
model (iphysspoc_3)
555 --- rsumPhysSPOC3 ? Sum of fractional radii of the physical
model (rsumphysspoc3)
556 --- rratPhysSPOC3 ? Radius ratio of the physical model
(rratphysspoc3)
557 --- sbratPhysSPOC3 ? Surface brightness ratio of the physical
model (sbratphysspoc3)
558 --- nparamPhysSPOC3 ? Number of parameters after physical
model optimisation (nparamphysspoc3)
559 --- bicPhysSPOC3 ? BIC after physical model optimisation
(bicphysspoc_3)
560 --- noisePhysSPOC3 ? Noise level after physical model
optimisation (noiselevelphysspoc3)
561 --- totalfreqsSPOC3 ? Total number of frequencies
(totalfreqsspoc_3)
562 --- passedsigmaSPOC3 ? Number of frequencies that passed the
sigma test (passedsigmaspoc_3)
563 --- passedsnrSPOC3 ? Number of frequencies that passed the
S/R test (passedsnrspoc_3)
564 --- passedbothSPOC3 ? Number of frequencies that passed both
tests (passedbothspoc_3)
565 --- passdedharmSPOC3 ? Number of harmonics that passed both
tests (passedharmonicsspoc_3)
566 --- std1SPOC3 ? standard deviation of the residuals of
the linear+sinusoid+eclipse model
(std1spoc_3)
567 --- std2SPOC3 ? standard deviation of the residuals of
the linear+eclipse model (std2spoc_3)
568 --- std3SPOC3 ? standard deviation of the residuals of
the linear+harmonic 1 and 2+eclipse model
(std3spoc_3)
569 --- std4SPOC3 ? standard deviation of the residuals of
the linear+non-harmonic sinusoid+eclipse
model (std4spoc_3)
570 --- ratio1-1SPOC3 ? ratio of the first eclipse depth to
std_1 (ratio11spoc3)
571 --- ratio1-2SPOC3 ? ratio of the second eclipse depth to
std_1 (ratio12spoc3)
572 --- ratio2-1SPOC3 ? ratio of the first eclipse depth to
std_2 (ratio21spoc3)
573 --- ratio2-2SPOC3 ? ratio of the second eclipse depth to
std_2 (ratio22spoc3)
574 --- ratio3-1SPOC3 ? ratio of the first eclipse depth to
std_3 (ratio31spoc3)
575 --- ratio3-2SPOC3 ? ratio of the second eclipse depth to
std_3 (ratio32spoc3)
576 --- ratio4-1SPOC3 ? ratio of the first eclipse depth to
std_4 (ratio41spoc3)
577 --- ratio4-2SPOC3 ? ratio of the second eclipse depth to
std_4 (ratio42spoc3)
578 --- std5SPOC3 ? standard deviation 2 minus 4 (in square)
(std5spoc_3)
579 --- snr5-1SPOC3 ? ratio of std 5 to std 1 (snr51spoc3)
580 --- fd1SPOC3 ? first dominant frequency (fd1spoc_3)
581 --- fd2SPOC3 ? second dominant frequency (fd2spoc_3)
582 --- fd3SPOC3 ? third dominant frequency (fd3spoc_3)
583 --- fd4SPOC3 ? fourth dominant frequency (fd4spoc_3)
584 --- fd5SPOC3 ? fifth dominant frequency (fd5spoc_3)
585 --- ad1SPOC3 ? first dominant amplitude (ad1spoc_3)
586 --- ad2SPOC3 ? second dominant amplitude (ad2spoc_3)
587 --- ad3SPOC3 ? third dominant amplitude (ad3spoc_3)
588 --- ad4SPOC3 ? fourth dominant amplitude (ad4spoc_3)
589 --- ad5SPOC3 ? fifth dominant amplitude (ad5spoc_3)
590 --- stageSPOC4 ? furthest stage the analysis reached
(stagespoc4)
591 d ttotSPOC4 ? Total time base of observations in days
(ttotspoc_4)
592 d tmeanSPOC4 ? Time series mean time reference point
(tmeanspoc_4)
593 d PerSPOC4 ? orbital period in days (periodspoc4)
594 d e_PerSPOC4 ? Error in the orbital period
(perrspoc_4)
595 --- nparamprewSPOC4 ? Number of free parameters after the
prewhitening phase (nparamprewspoc4)
596 --- bicprewSPOC4 ? BIC after the prewhitening phase
(bicprewspoc_4)
597 --- noiseprewSPOC4 ? Noise level after the prewhitening phase
(noiselevelprewspoc4)
598 --- t1SPOC4 ? Time of primary minimum with respect to
the mean time (t1spoc_4)
599 --- t2SPOC4 ? Time of secondary minimum with respect
to the mean time (t2spoc_4)
600 --- t1-1SPOC4 ? Time of primary first contact with
respect to the mean time (t11spoc4)
601 --- t1-2SPOC4 ? Time of primary last contact with
respect to the mean time (t12spoc4)
602 --- t2-1SPOC4 ? Time of secondary first contact with
respect to the mean time (t21spoc4)
603 --- t2-2SPOC4 ? Time of secondary last contact with
respect to the mean time (t22spoc4)
604 --- tb1-1SPOC4 ? Start of (flat) eclipse bottom left of
primary minimum (tb11spoc_4)
605 --- tb1-2SPOC4 ? End of (flat) eclipse bottom right of
primary minimum (tb12spoc_4)
606 --- tb2-1SPOC4 ? Start of (flat) eclipse bottom left of
secondary minimum (tb21spoc_4)
607 --- tb2-2SPOC4 ? End of (flat) eclipse bottom right of
secondary minimum (tb22spoc_4)
608 --- depth1SPOC4 ? Depth of primary minimum
(depth1spoc_4)
609 --- depth2SPOC4 ? Depth of secondary minimum
(depth2spoc_4)
610 --- et1SPOC4 ? Error in time of primary minimum
(t_1) (t1errspoc4)
611 --- et2SPOC4 ? Error in time of secondary minimum
(t_2) (t2errspoc4)
612 --- et1-1SPOC4 ? Error in time of primary first contact
(t11) (t11errspoc_4)
613 --- et1-2SPOC4 ? Error in time of primary last contact
(t12) (t12errspoc_4)
614 --- et2-1SPOC4 ? Error in time of secondary first contact
(t21) (t21errspoc_4)
615 --- et2-2SPOC4 ? Error in time of secondary last contact
(t22) (t22errspoc_4)
616 --- e_tb1-1SPOC4 ? Error in start of (flat) eclipse bottom
left of primary minimum
(tb11errspoc4)
617 --- e_tb1-2SPOC4 ? Error in end of (flat) eclipse bottom
right of primary minimum
(tb12errspoc4)
618 --- e_tb2-1SPOC4 ? Error in start of (flat) eclipse
bottom left of secondary minimum
(tb21errspoc4)
619 --- e_tb2-2SPOC4 ? Error in end of (flat) eclipse bottom
right of secondary minimum
(tb22errspoc4)
620 --- e_d1SPOC4 ? Error in depth of primary minimum
(d1errspoc4)
621 --- e_d2SPOC4 ? Error in depth of secondary minimum
(d2errspoc4)
622 --- eit1SPOC4 ? individual error in time of primary
minimum (t_1) (t1inderrspoc_4)
623 --- eit2SPOC4 ? individual error in time of secondary
minimum (t_2) (t2inderrspoc_4)
624 --- eit1_1SPOC4 ? individual error in time of primary
first contact (t11)
(t11inderrspoc4)
625 --- eit1_2SPOC4 ? individual error in time of primary last
contact (t12) (t12inderrspoc4)
626 --- eit2_1SPOC4 ? individual error in time of secondary
first contact (t21)
(t21inderrspoc4)
627 --- eit2_2SPOC4 ? individual error in time of secondary
last contact (t22)
(t22inderrspoc4)
628 --- ei_tb1-1SPOC4 ? individual error in start of (flat)
eclipse bottom left of primary minimum
(tb11inderrspoc_4)
629 --- ei_tb1-2SPOC4 ? individual error in end of (flat)
eclipse bottom right of primary minimum
(tb12inderrspoc_4)
630 --- ei_tb2-1SPOC4 ? individual error in start of (flat)
eclipse bottom left of secondary minimum
(tb21inderrspoc_4)
631 --- ei_tb2-2SPOC4 ? individual error in end of (flat)
eclipse bottom right of secondary minimum
(tb22inderrspoc_4)
632 --- ei_d1SPOC4 ? individual error in depth of primary
minimum (d1inderrspoc_4)
633 --- ei_d2SPOC4 ? individual error in depth of secondary
minimum (d2inderrspoc_4)
634 --- ecoswformSPOC4 ? e cos(w) from timing formulae
(ecoswformspoc_4)
635 --- esinwformSPOC4 ? e sin(w) from timing formulae
(esinwformspoc_4)
636 --- cosiformSPOC4 ? cosine of inclination from timing
formulae (cosiformspoc_4)
637 --- phi0formSPOC4 ? phi_0 angle (Kopal 1959) from timing
formulae (phi0formspoc4)
638 --- logrrformSPOC4 ? logarithm of the radius ratio r2/r1
from timing formulae (logrrformspoc4)
639 --- logsbformSPOC4 ? logarithm of the surface brightness
ratio sb2/sb1 from timing formulae
(logsbformspoc4)
640 --- eformSPOC4 ? Eccentricity from timing formulae
(eformspoc_4)
641 --- wformSPOC4 ? Argument of periastron (radians) from
timing formulae (wformspoc_4)
642 --- iformSPOC4 ? Inclination (radians) from timing
formulae (iformspoc_4)
643 --- rsumformSPOC4 ? Sum of radii divided by the semi-major
axis of the relative orbit from timing
formulae (rsumformspoc4)
644 --- rratformSPOC4 ? Radius ratio r2/r1 from timing formulae
(rratformspoc4)
645 --- sbratformSPOC4 ? Surface brightness ratio sb2/sb1 from
timing formulae (sbratformspoc4)
646 --- e_ecoswSPOC4 ? Formal uncorrelated error in ecosw
(ecoswsigspoc_4)
647 --- e_esinwSPOC4 ? Formal uncorrelated error in esinw
(esinwsigspoc_4)
648 --- e_cosiSPOC4 ? Error estimate for cosi used for formal
errors (cosisigspoc_4)
649 --- ephi0SPOC4 ? Formal uncorrelated error in phi_0
(phi0sigspoc4)
650 --- elogrrSPOC4 ? Scaled error formal estimate for log_rr
(logrrsigspoc4)
651 --- elogsbSPOC4 ? Scaled formal error estimate for log_sb
(logsbsigspoc4)
652 --- e_eSPOC4 ? Formal uncorrelated error in e
(esigspoc_4)
653 --- e_wSPOC4 ? Formal uncorrelated error in w
(wsigspoc_4)
654 --- e_iSPOC4 ? Error estimate for i used for formal
errors (isigspoc_4)
655 --- ersumSPOC4 ? Formal uncorrelated error in r_sum
(rsumsigspoc4)
656 --- erratSPOC4 ? Scaled error formal estimate for r_rat
(rratsigspoc4)
657 --- esbratSPOC4 ? Scaled error formal estimate for sb_rat
(sbratsigspoc4)
658 --- b_ecoswSPOC4 ? Lower error estimate in ecosw
(ecoswlowspoc_4)
659 --- B_ecoswSPOC4 ? Upper error estimate in ecosw
(ecoswuppspoc_4)
660 --- b_esinwSPOC4 ? Lower error estimate in esinw
(esinwlowspoc_4)
661 --- B_esinwSPOC4 ? Upper error estimate in esinw
(esinwuppspoc_4)
662 --- b_cosiSPOC4 ? Lower error estimate in cosi
(cosilowspoc_4)
663 --- B_cosiSPOC4 ? Upper error estimate in cosi
(cosiuppspoc_4)
664 --- b_phi0SPOC4 ? Lower error estimate in phi_0
(phi0lowspoc4)
665 --- B_phi0SPOC4 ? Upper error estimate in phi_0
(phi0uppspoc4)
666 --- b_logrrSPOC4 ? Lower error estimate in log_rr
(logrrlowspoc4)
667 --- B_logrrSPOC4 ? Upper error estimate in log_rr
(logrruppspoc4)
668 --- b_logsbSPOC4 ? Lower error estimate in log_sb
(logsblowspoc4)
669 --- B_logsbSPOC4 ? Upper error estimate in log_sb
(logsbuppspoc4)
670 --- b_eSPOC4 ? Lower error estimate in e (elowspoc_4)
671 --- B_eSPOC4 ? Upper error estimate in e (euppspoc_4)
672 --- b_wSPOC4 ? Lower error estimate in w (wlowspoc_4)
673 --- B_wSPOC4 ? Upper error estimate in w (wuppspoc_4)
674 --- b_iSPOC4 ? Lower error estimate in i (ilowspoc_4)
675 --- B_iSPOC4 ? Upper error estimate in i (iuppspoc_4)
676 --- b_rsumSPOC4 ? Lower error estimate in r_sum
(rsumlowspoc4)
677 --- B_rsumSPOC4 ? Upper error estimate in r_sum
(rsumuppspoc4)
678 --- b_rratSPOC4 ? Lower error estimate in r_rat
(rratlowspoc4)
679 --- B_rratSPOC4 ? Upper error estimate in r_rat
(rratuppspoc4)
680 --- b_sbratSPOC4 ? Lower error estimate in sb_rat
(sbratlowspoc4)
681 --- B_sbratSPOC4 ? Upper error estimate in sb_rat
(sbratuppspoc4)
682 --- ecoswPhysSPOC4 ? e cos(w) of the physical model
(ecoswphysspoc_4)
683 --- esinwPhysSPOC4 ? e sin(w) of the physical model
(esinwphysspoc_4)
684 --- cosiPhysSPOC4 ? cos(i) of the physical model
(cosiphysspoc_4)
685 --- phi0PhysSPOC4 ? phi_0 of the physical model
(phi0physspoc4)
686 --- logrrPhysSPOC4 ? log of radius ratio of the physical
model (logrrphysspoc4)
687 --- logsbPhysSPOC4 ? log of surface brightness ratio of the
physical model (logsbphysspoc4)
688 --- ePhysSPOC4 ? Eccentricity of the physical model
(ephysspoc_4)
689 --- wPhysSPOC4 ? Argument of periastron of the physical
model (wphysspoc_4)
690 --- iPhysSPOC4 ? Inclination (radians) of the physical
model (iphysspoc_4)
691 --- rsumPhysSPOC4 ? Sum of fractional radii of the physical
model (rsumphysspoc4)
692 --- rratPhysSPOC4 ? Radius ratio of the physical model
(rratphysspoc4)
693 --- sbratPhysSPOC4 ? Surface brightness ratio of the physical
model (sbratphysspoc4)
694 --- nparamPhysSPOC4 ? Number of parameters after physical
model optimisation (nparamphysspoc4)
695 --- bicPhysSPOC4 ? BIC after physical model optimisation
(bicphysspoc_4)
696 --- noisePhysSPOC4 ? Noise level after physical model
optimisation (noiselevelphysspoc4)
697 --- totalfreqsSPOC4 ? Total number of frequencies
(totalfreqsspoc_4)
698 --- passedsigmaSPOC4 ? Number of frequencies that passed the
sigma test (passedsigmaspoc_4)
699 --- passedsnrSPOC4 ? Number of frequencies that passed the
S/R test (passedsnrspoc_4)
700 --- passedbothSPOC4 ? Number of frequencies that passed both
tests (passedbothspoc_4)
701 --- passdedharmSPOC4 ? Number of harmonics that passed both
tests (passedharmonicsspoc_4)
702 --- std-1SPOC4 ? standard deviation of the residuals of
the linear+sinusoid+eclipse model
(std1spoc_4)
703 --- std-2SPOC4 ? standard deviation of the residuals of
the linear+eclipse model (std2spoc_4)
704 --- std-3SPOC4 ? standard deviation of the residuals of
the linear+harmonic 1 and 2+eclipse model
(std3spoc_4)
705 --- std-4SPOC4 ? standard deviation of the residuals of
the linear+non-harmonic sinusoid+eclipse
model (std4spoc_4)
706 --- ratio1-1SPOC4 ? ratio of the first eclipse depth to
std_1 (ratio11spoc4)
707 --- ratio1-2SPOC4 ? ratio of the second eclipse depth to
std_1 (ratio12spoc4)
708 --- ratio2-1SPOC4 ? ratio of the first eclipse depth to
std_2 (ratio21spoc4)
709 --- ratio2-2SPOC4 ? ratio of the second eclipse depth to
std_2 (ratio22spoc4)
710 --- ratio3-1SPOC4 ? ratio of the first eclipse depth to
std_3 (ratio31spoc4)
711 --- ratio3-2SPOC4 ? ratio of the second eclipse depth to
std_3 (ratio32spoc4)
712 --- ratio4-1SPOC4 ? ratio of the first eclipse depth to
std_4 (ratio41spoc4)
713 --- ratio4-2SPOC4 ? ratio of the second eclipse depth to
std_4 (ratio42spoc4)
714 --- std5SPOC4 ? standard deviation 2 minus 4 (in square)
(std5spoc_4)
715 --- snr5-1SPOC4 ? ratio of std 5 to std 1 (snr51spoc4)
716 --- fd1SPOC4 ? first dominant frequency (fd1spoc_4)
717 --- fd2SPOC4 ? second dominant frequency (fd2spoc_4)
718 --- fd3SPOC4 ? third dominant frequency (fd3spoc_4)
719 --- fd4SPOC4 ? fourth dominant frequency (fd4spoc_4)
720 --- fd5SPOC4 ? fifth dominant frequency (fd5spoc_4)
721 --- ad1SPOC4 ? first dominant amplitude (ad1spoc_4)
722 --- ad2SPOC4 ? second dominant amplitude (ad2spoc_4)
723 --- ad3SPOC4 ? third dominant amplitude (ad3spoc_4)
724 --- ad4SPOC4 ? fourth dominant amplitude (ad4spoc_4)
725 --- ad5SPOC4 ? fifth dominant amplitude (ad5spoc_4)
726 --- stageQLP1 ? furthest stage the analysis reached
(stageqlp1)
727 d ttotQLP1 ? Total time base of observations in days
(ttotqlp_1)
728 d tmeanQLP1 ? Time series mean time reference point
(tmeanqlp_1)
729 d PerQLP1 ? orbital period in days (periodqlp1)
730 d e_PerQLP1 ? Error in the orbital period
(perrqlp_1)
731 --- nparamprewQLP1 ? Number of free parameters after the
prewhitening phase (nparamprewqlp1)
732 --- bicprewQLP1 ? BIC after the prewhitening phase
(bicprewqlp_1)
733 --- noiseprewQLP1 ? Noise level after the prewhitening phase
(noiselevelprewqlp1)
734 --- t1QLP1 ? Time of primary minimum with respect to
the mean time (t1qlp_1)
735 --- t2QLP1 ? Time of secondary minimum with respect
to the mean time (t2qlp_1)
736 --- t1-1QLP1 ? Time of primary first contact with
respect to the mean time (t11qlp1)
737 --- t1-2QLP1 ? Time of primary last contact with
respect to the mean time (t12qlp1)
738 --- t2-1QLP1 ? Time of secondary first contact with
respect to the mean time (t21qlp1)
739 --- t2-2QLP1 ? Time of secondary last contact with
respect to the mean time (t22qlp1)
740 --- fb1-1QLP1 ? Start of (flat) eclipse bottom left of
primary minimum (tb11qlp_1)
741 --- fb1-2QLP1 ? End of (flat) eclipse bottom right of
primary minimum (tb12qlp_1)
742 --- fb2-1QLP1 ? Start of (flat) eclipse bottom left of
secondary minimum (tb21qlp_1)
743 --- fb2-2QLP1 ? End of (flat) eclipse bottom right of
secondary minimum (tb22qlp_1)
744 --- depth_1QLP1 ? Depth of primary minimum (depth1qlp_1)
745 --- depth_2QLP1 ? Depth of secondary minimum
(depth2qlp_1)
746 --- e_t1QLP1 ? Error in time of primary minimum
(t_1) (t1errqlp1)
747 --- e_t2QLP1 ? Error in time of secondary minimum
(t_2) (t2errqlp1)
748 --- e_t1-1QLP1 ? Error in time of primary first contact
(t11) (t11errqlp_1)
749 --- e_t1-2QLP1 ? Error in time of primary last contact
(t12) (t12errqlp_1)
750 --- e_t2-1QLP1 ? Error in time of secondary first contact
(t21) (t21errqlp_1)
751 --- e_t2-2QLP1 ? Error in time of secondary last contact
(t22) (t22errqlp_1)
752 --- e_tb1-1QLP1 ? Error in start of (flat) eclipse bottom
left of primary minimum
(tb11errqlp1)
753 --- e_tb1-2QLP1 ? Error in end of (flat) eclipse bottom
right of primary minimum
(tb12errqlp1)
754 --- e_tb2-1QLP1 ? Error in start of (flat) eclipse bottom
left of secondary minimum
(tb21errqlp1)
755 --- e_tb2-2QLP1 ? Error in end of (flat) eclipse bottom
right of secondary minimum
(tb22errqlp1)
756 --- e_d1QLP1 ? Error in depth of primary minimum
(d1errqlp1)
757 --- e_d2QLP1 ? Error in depth of secondary minimum
(d2errqlp1)
758 --- ei_t1QLP1 ? individual error in time of primary
minimum (t_1) (t1inderrqlp_1)
759 --- ei_t2QLP1 ? individual error in time of secondary
minimum (t_2) (t2inderrqlp_1)
760 --- ei_t1-1QLP1 ? individual error in time of primary
first contact (t11)
(t11inderrqlp1)
761 --- ei_t1-2QLP1 ? individual error in time of primary last
contact (t12) (t12inderrqlp1)
762 --- ei_t2-1QLP1 ? individual error in time of secondary
first contact (t21)
(t21inderrqlp1)
763 --- ei_t2-2QLP1 ? individual error in time of secondary
last contact (t22)
(t22inderrqlp1)
764 --- ei_tb1-1QLP1 ? individual error in start of (flat)
eclipse bottom left of primary minimum
(tb11inderrqlp_1)
765 --- ei_tb1-2QLP1 ? individual error in end of (flat)
eclipse bottom right of primary minimum
(tb12inderrqlp_1)
766 --- ei_tb2-1QLP1 ? individual error in start of (flat)
eclipse bottom left of secondary minimum
(tb21inderrqlp_1)
767 --- ei_tb2-2QLP1 ? individual error in end of (flat)
eclipse bottom right of secondary minimum
(tb22inderrqlp_1)
768 --- ei_d1QLP1 ? individual error in depth of primary
minimum (d1inderrqlp_1)
769 --- ei_d2QLP1 ? individual error in depth of secondary
minimum (d2inderrqlp_1)
770 --- ecoswformQLP1 ? e cos(w) from timing formulae
(ecoswformqlp_1)
771 --- esinwformQLP1 ? e sin(w) from timing formulae
(esinwformqlp_1)
772 --- cosiformQLP1 ? cosine of inclination from timing
formulae (cosiformqlp_1)
773 --- phi0formQLP1 ? phi_0 angle (Kopal 1959) from timing
formulae (phi0formqlp1)
774 --- logrrformQLP1 ? logarithm of the radius ratio r2/r1 from
timing formulae (logrrformqlp1)
775 --- logsbformQLP1 ? logarithm of the surface brightness
ratio sb2/sb1 from timing formulae
(logsbformqlp1)
776 --- eformQLP1 ? Eccentricity from timing formulae
(eformqlp_1)
777 --- wformQLP1 ? Argument of periastron (radians) from
timing formulae (wformqlp_1)
778 --- iformQLP1 ? Inclination (radians) from timing
formulae (iformqlp_1)
779 --- rsumformQLP1 ? Sum of radii divided by the semi-major
axis of the relative orbit from timing
formulae (rsumformqlp1)
780 --- rratformQLP1 ? Radius ratio r2/r1 from timing formulae
(rratformqlp1)
781 --- sbratformQLP1 ? Surface brightness ratio sb2/sb1 from
timing formulae (sbratformqlp1)
782 --- e_ecoswQLP1 ? Formal uncorrelated error in ecosw
(ecoswsigqlp_1)
783 --- e_esinwQLP1 ? Formal uncorrelated error in esinw
(esinwsigqlp_1)
784 --- e_cosiQLP1 ? Error estimate for cosi used for formal
errors (cosisigqlp_1)
785 --- e_phi0QLP1 ? Formal uncorrelated error in phi_0
(phi0sigqlp1)
786 --- e_logrrQLP1 ? Scaled error formal estimate for log_rr
(logrrsigqlp1)
787 --- e_logsbQLP1 ? Scaled formal error estimate for log_sb
(logsbsigqlp1)
788 --- e_eQLP1 ? Formal uncorrelated error in e
(esigqlp_1)
789 --- e_wQLP1 ? Formal uncorrelated error in w
(wsigqlp_1)
790 --- e_iQLP1 ? Error estimate for i used for formal
errors (isigqlp_1)
791 --- ersumQLP1 ? Formal uncorrelated error in r_sum
(rsumsigqlp1)
792 --- e_rratQLP1 ? Scaled error formal estimate for r_rat
(rratsigqlp1)
793 --- e_sbratQLP1 ? Scaled error formal estimate for sb_rat
(sbratsigqlp1)
794 --- b_ecoswQLP1 ? Lower error estimate in ecosw
(ecoswlowqlp_1)
795 --- B_ecoswQLP1 ? Upper error estimate in ecosw
(ecoswuppqlp_1)
796 --- b_esinwQLP1 ? Lower error estimate in esinw
(esinwlowqlp_1)
797 --- B_esinwQLP1 ? Upper error estimate in esinw
(esinwuppqlp_1)
798 --- b_cosiQLP1 ? Lower error estimate in cosi
(cosilowqlp_1)
799 --- B_cosiQLP1 ? Upper error estimate in cosi
(cosiuppqlp_1)
800 --- b_phi0QLP1 ? Lower error estimate in phi_0
(phi0lowqlp1)
801 --- B_phi0QLP1 ? Upper error estimate in phi_0
(phi0uppqlp1)
802 --- b_logrrQLP1 ? Lower error estimate in log_rr
(logrrlowqlp1)
803 --- B_logrrQLP1 ? Upper error estimate in log_rr
(logrruppqlp1)
804 --- b_logsbQLP1 ? Lower error estimate in log_sb
(logsblowqlp1)
805 --- B_logsbQLP1 ? Upper error estimate in log_sb
(logsbuppqlp1)
806 --- b_eQLP1 ? Lower error estimate in e (elowqlp_1)
807 --- B_eQLP1 ? Upper error estimate in e (euppqlp_1)
808 --- b_wQLP1 ? Lower error estimate in w (wlowqlp_1)
809 --- B_wQLP1 ? Upper error estimate in w (wuppqlp_1)
810 --- b_iQLP1 ? Lower error estimate in i (ilowqlp_1)
811 --- B_iQLP1 ? Upper error estimate in i (iuppqlp_1)
812 --- b_rsumQLP1 ? Lower error estimate in r_sum
(rsumlowqlp1)
813 --- B_rsumQLP1 ? Upper error estimate in r_sum
(rsumuppqlp1)
814 --- b_rratQLP1 ? Lower error estimate in r_rat
(rratlowqlp1)
815 --- B_rratQLP1 ? Upper error estimate in r_rat
(rratuppqlp1)
816 --- b_sbratQLP1 ? Lower error estimate in sb_rat
(sbratlowqlp1)
817 --- B_sbratQLP1 ? Upper error estimate in sb_rat
(sbratuppqlp1)
818 --- ecoswphysQLP1 ? e cos(w) of the physical model
(ecoswphysqlp_1)
819 --- esinwphysQLP1 ? e sin(w) of the physical model
(esinwphysqlp_1)
820 --- cosiphysQLP1 ? cos(i) of the physical model
(cosiphysqlp_1)
821 --- phi0physQLP1 ? phi_0 of the physical model
(phi0physqlp1)
822 --- logrrphysQLP1 ? log of radius ratio of the physical
model (logrrphysqlp1)
823 --- logsbphysQLP1 ? log of surface brightness ratio of the
physical model (logsbphysqlp1)
824 --- ephysQLP1 ? Eccentricity of the physical model
(ephysqlp_1)
825 --- wphysQLP1 ? Argument of periastron of the physical
model (wphysqlp_1)
826 --- iphysQLP1 ? Inclination (radians) of the physical
model (iphysqlp_1)
827 --- rsumphysQLP1 ? Sum of fractional radii of the physical
model (rsumphysqlp1)
828 --- rratphysQLP1 ? Radius ratio of the physical model
(rratphysqlp1)
829 --- sbratphysQLP1 ? Surface brightness ratio of the physical
model (sbratphysqlp1)
830 --- nparamphysQLP1 ? Number of parameters after physical
model optimisation (nparamphysqlp1)
831 --- bicphysQLP1 ? BIC after physical model optimisation
(bicphysqlp_1)
832 --- noisephysQLP1 ? Noise level after physical model
optimisation (noiselevelphysqlp1)
833 --- totalfreqsQLP1 ? Total number of frequencies
(totalfreqsqlp_1)
834 --- passedsigmaQLP1 ? Number of frequencies that passed the
sigma test (passedsigmaqlp_1)
835 --- passedsnrQLP1 ? Number of frequencies that passed the
S/R test (passedsnrqlp_1)
836 --- passedbothQLP1 ? Number of frequencies that passed both
tests (passedbothqlp_1)
837 --- passdedharmQLP1 ? Number of harmonics that passed both
tests (passedharmonicsqlp_1)
838 --- std-1QLP1 ? standard deviation of the residuals of
the linear+sinusoid+eclipse model
(std1qlp_1)
839 --- std-2QLP1 ? standard deviation of the residuals of
the linear+eclipse model (std2qlp_1)
840 --- std-3QLP1 ? standard deviation of the residuals of
the linear+harmonic 1 and 2+eclipse model
(std3qlp_1)
841 --- std-4QLP1 ? standard deviation of the residuals of
the linear+non-harmonic sinusoid+eclipse
model (std4qlp_1)
842 --- ratio1-1QLP1 ? ratio of the first eclipse depth to
std_1 (ratio11qlp1)
843 --- ratio1-2QLP1 ? ratio of the second eclipse depth to
std_1 (ratio12qlp1)
844 --- ratio2-1QLP1 ? ratio of the first eclipse depth to
std_2 (ratio21qlp1)
845 --- ratio2-2QLP1 ? ratio of the second eclipse depth to
std_2 (ratio22qlp1)
846 --- ratio3-1QLP1 ? ratio of the first eclipse depth to
std_3 (ratio31qlp1)
847 --- ratio3-2QLP1 ? ratio of the second eclipse depth to
std_3 (ratio32qlp1)
848 --- ratio4-1QLP1 ? ratio of the first eclipse depth to
std_4 (ratio41qlp1)
849 --- ratio4-2QLP1 ? ratio of the second eclipse depth to
std_4 (ratio42qlp1)
850 --- std-5QLP1 ? standard deviation 2 minus 4 (in square)
(std5qlp_1)
851 --- snr5-1QLP1 ? ratio of std 5 to std 1 (snr51qlp1)
852 --- fd1QLP1 ? first dominant frequency (fd1qlp_1)
853 --- fd2QLP1 ? second dominant frequency (fd2qlp_1)
854 --- fd3QLP1 ? third dominant frequency (fd3qlp_1)
855 --- fd4QLP1 ? fourth dominant frequency (fd4qlp_1)
856 --- fd5QLP1 ? fifth dominant frequency (fd5qlp_1)
857 --- ad1QLP1 ? first dominant amplitude (ad1qlp_1)
858 --- ad2QLP1 ? second dominant amplitude (ad2qlp_1)
859 --- ad3QLP1 ? third dominant amplitude (ad3qlp_1)
860 --- ad4QLP1 ? fourth dominant amplitude (ad4qlp_1)
861 --- ad5QLP1 ? fifth dominant amplitude (ad5qlp_1)
862 --- stageQLP2 ? furthest stage the analysis reached
(stageqlp2)
863 d ttotQLP2 ? Total time base of observations in days
(ttotqlp_2)
864 d tmeanQLP2 ? Time series mean time reference point
(tmeanqlp_2)
865 d PerQLP2 ? orbital period in days (periodqlp2)
866 d e_PerQLP2 ? Error in the orbital period
(perrqlp_2)
867 --- nparamprewQLP2 ? Number of free parameters after the
prewhitening phase (nparamprewqlp2)
868 --- bicprewQLP2 ? BIC after the prewhitening phase
(bicprewqlp_2)
869 --- noiseprewQLP2 ? Noise level after the prewhitening phase
(noiselevelprewqlp2)
870 --- t1QLP2 ? Time of primary minimum with respect to
the mean time (t1qlp_2)
871 --- t2QLP2 ? Time of secondary minimum with respect
to the mean time (t2qlp_2)
872 --- t1-1QLP2 ? Time of primary first contact with
respect to the mean time (t11qlp2)
873 --- t1-2QLP2 ? Time of primary last contact with
respect to the mean time (t12qlp2)
874 --- t2-1QLP2 ? Time of secondary first contact with
respect to the mean time (t21qlp2)
875 --- t2-2QLP2 ? Time of secondary last contact with
respect to the mean time (t22qlp2)
876 --- fb1-1QLP2 ? Start of (flat) eclipse bottom left of
primary minimum (tb11qlp_2)
877 --- fb1-2QLP2 ? End of (flat) eclipse bottom right of
primary minimum (tb12qlp_2)
878 --- fb2-1QLP2 ? Start of (flat) eclipse bottom left of
secondary minimum (tb21qlp_2)
879 --- fb2-2QLP2 ? End of (flat) eclipse bottom right of
secondary minimum (tb22qlp_2)
880 --- depth_1QLP2 ? Depth of primary minimum (depth1qlp_2)
881 --- depth_2QLP2 ? Depth of secondary minimum
(depth2qlp_2)
882 --- e_t1QLP2 ? Error in time of primary minimum
(t_1) (t1errqlp2)
883 --- e_t2QLP2 ? Error in time of secondary minimum
(t_2) (t2errqlp2)
884 --- e_t1-1QLP2 ? Error in time of primary first contact
(t11) (t11errqlp_2)
885 --- e_t1-2QLP2 ? Error in time of primary last contact
(t12) (t12errqlp_2)
886 --- e_t2-1QLP2 ? Error in time of secondary first contact
(t21) (t21errqlp_2)
887 --- e_t2-2QLP2 ? Error in time of secondary last contact
(t22) (t22errqlp_2)
888 --- e_tb1-1QLP2 ? Error in start of (flat) eclipse bottom
left of primary minimum
(tb11errqlp2)
889 --- e_tb1-2rQLP2 ? Error in end of (flat) eclipse bottom
right of primary minimum
(tb12errqlp2)
890 --- e_tb2-1QLP2 ? Error in start of (flat) eclipse bottom
left of secondary minimum
(tb21errqlp2)
891 --- e_tb2-2QLP2 ? Error in end of (flat) eclipse bottom
right of secondary minimum
(tb22errqlp2)
892 --- e_d1QLP2 ? Error in depth of primary minimum
(d1errqlp2)
893 --- e_d2QLP2 ? Error in depth of secondary minimum
(d2errqlp2)
894 --- ei_t1QLP2 ? individual error in time of primary
minimum (t_1) (t1inderrqlp_2)
895 --- ei_t2QLP2 ? individual error in time of secondary
minimum (t_2) (t2inderrqlp_2)
896 --- ei_t1-1QLP2 ? individual error in time of primary
first contact (t11)
(t11inderrqlp2)
897 --- ei_t1-2QLP2 ? individual error in time of primary last
contact (t12) (t12inderrqlp2)
898 --- ei_t2-1QLP2 ? individual error in time of secondary
first contact (t21)
(t21inderrqlp2)
899 --- ei_t2-2QLP2 ? individual error in time of secondary
last contact (t22)
(t22inderrqlp2)
900 --- ei_tb1-1QLP2 ? individual error in start of (flat)
eclipse bottom left of primary minimum
(tb11inderrqlp_2)
901 --- ei_tb1-2QLP2 ? individual error in end of (flat)
eclipse bottom right of primary minimum
(tb12inderrqlp_2)
902 --- ei_tb2-1QLP2 ? individual error in start of (flat)
eclipse bottom left of secondary minimum
(tb21inderrqlp_2)
903 --- ei_tb2-2QLP2 ? individual error in end of (flat)
eclipse bottom right of secondary minimum
(tb22inderrqlp_2)
904 --- ei_d1QLP2 ? individual error in depth of primary
minimum (d1inderrqlp_2)
905 --- ei_d2QLP2 ? individual error in depth of secondary
minimum (d2inderrqlp_2)
906 --- ecoswformQLP2 ? e cos(w) from timing formulae
(ecoswformqlp_2)
907 --- esinwformQLP2 ? e sin(w) from timing formulae
(esinwformqlp_2)
908 --- cosiformQLP2 ? cosine of inclination from timing
formulae (cosiformqlp_2)
909 --- phi0formQLP2 ? phi_0 angle (Kopal 1959) from timing
formulae (phi0formqlp2)
910 --- logrrformQLP2 ? logarithm of the radius ratio r2/r1 from
timing formulae (logrrformqlp2)
911 --- logsbformQLP2 ? logarithm of the surface brightness
ratio sb2/sb1 from timing formulae
(logsbformqlp2)
912 --- eformQLP2 ? Eccentricity from timing formulae
(eformqlp_2)
913 --- wformQLP2 ? Argument of periastron (radians) from
timing formulae (wformqlp_2)
914 --- iformQLP2 ? Inclination (radians) from timing
formulae (iformqlp_2)
915 --- rsumformQLP2 ? Sum of radii divided by the semi-major
axis of the relative orbit from timing
formulae (rsumformqlp2)
916 --- rratformQLP2 ? Radius ratio r2/r1 from timing formulae
(rratformqlp2)
917 --- sbratformQLP2 ? Surface brightness ratio sb2/sb1 from
timing formulae (sbratformqlp2)
918 --- e_ecoswQLP2 ? Formal uncorrelated error in ecosw
(ecoswsigqlp_2)
919 --- e_esinwQLP2 ? Formal uncorrelated error in esinw
(esinwsigqlp_2)
920 --- e_cosiQLP2 ? Error estimate for cosi used for formal
errors (cosisigqlp_2)
921 --- e_phi0QLP2 ? Formal uncorrelated error in phi_0
(phi0sigqlp2)
922 --- e_logrrQLP2 ? Scaled error formal estimate for log_rr
(logrrsigqlp2)
923 --- e_logsbQLP2 ? Scaled formal error estimate for log_sb
(logsbsigqlp2)
924 --- e_eQLP2 ? Formal uncorrelated error in e
(esigqlp_2)
925 --- e_wQLP2 ? Formal uncorrelated error in w
(wsigqlp_2)
926 --- e_iQLP2 ? Error estimate for i used for formal
errors (isigqlp_2)
927 --- e_rsumQLP2 ? Formal uncorrelated error in r_sum
(rsumsigqlp2)
928 --- e_rratQLP2 ? Scaled error formal estimate for r_rat
(rratsigqlp2)
929 --- e_sbratQLP2 ? Scaled error formal estimate for sb_rat
(sbratsigqlp2)
930 --- b_ecoswQLP2 ? Lower error estimate in ecosw
(ecoswlowqlp_2)
931 --- B_ecoswQLP2 ? Upper error estimate in ecosw
(ecoswuppqlp_2)
932 --- b_esinwQLP2 ? Lower error estimate in esinw
(esinwlowqlp_2)
933 --- B_esinwQLP2 ? Upper error estimate in esinw
(esinwuppqlp_2)
934 --- b_cosiQLP2 ? Lower error estimate in cosi
(cosilowqlp_2)
935 --- B_cosiQLP2 ? Upper error estimate in cosi
(cosiuppqlp_2)
936 --- b_phi0QLP2 ? Lower error estimate in phi_0
(phi0lowqlp2)
937 --- B_phi0QLP2 ? Upper error estimate in phi_0
(phi0uppqlp2)
938 --- b_logrrQLP2 ? Lower error estimate in log_rr
(logrrlowqlp2)
939 --- B_logrrQLP2 ? Upper error estimate in log_rr
(logrruppqlp2)
940 --- b_logsbQLP2 ? Lower error estimate in log_sb
(logsblowqlp2)
941 --- B_logsbQLP2 ? Upper error estimate in log_sb
(logsbuppqlp2)
942 --- b_eQLP2 ? Lower error estimate in e (elowqlp_2)
943 --- B_eQLP2 ? Upper error estimate in e (euppqlp_2)
944 --- b_wQLP2 ? Lower error estimate in w (wlowqlp_2)
945 --- B_wQLP2 ? Upper error estimate in w (wuppqlp_2)
946 --- b_iQLP2 ? Lower error estimate in i (ilowqlp_2)
947 --- B_iQLP2 ? Upper error estimate in i (iuppqlp_2)
948 --- b_rsumQLP2 ? Lower error estimate in r_sum
(rsumlowqlp2)
949 --- B_rsumQLP2 ? Upper error estimate in r_sum
(rsumuppqlp2)
950 --- b_rratQLP2 ? Lower error estimate in r_rat
(rratlowqlp2)
951 --- B_rratQLP2 ? Upper error estimate in r_rat
(rratuppqlp2)
952 --- b_sbratQLP2 ? Lower error estimate in sb_rat
(sbratlowqlp2)
953 --- B_sbratQLP2 ? Upper error estimate in sb_rat
(sbratuppqlp2)
954 --- ecoswphysQLP2 ? e cos(w) of the physical model
(ecoswphysqlp_2)
955 --- esinwphysQLP2 ? e sin(w) of the physical model
(esinwphysqlp_2)
956 --- cosiphysQLP2 ? cos(i) of the physical model
(cosiphysqlp_2)
957 --- phi0physQLP2 ? phi_0 of the physical model
(phi0physqlp2)
958 --- logrrphysQLP2 ? log of radius ratio of the physical
model (logrrphysqlp2)
959 --- logsbphysQLP2 ? log of surface brightness ratio of the
physical model (logsbphysqlp2)
960 --- ephysQLP2 ? Eccentricity of the physical model
(ephysqlp_2)
961 --- wphysQLP2 ? Argument of periastron of the physical
model (wphysqlp_2)
962 --- iphysQLP2 ? Inclination (radians) of the physical
model (iphysqlp_2)
963 --- rsumphysQLP2 ? Sum of fractional radii of the physical
model (rsumphysqlp2)
964 --- rratphysQLP2 ? Radius ratio of the physical model
(rratphysqlp2)
965 --- sbratphysQLP2 ? Surface brightness ratio of the physical
model (sbratphysqlp2)
966 --- nparamphysQLP2 ? Number of parameters after physical
model optimisation (nparamphysqlp2)
967 --- bicphysQLP2 ? BIC after physical model optimisation
(bicphysqlp_2)
968 --- noisephysQLP2 ? Noise level after physical model
optimisation (noiselevelphysqlp2)
969 --- totalfreqsQLP2 ? Total number of frequencies
(totalfreqsqlp_2)
970 --- passedsigmaQLP2 ? Number of frequencies that passed the
sigma test (passedsigmaqlp_2)
971 --- passedsnrQLP2 ? Number of frequencies that passed the
S/R test (passedsnrqlp_2)
972 --- passedbothQLP2 ? Number of frequencies that passed both
tests (passedbothqlp_2)
973 --- passdedharmQLP2 ? Number of harmonics that passed both
tests (passedharmonicsqlp_2)
974 --- std-1QLP2 ? standard deviation of the residuals of
the linear+sinusoid+eclipse model
(std1qlp_2)
975 --- std-2QLP2 ? standard deviation of the residuals of
the linear+eclipse model (std2qlp_2)
976 --- std-3QLP2 ? standard deviation of the residuals of
the linear+harmonic 1 and 2+eclipse model
(std3qlp_2)
977 --- std-4QLP2 ? standard deviation of the residuals of
the linear+non-harmonic sinusoid+eclipse
model (std4qlp_2)
978 --- ratio1-1QLP2 ? ratio of the first eclipse depth to
std_1 (ratio11qlp2)
979 --- ratio1-2QLP2 ? ratio of the second eclipse depth to
std_1 (ratio12qlp2)
980 --- ratio2-1QLP2 ? ratio of the first eclipse depth to
std_2 (ratio21qlp2)
981 --- ratio2-2QLP2 ? ratio of the second eclipse depth to
std_2 (ratio22qlp2)
982 --- ratio3-1QLP2 ? ratio of the first eclipse depth to
std_3 (ratio31qlp2)
983 --- ratio3-2QLP2 ? ratio of the second eclipse depth to
std_3 (ratio32qlp2)
984 --- ratio4-1QLP2 ? ratio of the first eclipse depth to
std_4 (ratio41qlp2)
985 --- ratio4-2QLP2 ? ratio of the second eclipse depth to
std_4 (ratio42qlp2)
986 --- std-5QLP2 ? standard deviation 2 minus 4 (in square)
(std5qlp_2)
987 --- snr5-1QLP2 ? ratio of std 5 to std 1 (snr51qlp2)
988 --- fd1QLP2 ? first dominant frequency (fd1qlp_2)
989 --- fd2QLP2 ? second dominant frequency (fd2qlp_2)
990 --- fd3QLP2 ? third dominant frequency (fd3qlp_2)
991 --- fd4QLP2 ? fourth dominant frequency (fd4qlp_2)
992 --- fd5QLP2 ? fifth dominant frequency (fd5qlp_2)
993 --- ad1QLP2 ? first dominant amplitude (ad1qlp_2)
994 --- ad2QLP2 ? second dominant amplitude (ad2qlp_2)
995 --- ad3QLP2 ? third dominant amplitude (ad3qlp_2)
996 --- ad4QLP2 ? fourth dominant amplitude (ad4qlp_2)
997 --- ad5QLP2 ? fifth dominant amplitude (ad5qlp_2)
998 --- stageQLP3 ? furthest stage the analysis reached
(stageqlp3)
999 d ttotQLP3 ? Total time base of observations in days
(ttotqlp_3)
1000 d tmeanQLP3 ? Time series mean time reference point
(tmeanqlp_3)
1001 d PerQLP3 ? orbital period in days (periodqlp3)
1002 d e_PerQLP3 ? Error in the orbital period
(perrqlp_3)
1003 --- nparamprewQLP3 ? Number of free parameters after the
prewhitening phase (nparamprewqlp3)
1004 --- bicprewQLP3 ? BIC after the prewhitening phase
(bicprewqlp_3)
1005 --- noiseprewQLP3 ? Noise level after the prewhitening phase
(noiselevelprewqlp3)
1006 --- t1QLP3 ? Time of primary minimum with respect to
the mean time (t1qlp_3)
1007 --- t2QLP3 ? Time of secondary minimum with respect
to the mean time (t2qlp_3)
1008 --- t1-1QLP3 ? Time of primary first contact with
respect to the mean time (t11qlp3)
1009 --- t1-2QLP3 ? Time of primary last contact with
respect to the mean time (t12qlp3)
1010 --- t2-1QLP3 ? Time of secondary first contact with
respect to the mean time (t21qlp3)
1011 --- t2-2QLP3 ? Time of secondary last contact with
respect to the mean time (t22qlp3)
1012 --- fb1-1QLP3 ? Start of (flat) eclipse bottom left of
primary minimum (tb11qlp_3)
1013 --- fb1-2QLP3 ? End of (flat) eclipse bottom right of
primary minimum (tb12qlp_3)
1014 --- fb2-1QLP3 ? Start of (flat) eclipse bottom left of
secondary minimum (tb21qlp_3)
1015 --- fb2-2QLP3 ? End of (flat) eclipse bottom right of
secondary minimum (tb22qlp_3)
1016 --- depth_1QLP3 ? Depth of primary minimum (depth1qlp_3)
1017 --- depth_2QLP3 ? Depth of secondary minimum
(depth2qlp_3)
1018 --- e_t1QLP3 ? Error in time of primary minimum
(t_1) (t1errqlp3)
1019 --- e_t2QLP3 ? Error in time of secondary minimum
(t_2) (t2errqlp3)
1020 --- e_t1-1QLP3 ? Error in time of primary first contact
(t11) (t11errqlp_3)
1021 --- e_t1-2QLP3 ? Error in time of primary last contact
(t12) (t12errqlp_3)
1022 --- e_t2-1QLP3 ? Error in time of secondary first contact
(t21) (t21errqlp_3)
1023 --- e_t2-2QLP3 ? Error in time of secondary last contact
(t22) (t22errqlp_3)
1024 --- e_tb1-1QLP3 ? Error in start of (flat) eclipse bottom
left of primary minimum
(tb11errqlp3)
1025 --- e_tb1-2QLP3 ? Error in end of (flat) eclipse bottom
right of primary minimum
(tb12errqlp3)
1026 --- e_tb2-1QLP3 ? Error in start of (flat) eclipse bottom
left of secondary minimum
(tb21errqlp3)
1027 --- e_tb2-2QLP3 ? Error in end of (flat) eclipse bottom
right of secondary minimum
(tb22errqlp3)
1028 --- e_d1QLP3 ? Error in depth of primary minimum
(col_1029) (d1errqlp3)
1029 --- e_d2QLP3 ? Error in depth of secondary minimum
(d2errqlp3)
1030 --- ei_t1QLP3 ? individual error in time of primary
minimum (t_1) (t1inderrqlp_3)
1031 --- ei_t2QLP3 ? individual error in time of secondary
minimum (t_2) (t2inderrqlp_3)
1032 --- ei_t1-1QLP3 ? individual error in time of primary
first contact (t11)
(t11inderrqlp3)
1033 --- ei_t1-2QLP3 ? individual error in time of primary last
contact (t12) (t12inderrqlp3)
1034 --- ei_t2-1QLP3 ? individual error in time of secondary
first contact (t21)
(t21inderrqlp3)
1035 --- ei_t2-2QLP3 ? individual error in time of secondary
last contact (t22)
(t22inderrqlp3)
1036 --- ei_tb1-1QLP3 ? individual error in start of (flat)
eclipse bottom left of primary minimum
(tb11inderrqlp_3)
1037 --- ei_tb1-2QLP3 ? individual error in end of (flat)
eclipse bottom right of primary minimum
(tb12inderrqlp_3)
1038 --- ei_tb2-1QLP3 ? individual error in start of (flat)
eclipse bottom left of secondary minimum
(tb21inderrqlp_3)
1039 --- ei_tb2-2QLP3 ? individual error in end of (flat)
eclipse bottom right of secondary minimum
(tb22inderrqlp_3)
1040 --- ei_d1QLP3 ? individual error in depth of primary
minimum (d1inderrqlp_3)
1041 --- ei_d2QLP3 ? individual error in depth of secondary
minimum (d2inderrqlp_3)
1042 --- ecoswformQLP3 ? e cos(w) from timing formulae
(ecoswformqlp_3)
1043 --- esinwformQLP3 ? e sin(w) from timing formulae
(esinwformqlp_3)
1044 --- cosiformQLP3 ? cosine of inclination from timing
formulae (cosiformqlp_3)
1045 --- phi0formQLP3 ? phi_0 angle (Kopal 1959) from timing
formulae (phi0formqlp3)
1046 --- logrrformQLP3 ? logarithm of the radius ratio r2/r1 from
timing formulae (logrrformqlp3)
1047 --- logsbformQLP3 ? logarithm of the surface brightness
ratio sb2/sb1 from timing formulae
(logsbformqlp3)
1048 --- eformQLP3 ? Eccentricity from timing formulae
(eformqlp_3)
1049 --- wformQLP3 ? Argument of periastron (radians) from
timing formulae (wformqlp_3)
1050 --- iformQLP3 ? Inclination (radians) from timing
formulae (iformqlp_3)
1051 --- rsumformQLP3 ? Sum of radii divided by the semi-major
axis of the relative orbit from timing
formulae (rsumformqlp3)
1052 --- rratformQLP3 ? Radius ratio r2/r1 from timing formulae
(rratformqlp3)
1053 --- sbratformQLP3 ? Surface brightness ratio sb2/sb1 from
timing formulae (sbratformqlp3)
1054 --- e_ecoswQLP3 ? Formal uncorrelated error in ecosw
(ecoswsigqlp_3)
1055 --- e_esinwQLP3 ? Formal uncorrelated error in esinw
(esinwsigqlp_3)
1056 --- e_cosiQLP3 ? Error estimate for cosi used for formal
errors (cosisigqlp_3)
1057 --- e_phi0QLP3 ? Formal uncorrelated error in phi_0
(phi0sigqlp3)
1058 --- e_logrrQLP3 ? Scaled error formal estimate for log_rr
(logrrsigqlp3)
1059 --- e_logsbQLP3 ? Scaled formal error estimate for log_sb
(logsbsigqlp3)
1060 --- e_eQLP3 ? Formal uncorrelated error in e
(esigqlp_3)
1061 --- e_wQLP3 ? Formal uncorrelated error in w
(wsigqlp_3)
1062 --- e_iQLP3 ? Error estimate for i used for formal
errors (isigqlp_3)
1063 --- e_rsumQLP3 ? Formal uncorrelated error in r_sum
(rsumsigqlp3)
1064 --- e_rratQLP3 ? Scaled error formal estimate for r_rat
(rratsigqlp3)
1065 --- e_sbratQLP3 ? Scaled error formal estimate for sb_rat
(sbratsigqlp3)
1066 --- b_ecoswQLP3 ? Lower error estimate in ecosw
(ecoswlowqlp_3)
1067 --- B_ecoswQLP3 ? Upper error estimate in ecosw
(ecoswuppqlp_3)
1068 --- b_esinwQLP3 ? Lower error estimate in esinw
(esinwlowqlp_3)
1069 --- B_esinwQLP3 ? Upper error estimate in esinw
(esinwuppqlp_3)
1070 --- b_cosiQLP3 ? Lower error estimate in cosi
(cosilowqlp_3)
1071 --- B_cosiQLP3 ? Upper error estimate in cosi
(cosiuppqlp_3)
1072 --- b_phi0QLP3 ? Lower error estimate in phi_0
(phi0lowqlp3)
1073 --- B_phi0QLP3 ? Upper error estimate in phi_0
(phi0uppqlp3)
1074 --- b_logrrQLP3 ? Lower error estimate in log_rr
(logrrlowqlp3)
1075 --- B_logrrQLP3 ? Upper error estimate in log_rr
(logrruppqlp3)
1076 --- b_logsbQLP3 ? Lower error estimate in log_sb
(logsblowqlp3)
1077 --- B_logsbQLP3 ? Upper error estimate in log_sb
(logsbuppqlp3)
1078 --- b_eQLP3 ? Lower error estimate in e (elowqlp_3)
1079 --- B_eQLP3 ? Upper error estimate in e (euppqlp_3)
1080 --- b_wQLP3 ? Lower error estimate in w (wlowqlp_3)
1081 --- B_wQLP3 ? Upper error estimate in w (wuppqlp_3)
1082 --- b_iQLP3 ? Lower error estimate in i (ilowqlp_3)
1083 --- B_iQLP3 ? Upper error estimate in i (iuppqlp_3)
1084 --- b_rsumQLP3 ? Lower error estimate in r_sum
(rsumlowqlp3)
1085 --- B_rsumQLP3 ? Upper error estimate in r_sum
(rsumuppqlp3)
1086 --- b_rratQLP3 ? Lower error estimate in r_rat
(rratlowqlp3)
1087 --- B_rratQLP3 ? Upper error estimate in r_rat
(rratuppqlp3)
1088 --- b_sbratQLP3 ? Lower error estimate in sb_rat
(sbratlowqlp3)
1089 --- B_sbratQLP3 ? Upper error estimate in sb_rat
(sbratuppqlp3)
1090 --- ecoswphysQLP3 ? e cos(w) of the physical model
(ecoswphysqlp_3)
1091 --- esinwphysQLP3 ? e sin(w) of the physical model
(esinwphysqlp_3)
1092 --- cosiphysQLP3 ? cos(i) of the physical model
(cosiphysqlp_3)
1093 --- phi0physQLP3 ? phi_0 of the physical model
(phi0physqlp3)
1094 --- logrrphysQLP3 ? log of radius ratio of the physical
model (logrrphysqlp3)
1095 --- logsbphysQLP3 ? log of surface brightness ratio of the
physical model (logsbphysqlp3)
1096 --- ephysQLP3 ? Eccentricity of the physical model
(ephysqlp_3)
1097 --- wphysQLP3 ? Argument of periastron of the physical
model (wphysqlp_3)
1098 --- iphysQLP3 ? Inclination (radians) of the physical
model (iphysqlp_3)
1099 --- rsumphysQLP3 ? Sum of fractional radii of the
physical model (rsumphysqlp3)
1100 --- rratphysQLP3 ? Radius ratio of the physical model
(rratphysqlp3)
1101 --- sbratphysQLP3 ? Surface brightness ratio of the physical
model (sbratphysqlp3)
1102 --- nparamphysQLP3 ? Number of parameters after physical
model optimisation (nparamphysqlp3)
1103 --- bicphysQLP3 ? BIC after physical model optimisation
(bicphysqlp_3)
1104 --- noisephysQLP3 ? Noise level after physical model
optimisation (noiselevelphysqlp3)
1105 --- totalfreqsQLP3 ? Total number of frequencies
(totalfreqsqlp_3)
1106 --- passedsigmaQLP3 ? Number of frequencies that passed the
sigma test (passedsigmaqlp_3)
1107 --- passedsnrQLP3 ? Number of frequencies that passed the
S/R test (passedsnrqlp_3)
1108 --- passedbothQLP3 ? Number of frequencies that passed both
tests (passedbothqlp_3)
1109 --- passdedharmQLP3 ? Number of harmonics that passed both
tests (passedharmonicsqlp_3)
1110 --- std-1QLP3 ? standard deviation of the residuals of
the linear+sinusoid+eclipse model
(std1qlp_3)
1111 --- std-2QLP3 ? standard deviation of the residuals of
the linear+eclipse model (std2qlp_3)
1112 --- std-3QLP3 ? standard deviation of the residuals of
the linear+harmonic 1 and 2+eclipse model
(std3qlp_3)
1113 --- std-4QLP3 ? standard deviation of the residuals of
the linear+non-harmonic sinusoid+eclipse
model (std4qlp_3)
1114 --- ratio1-1QLP3 ? ratio of the first eclipse depth to
std_1 (ratio11qlp3)
1115 --- ratio1-2QLP3 ? ratio of the second eclipse depth to
std_1 (ratio12qlp3)
1116 --- ratio2-1QLP3 ? ratio of the first eclipse depth to
std_2 (ratio21qlp3)
1117 --- ratio2-2QLP3 ? ratio of the second eclipse depth to
std_2 (ratio22qlp3)
1118 --- ratio3-1QLP3 ? ratio of the first eclipse depth to
std_3 (ratio31qlp3)
1119 --- ratio3-2QLP3 ? ratio of the second eclipse depth to
std_3 (ratio32qlp3)
1120 --- ratio4-1QLP3 ? ratio of the first eclipse depth to
std_4 (ratio41qlp3)
1121 --- ratio4-2QLP3 ? ratio of the second eclipse depth to
std_4 (ratio42qlp3)
1122 --- std-5QLP3 ? standard deviation 2 minus 4 (in square)
(std5qlp_3)
1123 --- snr5-1QLP3 ? ratio of std 5 to std 1 (snr51qlp3)
1124 --- fd1QLP3 ? first dominant frequency (fd1qlp_3)
1125 --- fd2QLP3 ? second dominant frequency (fd2qlp_3)
1126 --- fd3QLP3 ? third dominant frequency (fd3qlp_3)
1127 --- fd4QLP3 ? fourth dominant frequency (fd4qlp_3)
1128 --- fd5QLP3 ? fifth dominant frequency (fd5qlp_3)
1129 --- ad1QLP3 ? first dominant amplitude (ad1qlp_3)
1130 --- ad2QLP3 ? second dominant amplitude (ad2qlp_3)
1131 --- ad3QLP3 ? third dominant amplitude (ad3qlp_3)
1132 --- ad4QLP3 ? fourth dominant amplitude (ad4qlp_3)
1133 --- ad5QLP3 ? fifth dominant amplitude (ad5qlp_3)
1134 --- stageQLP4 ? furthest stage the analysis reached
(stageqlp4)
1135 d ttotQLP4 ? Total time base of observations in days
(ttotqlp_4)
1136 d tmeanQLP4 ? Time series mean time reference point
(tmeanqlp_4)
1137 d PerQLP4 ? orbital period in days (periodqlp4)
1138 d e_PerQLP4 ? Error in the orbital period
(perrqlp_4)
1139 --- nparamprewQLP4 ? Number of free parameters after the
prewhitening phase (nparamprewqlp4)
1140 --- bicprewQLP4 ? BIC after the prewhitening phase
(bicprewqlp_4)
1141 --- noiseprewQLP4 ? Noise level after the prewhitening phase
(noiselevelprewqlp4)
1142 --- t1QLP4 ? Time of primary minimum with respect to
the mean time (t1qlp_4)
1143 --- t2QLP4 ? Time of secondary minimum with respect
to the mean time (t2qlp_4)
1144 --- t1-1QLP4 ? Time of primary first contact with
respect to the mean time (t11qlp4)
1145 --- t1-2QLP4 ? Time of primary last contact with
respect to the mean time (t12qlp4)
1146 --- t2-1QLP4 ? Time of secondary first contact with
respect to the mean time (t21qlp4)
1147 --- t2-2QLP4 ? Time of secondary last contact with
respect to the mean time (t22qlp4)
1148 --- fb1-1QLP4 ? Start of (flat) eclipse bottom left of
primary minimum (tb11qlp_4)
1149 --- fb1-2QLP4 ? End of (flat) eclipse bottom right of
primary minimum (tb12qlp_4)
1150 --- fb2-1QLP4 ? Start of (flat) eclipse bottom left of
secondary minimum (tb21qlp_4)
1151 --- fb2-2QLP4 ? End of (flat) eclipse bottom right of
secondary minimum (tb22qlp_4)
1152 --- depth1QLP4 ? Depth of primary minimum (depth1qlp_4)
1153 --- depth2QLP4 ? Depth of secondary minimum
(depth2qlp_4)
1154 --- e_t1QLP4 ? Error in time of primary minimum
(t_1) (t1errqlp4)
1155 --- e_t2QLP4 ? Error in time of secondary minimum
(t_2) (t2errqlp4)
1156 --- e_t11QLP4 ? Error in time of primary first contact
(t11) (t11errqlp_4)
1157 --- e_t12QLP4 ? Error in time of primary last contact
(t12) (t12errqlp_4)
1158 --- e_t21QLP4 ? Error in time of secondary first contact
(t21) (t21errqlp_4)
1159 --- e_t22QLP4 ? Error in time of secondary last contact
(t22) (t22errqlp_4)
1160 --- e_tb1-1QLP4 ? Error in start of (flat) eclipse bottom
left of primary minimum
(tb11errqlp4)
1161 --- e_tb1-2QLP4 ? Error in end of (flat) eclipse bottom
right of primary minimum
(tb12errqlp4)
1162 --- e_tb2-1QLP4 ? Error in start of (flat) eclipse bottom
left of secondary minimum
(tb21errqlp4)
1163 --- e_tb2-2QLP4 ? Error in end of (flat) eclipse bottom
right of secondary minimum
(tb22errqlp4)
1164 --- e_d1QLP4 ? Error in depth of primary minimum
(d1errqlp4)
1165 --- e_d2QLP4 ? Error in depth of secondary minimum
(d2errqlp4)
1166 --- eit1QLP4 ? individual error in time of primary
minimum (t_1) (t1inderrqlp_4)
1167 --- eit2QLP4 ? individual error in time of secondary
minimum (t_2) (t2inderrqlp_4)
1168 --- eit1-1QLP4 ? individual error in time of primary
first contact (t11)
(t11inderrqlp4)
1169 --- eit1-2QLP4 ? individual error in time of primary
last contact (t12)
(t12inderrqlp4)
1170 --- eit2-1QLP4 ? individual error in time of secondary
first contact (t21)
(t21inderrqlp4)
1171 --- eit2-2QLP4 ? individual error in time of secondary
last contact (t22)
(t22inderrqlp4)
1172 --- ei_tb1-1QLP4 ? individual error in start of (flat)
eclipse bottom left of primary minimum
(tb11inderrqlp_4)
1173 --- ei_tb1-2QLP4 ? individual error in end of (flat)
eclipse bottom right of primary minimum
(tb12inderrqlp_4)
1174 --- ei_tb2-1QLP4 ? individual error in start of (flat)
eclipse bottom left of secondary minimum
(tb21inderrqlp_4)
1175 --- ei_tb2-2QLP4 ? individual error in end of (flat)
eclipse bottom right of secondary minimum
(tb22inderrqlp_4)
1176 --- ei_d1QLP4 ? individual error in depth of primary
minimum (d1inderrqlp_4)
1177 --- ei_d2QLP4 ? individual error in depth of secondary
minimum (d2inderrqlp_4)
1178 --- ecoswformQLP4 ? e cos(w) from timing formulae
(ecoswformqlp_4)
1179 --- esinwformQLP4 ? e sin(w) from timing formulae
(esinwformqlp_4)
1180 --- cosiformQLP4 ? cosine of inclination from timing
formulae (cosiformqlp_4)
1181 --- phi0formQLP4 ? phi_0 angle (Kopal 1959) from timing
formulae (phi0formqlp4)
1182 --- logrrformQLP4 ? logarithm of the radius ratio r2/r1 from
timing formulae (logrrformqlp4)
1183 --- logsbformQLP4 ? logarithm of the surface brightness
ratio sb2/sb1 from timing formulae
(logsbformqlp4)
1184 --- eformQLP4 ? Eccentricity from timing formulae
(eformqlp_4)
1185 --- wformQLP4 ? Argument of periastron (radians) from
timing formulae (wformqlp_4)
1186 --- iformQLP4 ? Inclination (radians) from timing
formulae (iformqlp_4)
1187 --- rsumformQLP4 ? Sum of radii divided by the semi-major
axis of the relative orbit from timing
formulae (rsumformqlp4)
1188 --- rratformQLP4 ? Radius ratio r2/r1 from timing formulae
(rratformqlp4)
1189 --- sbratformQLP4 ? Surface brightness ratio sb2/sb1 from
timing formulae (sbratformqlp4)
1190 --- e_ecoswQLP4 ? Formal uncorrelated error in ecosw
(ecoswsigqlp_4)
1191 --- e_esinwQLP4 ? Formal uncorrelated error in esinw
(esinwsigqlp_4)
1192 --- e_cosiQLP4 ? Error estimate for cosi used for formal
errors (cosisigqlp_4)
1193 --- e_phi0QLP4 ? Formal uncorrelated error in phi_0
(phi0sigqlp4)
1194 --- e_logrrQLP4 ? Scaled error formal estimate for log_rr
(logrrsigqlp4)
1195 --- e_logsbQLP4 ? Scaled formal error estimate for log_sb
(logsbsigqlp4)
1196 --- e_eQLP4 ? Formal uncorrelated error in e
(esigqlp_4)
1197 --- e_wQLP4 ? Formal uncorrelated error in w
(wsigqlp_4)
1198 --- e_iQLP4 ? Error estimate for i used for formal
errors (isigqlp_4)
1199 --- e_rsumQLP4 ? Formal uncorrelated error in r_sum
(rsumsigqlp4)
1200 --- e_rratQLP4 ? Scaled error formal estimate for r_rat
(rratsigqlp4)
1201 --- e_sbratQLP4 ? Scaled error formal estimate for sb_rat
(sbratsigqlp4)
1202 --- b_ecoswQLP4 ? Lower error estimate in ecosw
(ecoswlowqlp_4)
1203 --- B_ecoswQLP4 ? Upper error estimate in ecosw
(ecoswuppqlp_4)
1204 --- b_esinwQLP4 ? Lower error estimate in esinw
(esinwlowqlp_4)
1205 --- B_esinwQLP4 ? Upper error estimate in esinw
(esinwuppqlp_4)
1206 --- b_cosiQLP4 ? Lower error estimate in cosi
(cosilowqlp_4)
1207 --- B_cosiQLP4 ? Upper error estimate in cosi
(cosiuppqlp_4)
1208 --- b_phi0QLP4 ? Lower error estimate in phi_0
(phi0lowqlp4)
1209 --- B_phi0QLP4 ? Upper error estimate in phi_0
(phi0uppqlp4)
1210 --- b_logrrQLP4 ? Lower error estimate in log_rr
(logrrlowqlp4)
1211 --- B_logrrQLP4 ? Upper error estimate in log_rr
(logrruppqlp4)
1212 --- b_logsbQLP4 ? Lower error estimate in log_sb
(logsblowqlp4)
1213 --- B_logsbQLP4 ? Upper error estimate in log_sb
(logsbuppqlp4)
1214 --- b_eLP4 ? Lower error estimate in e (elowqlp_4)
1215 --- B_eLP4 ? Upper error estimate in e (euppqlp_4)
1216 --- b_wLP4 ? Lower error estimate in w (wlowqlp_4)
1217 --- B_wLP4 ? Upper error estimate in w (wuppqlp_4)
1218 --- b_iLP4 ? Lower error estimate in i (ilowqlp_4)
1219 --- B_iLP4 ? Upper error estimate in i (iuppqlp_4)
1220 --- b_rsumLP4 ? Lower error estimate in r_sum
(rsumlowqlp4)
1221 --- B_rsumLP4 ? Upper error estimate in r_sum
(rsumuppqlp4)
1222 --- b_rratLP4 ? Lower error estimate in r_rat
(rratlowqlp4)
1223 --- B_rratLP4 ? Upper error estimate in r_rat
(rratuppqlp4)
1224 --- b_sbratLP4 ? Lower error estimate in sb_rat
(sbratlowqlp4)
1225 --- sbratLP4 ? Upper error estimate in sb_rat
(sbratuppqlp4)
1226 --- ecoswphysQLP4 ? e cos(w) of the physical model
(ecoswphysqlp_4)
1227 --- esinwphysQLP4 ? e sin(w) of the physical model
(esinwphysqlp_4)
1228 --- cosiphysQLP4 ? cos(i) of the physical model
(cosiphysqlp_4)
1229 --- phi0physQLP4 ? phi_0 of the physical model
(phi0physqlp4)
1230 --- logrrphysQLP4 ? log of radius ratio of the physical
model (logrrphysqlp4)
1231 --- logsbphysQLP4 ? log of surface brightness ratio of the
physical model (logsbphysqlp4)
1232 --- ephysQLP4 ? Eccentricity of the physical model
(ephysqlp_4)
1233 --- wphysQLP4 ? Argument of periastron of the physical
model (wphysqlp_4)
1234 --- iphysQLP4 ? Inclination (radians) of the physical
model (iphysqlp_4)
1235 --- rsumphysQLP4 ? Sum of fractional radii of the physical
model (rsumphysqlp4)
1236 --- rratphysQLP4 ? Radius ratio of the physical model
(rratphysqlp4)
1237 --- sbratphysQLP4 ? Surface brightness ratio of the physical
model (sbratphysqlp4)
1238 --- nparamphysQLP4 ? Number of parameters after physical
model optimisation (nparamphysqlp4)
1239 --- bicphysQLP4 ? BIC after physical model optimisation
(bicphysqlp_4)
1240 --- noisephysQLP4 ? Noise level after physical model
optimisation (noiselevelphysqlp4)
1241 --- totalfreqsQLP4 ? Total number of frequencies
(totalfreqsqlp_4)
1242 --- passedsigmaQLP4 ? Number of frequencies that passed the
sigma test (passedsigmaqlp_4)
1243 --- passedsnrQLP4 ? Number of frequencies that passed the
S/R test (passedsnrqlp_4)
1244 --- passedbothQLP4 ? Number of frequencies that passed both
tests (passedbothqlp_4)
1245 --- passdedharmQLP4 ? Number of harmonics that passed both
tests (passedharmonicsqlp_4)
1246 --- std-1QLP4 ? standard deviation of the residuals of
the linear+sinusoid+eclipse model
(std1qlp_4)
1247 --- std-2QLP4 ? standard deviation of the residuals of
the linear+eclipse model (std2qlp_4)
1248 --- std-3QLP4 ? standard deviation of the residuals of
the linear+harmonic 1 and 2+eclipse model
(std3qlp_4)
1249 --- std-4QLP4 ? standard deviation of the residuals of
the linear+non-harmonic sinusoid+eclipse
model (std4qlp_4)
1250 --- ratio1-1QLP4 ? ratio of the first eclipse depth to
std_1 (ratio11qlp4)
1251 --- ratio1-2QLP4 ? ratio of the second eclipse depth to
std_1 (ratio12qlp4)
1252 --- ratio2-1QLP4 ? ratio of the first eclipse depth to
std_2 (ratio21qlp4)
1253 --- ratio2-2QLP4 ? ratio of the second eclipse depth to
std_2 (ratio22qlp4)
1254 --- ratio3-1QLP4 ? ratio of the first eclipse depth to
std_3 (ratio31qlp4)
1255 --- ratio3-2QLP4 ? ratio of the second eclipse depth to
std_3 (ratio32qlp4)
1256 --- ratio4-1QLP4 ? ratio of the first eclipse depth to
std_4 (ratio41qlp4)
1257 --- ratio4-2QLP4 ? ratio of the second eclipse depth to
std_4 (ratio42qlp4)
1258 --- std-5QLP4 ? standard deviation 2 minus 4 (in square)
(std5qlp_4)
1259 --- snr5-1QLP4 ? ratio of std 5 to std 1 (snr51qlp4)
1260 --- fd1QLP4 ? first dominant frequency (fd1qlp_4)
1261 --- fd2QLP4 ? second dominant frequency (fd2qlp_4)
1262 --- fd3QLP4 ? third dominant frequency (fd3qlp_4)
1263 --- fd4QLP4 ? fourth dominant frequency (fd4qlp_4)
1264 --- fd5QLP4 ? fifth dominant frequency (fd5qlp_4)
1265 --- ad1QLP4 ? first dominant amplitude (ad1qlp_4)
1266 --- ad2QLP4 ? second dominant amplitude (ad2qlp_4)
1267 --- ad3QLP4 ? third dominant amplitude (ad3qlp_4)
1268 --- ad4QLP4 ? fourth dominant amplitude (ad4qlp_4)
1269 --- ad5QLP4 ? fifth dominant amplitude (ad5qlp_4)
1270 --- maxstage ? maximum stage reached across datasets
(max_stage)
1271 d Per ? final combined orbital period in days
(period)
1272 d e_Per ? final combined error in the orbital
period (p_err)
1273 --- maxnparamprew ? maximum number of free parameters after
the prewhitening phase (maxnparam_prew)
1274 --- minnoiselevelprew ? minimum noise level after the
prewhitening phase (minnoiselevel_prew)
1275 --- depth1 ? final combined depth of primary minimum
(depth_1)
1276 --- depth2 ? final combined depth of secondary
minimum (depth_2)
1277 --- e_depth1 ? final combined error in time of primary
minimum (t_1) (d1err)
1278 --- e_depth2 ? final combined error in time of
secondary minimum (t_2) (d2err)
1279 --- maxdepth ? [] maximum of depth_1 and depth_2
(max_depth)
1280 --- ecoswform ? final combined e cos(w) from timing
formulae (ecosw_form)
1281 --- esinwform ? final combined e sin(w) from timing
formulae (esinw_form)
1282 --- cosiform ? final combined cosine of inclination
from timing formulae (cosi_form)
1283 --- phi0form ? final combined phi_0 angle (Kopal 1959)
from timing formulae (phi0form)
1284 --- logrrform ? final combined logarithm of the radius
ratio r2/r1 from timing formulae
(logrrform)
1285 --- logsbform ? final combined logarithm of the surface
brightness ratio sb2/sb1 from timing
formulae (logsbform)
1286 --- eform ? final combined eccentricity from timing
formulae (e_form)
1287 --- wform ? final combined argument of periastron
(radians) from timing formulae (w_form)
1288 --- iform ? final combined inclination (radians)
from timing formulae (i_form)
1289 --- rsumform ? final combined sum of radii divided by
the semi-major axis of the relative orbit
from timing formulae (rsumform)
1290 --- rratform ? final combined radius ratio r2/r1 from
timing formulae (rratform)
1291 --- sbratform ? final combined surface brightness ratio
sb2/sb1 from timing formulae
(sbratform)
1292 --- b_ecosw ? final combined lower error estimate in
ecosw (ecosw_low)
1293 --- B_ecosw ? final combined upper error estimate in
ecosw (ecosw_upp)
1294 --- b_esinw ? final combined lower error estimate in
esinw (esinw_low)
1295 --- B_esinw ? final combined upper error estimate in
esinw (esinw_upp)
1296 --- b_cosi ? final combined lower error estimate in
cosi (cosi_low)
1297 --- B_cosi ? final combined upper error estimate in
cosi (cosi_upp)
1298 --- b_phi0 ? final combined lower error estimate in
phi_0 (phi0low)
1299 --- B_phi0 ? final combined upper error estimate in
phi_0 (phi0upp)
1300 --- b_logrr ? final combined lower error estimate in
log_rr (logrrlow)
1301 --- B_logrr ? final combined upper error estimate in
log_rr (logrrupp)
1302 --- b_logsb ? final combined lower error estimate in
log_sb (logsblow)
1303 --- B_logsb ? final combined upper error estimate in
log_sb (logsbupp)
1304 --- b_e ? final combined lower error estimate in
e (e_low)
1305 --- B_e ? final combined upper error estimate in
e (e_upp)
1306 --- b_w ? final combined lower error estimate in
w (w_low)
1307 --- B_w ? final combined upper error estimate in
w (w_upp)
1308 --- b_i ? final combined lower error estimate in
i (i_low)
1309 --- B_i ? final combined upper error estimate in
i (i_upp)
1310 --- b_rsum ? final combined lower error estimate in
r_sum (rsumlow)
1311 --- B_rsum ? final combined upper error estimate in
r_sum (rsumupp)
1312 --- b_rrat ? final combined lower error estimate in
r_rat (rratlow)
1313 --- B_rrat ? final combined upper error estimate in
r_rat (rratupp)
1314 --- b_sbrat ? final combined lower error estimate in
sb_rat (sbratlow)
1315 --- sbrat ? final combined upper error estimate in
sb_rat (sbratupp)
1316 --- ecoswPhys ? final combined e cos(w) of the physical
model (ecosw_phys)
1317 --- esinwPhys ? final combined e sin(w) of the physical
model (esinw_phys)
1318 --- cosiPhys ? final combined cos(i) of the physical
model (cosi_phys)
1319 --- phi0Phys ? final combined phi_0 of the physical
model (phi0phys)
1320 --- logrrPhys ? final combined log of radius ratio of
the physical model (logrrphys)
1321 --- logsbPhys ? final combined log of surface brightness
ratio of the physical model (logsbphys)
1322 --- ePhys ? final combined eccentricity of the
physical model (e_phys)
1323 --- wPhys ? final combined argument of periastron of
the physical model (w_phys)
1324 --- iPhys ? final combined inclination (radians) of
the physical model (i_phys)
1325 --- rsumPhys ? final combined sum of fractional radii
of the physical model (rsumphys)
1326 --- rratPhys ? final combined radius ratio of the
physical model (rratphys)
1327 --- sbratPhys ? final combined surface brightness ratio
of the physical model (sbratphys)
1328 --- maxnparamPhys ? maximum number of parameters after
physical model optimisation
(maxnparam_phys)
1329 --- minnoiselevelPhys ? minimum noise level after physical model
optimisation (minnoiselevel_phys)
1330 --- maxtotalfreqs ? maximum total number of frequencies
(maxtotalfreqs)
1331 --- maxpassedsigma ? maximum number of frequencies that
passed the sigma test (maxpassedsigma)
1332 --- maxpassedsnr ? maximum number of frequencies that
passed the S/R test (maxpassedsnr)
1333 --- maxpassedboth ? maximum number of frequencies that
passed both tests (maxpassedboth)
1334 --- maxpassedharmonics ? maximum number of harmonics that
passed both tests (maxpassedharmonics)
1335 --- minstd1 ? minimum standard deviation of the
residuals of the linear+sinusoid+eclipse
model (minstd1)
1336 --- minstd2 ? minimum standard deviation of the
residuals of the linear+eclipse model
(minstd2)
1337 --- minstd3 ? minimum standard deviation of the
residuals of the linear+harmonic 1 and
2+eclipse model (minstd3)
1338 --- minstd4 ? minimum standard deviation of the
residuals of the linear+non-harmonic
sinusoid+eclipse model (minstd4)
1339 --- minstd5 ? minimum standard deviation 2 minus 4
(in square) (minstd5)
1340 --- maxsnr5-1 ? maximum ratio of std 5 to std 1
(maxsnr5_1)
1341 --- fd1 ? final first dominant frequency (f_d1)
1342 --- fd2 ? final second dominant frequency (f_d2)
1343 --- fd3 ? final third dominant frequency (f_d3)
1344 --- fd4 ? final fourth dominant frequency (f_d4)
1345 --- fd5 ? final fifth dominant frequency (f_d5)
1346 --- ad1 ? final first dominant amplitude (a_d1)
1347 --- ad2 ? final second dominant amplitude (a_d2)
1348 --- ad3 ? final third dominant amplitude (a_d3)
1349 --- ad4 ? final fourth dominant amplitude (a_d4)
1350 --- ad5 ? final fifth dominant amplitude (a_d5)
1351 --- dupGroup number indicating which targets are
duplicates of each other
(duplicate_group)
1352 --- dupMaster [-1/1] flag indicating which duplicate
has the deepest eclipses
(duplicate_master)
1353 --- resultflag [-1/2] vetting flag (0 is correct / 1 is
incorrect / 2 is partially correct)
(result_flag)
1354 --- rmax ? larger of the two fractional radii of
the physical model (r_max)
1355 --- rmin ? smaller of the two fractional radii of
the physical model (r_min)
1356 d ttot ? final time base of the used observations
in days (t_tot)
1357 --- gmodes ? flag for the detection of gravity mode
frequencies (g_modes)
1358 --- pmodes ? flag for the detection of pressure mode
frequencies (p_modes)
1359 --- nearharm ? flag for the detection of frequencies
near the harmonics (near_harm)
1360 --- fcross ? flag for the detection of frequencies
in the cross feature (f_cross)
--------------------------------------------------------------------------------
Acknowledgements:
Luc IJspeert, luc.ijspeert(at)kuleuven.be
(End) Luc IJspeert [KU Leuven], Patricia Vannier [CDS] 22-May-2024