# Currently contains definitions for some new datasets downloadable
# from VizieR: GSC-2.3.2, SDSS-6, NOMAD,  and Veron/Veron-Cetty's 12th
# quasar database.  Note that VizieR-downloadable datasets need a
# 'volatile' keyword.  (Unless they're in gsc22.tdf.  Guide already
# knows anything in that file is volatile,  for historical reasons.)
# 14 Dec 2007 version:  added A2.0.
# 13 Mar 2008 version:  switched from SDSS-5 to SDSS-6

file gsc23.txt
title GSC-2.3.2
volatile    # the data can change arbitrarily if the user does a download
RA H  35  10
units0 -2   # RA 'hours' are really decimal degrees
de d  47  10
mag   83   5
text   1  10
photo B:163,5 U:147,5 V:115,5 I:131,5
~b  1  10 GSC-2.3 %s\n
~b 13  10 GSC-1.x %s\n
~r 25   8 HTM6 %s (identifier in GSC-2.2 and before)\n
~r  1  20 Right ascension: %R +/- %[59,5] arcsec\n
~r  1  20 Declination: %D +/- %[66,5] arcsec\n
~r193   2 Object found on %s plates\n
~r 83   5 magF: %s +/- %[90,4] (magF is close to magR)\n
~r163   5 magB: %s +/- %[170,4]\n
~r115   5 magV: %s +/- %[122,4]\n
~r147   5 magU: %s +/- %[154,4]\n
~r131   5 magI: %s +/- %[138,4]\n
~r 73   8 Position epoch: %s\n
~r200   6 Semimajor axis: %s arcsec\n
~r209   4 Eccentricity: %s\n
~r215   5 Position angle: %s\n
~r  0  20    Downloaded data accumulates;  you can ^click here//ugsc23.txt^ to delete\n
~r  0  20 the accumulated data.  (You can always reload the data later,  if desired.)\n
epoch 2000
go to 1 10
goto spaces    # Ignore extra spaces in 'go to'
goto case      # Ignore upper vs. lower case in 'go to'
label spaces   # Remove extra spaces in the labels
type sC00fc00;
type 6          # Show as stars
field 0.00 40.00
mag lim 132
shown 1
end

file sdss6.txt
title SDSS-6 (Sloan Digital Sky Survey 6)
volatile    # the data can change arbitrarily if the user does a download
RA H 928  10
units0 -2   # RA 'hours' are really decimal degrees
de d 939  10
mag  182   6
text   5  19
~b  5  19 SDSS6 %s\n
~r 45  18 Unique identifier in SDSS: %s\n
~r 45  18 ^Click here for details & images from SDSS//xhttp://cas.sdss.org/astro/en/tools/explore/obj.asp?id=%s^\n
~r  1  20 Right ascension: %R +/- %[131,6] arcsec\n
~r  1  20 Declination: %D +/- %[138,6] arcsec\n
~r 27 0   This object wasn't in SDSS release 3 or 4.\n
~r 27 0 3 This object was in SDSS release 3 and 4.\n
~r 27 0 4 This object was in SDSS 4.\n
~r 27 0 5 This object was in SDSS 5.\n
~b168   6 umag: %s +/- %[175,6]\n
~b182   6 gmag: %s +/- %[189,5]\n
~b196   6 rmag: %s +/- %[203,5]\n
~b210   6 imag: %s +/- %[217,5]\n
~b224   6 zmag: %s +/- %[231,5]\n
~r  0  20    Downloaded data accumulates;  you can ^click here//usdss6.txt^ to delete\n
~r  0  20 the accumulated data.  (You can always reload the data later,  if desired.)\n
~r  1  20 Data can be found at:
~r  1  20 ^ftp://cdsarc.u-strasbg.fr/pub/cats/II/282//xftp://cdsarc.u-strasbg.fr/pub/cats/II/282  ^
~r  1  20 \n\n  SDSS-6 provides a huge amount of data on each object.  I've\n
~r  1  20 yet to sort the following details into a more legible form:\n\n
~r  1 0 1 This is a primary object\n
~r  1 0 2 This is a secondary object\n
~r  1 0 3 This is a family object\n
~r  3   1 Type (class) of the object (type) (1): %s\n
~r  5  19 Recommended SDSS name, based on J2000 position: %s\n
~r 25   1 [*] The asterisk indicates that 2 different: %s\n
~r 27   1 [345] Release inclusion (blank for new, 3,4,5: %s\n
~r 29  15 [0-9.] SDSS object identifier (2): %s\n
~r 45  18 [0-9] SDSS unique object identifier: %s\n
~r 64  18 Pointer to the spectrum of object, or 0: %s\n
~r 83  18 Pointer to parent (if object deblended): %s\n
~r102   2 [40,44] Re-run number (2): %s\n
~r105  16 [0-9A-F] Photo Object Attribute flags (3): %s\n
~r122   8 [0-9A-F] Hexadecimal status (4): %s\n
~r131   6 Mean error on RAdeg (raErr): %s\n
~r138   6 Mean error on DEdeg (decErr): %s\n
~r145   5 Correlation between e_RAdeg/e_DEdeg (raDecCorr): %s\n
~r151   8 ? Spectroscopic redshift (when SpObjID>0) (7): %s\n
~r160   7 ? Mean error on zsp (7): %s\n
~r168   6 ? Model magnitude in u filter (u) (5): %s\n
~r175   6 ? Mean error on umag (err_u): %s\n
~r182   6 ? Model magnitude in g filter (g) (5): %s\n
~r189   6 ? Mean error on gmag (err_g): %s\n
~r196   6 ? Model magnitude in r filter (r) (5): %s\n
~r203   6 ? Mean error on rmag (err_r): %s\n
~r210   6 ? Model magnitude in i filter (i) (5): %s\n
~r217   6 ? Mean error on imag (err_i): %s\n
~r224   6 ? Model magnitude in z filter (z) (5): %s\n
~r231   6 ? Mean error on zmag (err_z): %s\n
~r238  16 [0-9A-F] Detection flags, u band (flags_u)(3): %s\n
~r255   1 [0,1] 0=notStar, 1=Star in u band (probPSF_u): %s\n
~r257   1 [0,9] Phototype in u band, 6=Star (type_u) (1): %s\n
~r259   9 Date of observation in u band (6): %s\n
~r269   6 ? Model magnitude in u filter (= umag) (5): %s\n
~r276   6 ? Mean error on u'mag (= e_umag): %s\n
~r283   6 ? PSF magnitude in u band (psfMag_u): %s\n
~r290   6 ? Mean error on upmag (psfMagErr_u): %s\n
~r297   6 ? Petrosian magnitude in u band (petroMag_u): %s\n
~r304   6 ? Mean error on uPmag (petroMagErr_u): %s\n
~r311   7 ? Petrosian radius in u band (petroRad_u): %s\n
~r319   7 ? Mean error in uPrad (petroRadErr_u): %s\n
~r327   6 ? Offset of u position along RA (offsetRa_u): %s\n
~r334   6 ? Offset of u position along Dec (offsetDec_u): %s\n
~r341   7 ? Isophotal major diameter in u band (isoA_u): %s\n
~r349   7 ? Isophotal minor diameter in u band (isoB_u): %s\n
~r357   5 ? Position angle of uisoA in u band (isoPhi_u): %s\n
~r363  16 [0-9A-F] Detection flags, g band (flags_g)(3): %s\n
~r380   1 [0,1] 0=notStar, 1=Star in g band (probPSF_g): %s\n
~r382   1 [0,9] Phototype in g band, 6=Star (type_g) (1): %s\n
~r384   9 Date of observation in g band (6): %s\n
~r394   6 ? Model magnitude in g filter (= gmag) (5): %s\n
~r401   6 ? Mean error on g'mag (= e_gmag): %s\n
~r408   6 ? PSF magnitude in g band (psfMag_g): %s\n
~r415   6 ? Mean error on gpmag (psfMagErr_g): %s\n
~r422   6 ? Petrosian magnitude in g band (petroMag_g): %s\n
~r429   6 ? Mean error on gPmag (petroMagErr_g): %s\n
~r436   7 ? Petrosian radius in g band (petroMagErr_g): %s\n
~r444   7 ? Mean error in gPrad (petroMagErr_g): %s\n
~r452   6 ? Offset of g position along RA (offsetRa_g): %s\n
~r459   6 ? Offset of g position along Dec (offsetDec_g): %s\n
~r466   7 ? Isophotal major diameter in g band (isoA_g): %s\n
~r474   7 ? Isophotal minor diameter in g band (isoB_g): %s\n
~r482   5 ? Position angle of gisoA in g band (isoPhi_g): %s\n
~r488  16 [0-9A-F] Detection flags, r band (flags_r)(3): %s\n
~r505   1 [0,1] 0=notStar, 1=Star in r band (probPSF_r): %s\n
~r507   1 [0,9] Phototype in r band, 6=Star (type_r) (1): %s\n
~r509   9 Date of observation in r band (6): %s\n
~r519   6 ? Model magnitude in r filter (= rmag) (5): %s\n
~r526   6 ? Mean error on r'mag (= e_rmag): %s\n
~r533   6 ? PSF magnitude in r band (psfMag_r): %s\n
~r540   6 ? Mean error on rpmag (psfMagErr_r): %s\n
~r547   6 ? Petrosian magnitude in r band (petroMag_r): %s\n
~r554   6 ? Mean error on rPmag (petroMagErr_r): %s\n
~r561   7 ? Petrosian radius in r band (petroMagErr_r): %s\n
~r569   7 ? Mean error in rPrad (petroMagErr_r): %s\n
~r577   6 ? Offset of r position along RA (offsetRa_r): %s\n
~r584   6 ? Offset of r position along Dec (offsetDec_r): %s\n
~r591   7 ? Isophotal major diameter in r band (isoA_r): %s\n
~r599   7 ? Isophotal minor diameter in r band (isoB_r): %s\n
~r607   5 ? Position angle of risoA in g band (isoPhi_r): %s\n
~r613  16 [0-9A-F] Detection flags, i band (flags_i)(3): %s\n
~r630   1 [0,1] 0=notStar, 1=Star in i band (probPSF_i): %s\n
~r632   1 [0,9] Phototype in i band, 6=Star (type_i) (1): %s\n
~r634   9 Date of observation in i band (6): %s\n
~r644   6 ? Model magnitude in i filter (= imag) (5): %s\n
~r651   6 ? Mean error on i'mag (= e_imag): %s\n
~r658   6 ? PSF magnitude in i band (psfMag_i): %s\n
~r665   6 ? Mean error on ipmag (psfMagErr_i): %s\n
~r672   6 ? Petrosian magnitude in i band (petroMag_i): %s\n
~r679   6 ? Mean error on iPmag (petroMagErr_i): %s\n
~r686   7 ? Petrosian radius in i band (petroMagErr_i): %s\n
~r694   7 ? Mean error in iPrad (petroMagErr_i): %s\n
~r702   6 ? Offset of i position along RA (offsetRa_i): %s\n
~r709   6 ? Offset of i position along Dec (offsetDec_i): %s\n
~r716   7 ? Isophotal major diameter in i band (isoA_i): %s\n
~r724   7 ? Isophotal minor diameter in i band (isoB_i): %s\n
~r732   5 ? Position angle of iisoA in g band (isoPhi_i): %s\n
~r738  16 [0-9A-F] Detection flags, z band (flags_z)(3): %s\n
~r755   1 [0,1] 0=notStar, 1=Star in z band (probPSF_z): %s\n
~r757   1 [0,9] Phototype in z band, 6=Star (type_z) (1): %s\n
~r759   9 Date of observation in z band (6): %s\n
~r769   6 ? Model magnitude in z filter (= zmag) (5): %s\n
~r776   6 ? Mean error on z'mag (= e_zmag): %s\n
~r783   6 ? PSF magnitude in z band (psfMag_z): %s\n
~r790   6 ? Mean error on zpmag (psfMagErr_z): %s\n
~r797   6 ? Petrosian magnitude in z band (petroMag_z): %s\n
~r804   6 ? Mean error on zPmag (petroMagErr_z): %s\n
~r811   7 ? Petrosian radius in z band (petroMagErr_z): %s\n
~r819   7 ? Mean error in zPrad (petroMagErr_z): %s\n
~r827   6 ? Offset of z position along RA (offsetRa_z): %s\n
~r834   6 ? Offset of z position along Dec (offsetDec_z): %s\n
~r841   7 ? Isophotal major diameter in z band (isoA_z): %s\n
~r849   7 ? Isophotal minor diameter in z band (isoB_z): %s\n
~r857   5 ? Position angle of zisoA in g band (isoPhi_z): %s\n
~r863   6 ? Proper motion along RightAscension (pmRa) (8): %s\n
~r870   3 ? Mean error on pmRA (pmRaErr) (8): %s\n
~r874   6 ? Proper motion along Declination (pmDec) (8): %s\n
~r881   3 ? Mean error on pmDE (pmDecErr) (8): %s\n
~r885   6 ? RMS residual of proper motion fit in RA (8): %s\n
~r892   6 ? RMS residual of proper motion fit in Dec (8): %s\n
~r899   1 Number of USNO-B objects matched within 1arcsec: %s\n
~r901   1 Number of detections used in the pm fit,: %s\n
~r903   4 ? Magnitude from O plate recalibrated to g (8): %s\n
~r908   4 ? Magnitude from E plate recalibrated to r (8): %s\n
~r913   4 ? Magnitude from J plate recalibrated to g (8): %s\n
~r918   4 ? Magnitude from F plate recalibrated to r (8): %s\n
~r923   4 ? Magnitude from N plate recalibrated to i (8): %s\n
~r928  10 Right Ascension of the object (ICRS) (ra): %s\n
~r939  10 Declination of the object (ICRS) (dec): %s\n
~r950   9 Mean Observation date: %s\n
~r960   1 Quality of the observation: 1=bad 2=acceptable: %s\n
~r  1  20 Data can be found at:
~r  1  20 ^ftp://cdsarc.u-strasbg.fr/pub/cats/II/282//ftp://cdsarc.u-strasbg.fr/pub/cats/II/282^
epoch 2000
go to 1 10
goto spaces    # Ignore extra spaces in 'go to'
goto case      # Ignore upper vs. lower case in 'go to'
label spaces   # Remove extra spaces in the labels
type sC4080ff;
type 6          # Show as stars
field 0.00 40.00
mag lim 332
shown 1
end

file veron12.txt
title Quasars, Veron/Veron-Cetty 12th
volatile    # the data can change arbitrarily if the user does a download
RA H  27   2
RA M  30   2
RA S  33   4
de d  39   3
de m  43   2
de s  46   2
mag   96   5
text   8  17
~b  8  17 Quasar\n%s\n
~r  1  20 Right ascension: %R\n
~r  1  20 Declination: %D\n
~r  0  20    Downloaded data accumulates;  you can ^click here//uveron12.txt^ to delete\n
~r  0  20 the accumulated data.  (You can always reload the data later,  if desired.)\n
~r 22  20 \n   This data comes from the catalogue of "Quasars and Active \n
~r 22  20 Galactic Nuclei (12th Ed.)",   Veron-Cetty M.P., Veron P.  This\n
~r 22  20 catalogue is an update of previous versions;  the files can be\n
~r 22  20 found at the CDS ftp site at:\n\n
~r 22  20 ftp://cdsarc.u-strasbg.fr/pub/cats/VII/248\n
pref QSO
epoch 2000
go to 8 17
goto spaces    # Ignore extra spaces in 'go to'
goto case      # Ignore upper vs. lower case in 'go to'
label spaces   # Remove extra spaces in the labels
type sC00fc00;e0,0,13;m-20,0;l-30,0;m20,0;l30,0;m0,-20;l0,-30;m0,20;l0,30;
field 0.00 460.00
mag lim 132
shown 1
end

;  NOTE:  this was automatically generated and needs some editing to
; make it more user-friendly!
file nomad.txt
title NOMAD Catalog (Zacharias+ 2005)
volatile    # the data can change arbitrarily if the user does a download
RA H  54  11
units0 -2   # RA 'hours' are really decimal degrees
de d  66  11
mag  138   6
text  1 12
photo V:129,6 B:120,6 R:138,6 J:147,6 H:154,6 K:161,6
~b  1  12 NOMAD %s\n
~b 14  12 USNO-B1 %s\n
~b 27 <>'       0' UCAC2 %[27,8]\n
~b 36 <>'         0' Tycho-2 or Hipparcos %[36,12]\n
~r 49 0 * NOMAD1 and Tycho-2 disagree by more than one arcsecond.\n
~r 54  11 Right ascension: %R +/- %[80,4] arcsec\n
~r 66  11 Declination: %D +/- %[85,4]\n
~r 78   1 [BCMYTH] Source of position (3): %s\n
~r 90   8 Proper motion in RA (*cos(Dec)): %s +/- %[99,5]\n
~r105   8 Proper motion in Declination: %s +/- %[114,5]\n
~r120   6 ?Blue magnitude: %s\n
~r127   1 [BCMYTHo] Origin of Bmag (3): %s\n
~r129   6 ?Visual magnitude: %s\n
~r136   1 [BCMYTH] Origin of Vmag (3): %s\n
~r138   6 ?Red magnitude: %s\n
~r145   1 [BCMYTHe] Origin of Rmag (3): %s\n
~r147   6 ?Infrared J magnitude (from 2MASS): %s\n
~r154   6 ?Infrared H magnitude (from 2MASS): %s\n
~r161   6 ?Infrared K magnitude (from 2MASS): %s\n
~r168   5 [0-9a-f] Hexadecimal flags (4): %s\n
~r174   1 [R*] Recommended (R) or Problematic (*) (4): %s\n
~r  1  20 Data can be found at:
~r  1  20 ^ftp://cdsarc.u-strasbg.fr/pub/cats/I/297//xftp://cdsarc.u-strasbg.fr/pub/cats/I/297^\n
~r  0  20    Downloaded data accumulates;  you can ^click here//unomad.txt^ to delete\n
~r  0  20 the accumulated data.  (You can always reload the data later,  if desired.)\n
epoch 2000
go to 1 12
goto spaces    # Ignore extra spaces in 'go to'
goto case      # Ignore upper vs. lower case in 'go to'
label spaces   # Remove extra spaces in the labels
type sC4080ff;
type 6          # Show as stars
field 0.00 40.00
mag lim 132
shown 1
end

file usno_a2.txt
title USNO A2.0 data (downloaded from VizieR)
volatile    # the data can change arbitrarily if the user does a download
RA H  15  10
units0 -2   # RA 'hours' are really decimal degrees
de d  26  10
mag   46   4
photo B:41,4 R:46,4
text   1  13
~c  1  13 A2.0 %s\n
~c 46   4 R mag %s\n
~c 41   4 B mag %s\n
~c  1  13 USNO A2.0 star\n
~r  1  13 USNO A2.0 star (from a VizieR download)\n
~r  1  13 USNO identifier: %s\n
~r 15  10 ^RA^: %R (^J2000^)\n
~r 26  10 ^declination^: %D\n
~r 46   4 R magnitude %s\n
~r 41   4 ^B magnitude^ %s\n
~r 41  10    Rough rule of thumb: Vmag = (5 * Rmag + 3 * Bmag) / 8.  Because\n
~r 41  10    Ax.0 mags are so rough,  though,  Vmag = (2 * Rmag + Bmag) / 3\n
~r 41  10    is usually close enough.\n
~r 37 0 A    This star also appears in the ACT catalogue.\n
~r 51   8 Mean epoch of position: %s\n
~r  1  20    Downloaded data accumulates;  you can ^click here//uusno_a2.txt^ to delete\n
~r  1  20 the accumulated data.  (You can always reload the data later,  if desired.)\n
~r  1  20 \n   This data comes from the US Naval Observatory A2.0 star \n
~r  1  20 catalogue,  downloaded from the VizieR server.  Details can be\n
~r  1  20 found at\n\n
~r  1  20 ^ftp://cdsarc.u-strasbg.fr/pub/cats/I/252//xftp://cdsarc.u-strasbg.fr/pub/cats/I/252/^\n
epoch 2000
go to 1 13
goto spaces    # Ignore extra spaces in 'go to'
goto case      # Ignore upper vs. lower case in 'go to'
label spaces   # Remove extra spaces in the labels
type sC00fc00;
type 6          # Show as stars
field 0.00 420.00
mag lim 132
shown 1
end