MINIJ-PAS PDR201912 Catalogue (December, 2019)

MINIJ-PAS PDR201912 Catalogue (December, 2019) MINJPASPDR201912 ivo://CEFCA/minijpas/MINIJ-PAS-PDR201912 Centro de Estudios de Física del Cosmos de Aragón (CEFCA) Centro de Estudios de Física del Cosmos de Aragón (CEFCA) https://archive.cefca.es/catalogues/static/img/logos/minijpas-big.jpg Centro de Estudios de Física del Cosmos de Aragón (CEFCA) cefca@cefca.es catalogs virtual-observatories photographic-photometry sky-surveys MINIJ-PAS PDR201912 Catalogue (December, 2019) is based on scientific images in 60 filters covering a total area of ~1 square degree. MiniJ-PAS is a 60-band photometric optical survey based on images collected by the JST250 telescope and the Pathfinder instrument at the Observatorio Astrofísico de Javalambre (OAJ, Teruel, Spain) . Please include the following in any published material that makes use of this data: "Based on observations made with the JST250 telescope and PathFinder camera for Mini J-PAS project at the Observatorio Astrofísico de Javalambre, in Teruel, owned, managed and operated by the Centro de Estudios de Física del Cosmos de Aragón." https://archive.cefca.es/catalogues/minijpas-pdr201912 Catalog Research Copyright © 2018-2026 Javalambre Physics of the Accelerating Universe Astrophysical Survey. All Rights Reserved. https://archive.cefca.es/catalogues/minijpas-pdr201912/capabilities https://archive.cefca.es/catalogues/minijpas-pdr201912/availability Web user interface to execute TAP asynchronous queries. https://archive.cefca.es/catalogues/minijpas-pdr201912/tap_async.html ADQL 2.0 2.1 The Astronomical Data Query Language is the standard IVOA dialect of SQL; it contains a very general SELECT statement as well as some extensions for spherical geometry and higher mathematics. application/x-votable+xml;serialization=tabledata votable votabletd application/x-votable+xml;serialization=binary2 votableb2 binary2 text/csv csv text/tab-separated-values tsv application/fits fits TAP capability. https://archive.cefca.es/catalogues/vo/tap/minijpas-pdr201912 ObsCore-1.1 ADQL 2.0 2.1 The Astronomical Data Query Language is the standard IVOA dialect of SQL; it contains a very general SELECT statement as well as some extensions for spherical geometry and higher mathematics. Sample standard deviation of the input values. Sample variance of the input values (square of the sample standard deviation). Slope of the least-squares-fit linear equation determined by the (X, Y) pairs. Y-intercept of the least-squares-fit linear equation determined by the (X, Y) pairs. Square of the correlation coefficient. Correlation coefficient. Sample covariance. The bitwise AND of all non-null input values, or null if none. The bitwise OR of all non-null input values, or null if none. Non-null input values concatenated into a string, separated by delimiter. Convert hour, minute, second to a float degrees value. Convert degrees, arcminute, arcsecond to a float degrees value. Converts a 'time.epoch' (timestamp) to a astronomical Julian Date. Converts a 'time.epoch' (timestamp) to a astronomical Julian Date. Converts a 'time.epoch' (timestamp) to a astronomical Modified Julian date. Converts a 'time.epoch' (timestamp) to a astronomical Modified Julian date. Scalar product of two array. The scalar product of array of unequal length is NaN. Arithmetic mean of the array elements. Sum of all array elements. Largest element in the array. Smallest element in the array. Returns the number of elements in the array. Returns 1 if an element is in the array else returns 0. Returns 1 if any element in the array is NULL else returns 0. This function converts a FLUX in 1e-30 erg/s/cm2/Hz to a magnitude AB. If flux is negative retrns -99 value. This function converts a FLUX in 1e-30erg/(s.cm**2.Hz) to a FLUX in 1e-19erg/(s.cm**2.Angstrom). This function converts a FLUX in 1e-30 erg/s/cm2/Hz to a flux in Jansky. This function converts a magnitude AB to a FLUX in 1e-30erg/(s.cm**2.Hz). This function converts a FLUX in 1e-19erg/(s.cm**2.Angstrom) to a FLUX in 1e-30erg/(s.cm**2.Hz). This function converts a flux in Jansky to a FLUX in 1e-30erg/(s.cm**2.Hz). You can compute with vectors here. See https://wiki.ivoa.net/twiki/bin/view/IVOA/ADQLVectorMath for an overview of the operators available. Enumerations, it is a form of assign a set of names to a range of values. Writing a enumeration in a query is done by writing the enumeration name, the symbol :: and the item name of the element in the enumeration that we want to use. That is equivalent to write the associated value of the item and it is useful when accessing an concrete element in a array column or using it as a constant. See the enumerations available here: https://archive.cefca.es/catalogues/minijpas-pdr201912/help_adql.html. application/x-votable+xml;serialization=tabledata votable votabletd application/x-votable+xml;serialization=binary2 votableb2 binary2 text/csv csv text/tab-separated-values tsv application/fits fits 172800 14400 1000000 1000000 107374182400 https://archive.cefca.es/catalogues/vo/tap/minijpas-pdr201912/availability https://archive.cefca.es/catalogues/vo/tap/minijpas-pdr201912/capabilities https://archive.cefca.es/catalogues/vo/tap/minijpas-pdr201912/tables Examples of ADQL queries to use with TAP service. https://archive.cefca.es/catalogues/vo/tap/minijpas-pdr201912/examples SIAP capability to search and download coadded images and related products. https://archive.cefca.es/catalogues/vo/siap/minijpas-pdr201912? Cutout 214.3998 52.6628 0.5 0.5 SIAP capability to search and download coadded images and related products. https://archive.cefca.es/catalogues/vo/siap2/minijpas-pdr201912/query? Cutout 214.3998 52.6628 0.5 0.5 https://archive.cefca.es/catalogues/minijpas-pdr201912/tile_datalink? Cone search capability for table MINIJPAS.TILEIMAGE. https://archive.cefca.es/catalogues/vo/cone/minijpas-pdr201912/MINIJPAS.TILEIMAGE? 54.9678 true 214.3998 52.6628 0.3 Cone search capability for table MINIJPAS.MAGABDUALOBJ. https://archive.cefca.es/catalogues/vo/cone/minijpas-pdr201912/MINIJPAS.MAGABDUALOBJ? 1.0 true 214.3998 52.6628 0.05 Cone search capability for table MINIJPAS.MAGABSINGLEOBJ. https://archive.cefca.es/catalogues/vo/cone/minijpas-pdr201912/MINIJPAS.MAGABSINGLEOBJ? 1.0 true 214.3998 52.6628 0.05 Cone search capability for table MINIJPAS.XMATCH_JPLUS_DR1. https://archive.cefca.es/catalogues/vo/cone/minijpas-pdr201912/MINIJPAS.XMATCH_JPLUS_DR1? 1.0 true 214.3998 52.6628 0.3 Cone search capability for table MINIJPAS.XMATCH_JPLUS_DR2. https://archive.cefca.es/catalogues/vo/cone/minijpas-pdr201912/MINIJPAS.XMATCH_JPLUS_DR2? 1.0 true 214.3998 52.6628 0.3 HIPs capability for images. https://archive.cefca.es/hips_minijpas_PDR201912/ HIPs capability for catalogues. https://archive.cefca.es/catalogues/minijpas-pdr201912/hips_cat_service JST250 Pathfinder 7/45698,45699,45702-45704 8/171871,171893,182791,182802,182803,182805-182807,182820,182821,182832,182833,182848,182850,182851,182856-182858 58235.97879630 58700.97062500 4.0985e-6 8.4355e-6 https://archive.cefca.es/catalogues/minijpas-pdr201912/moc Optical ivoa ivoa Schema that contains IVOA Obscore catalogue data. ivoa.ObsCoreThe IVOA-defined obscore table, containing generic metadata for datasets within this datacenter. Example query (by coordinates and band): SELECT dataproduct_type, s_ra, s_dec, access_url FROM ivoa.obscore WHERE contains(point('ICRS', 144.7989,30.6), s_region) = 1 AND em_min < 0.000006231 AND em_max > 0.000006231 dataproduct_type Logical data product type (image etc.) meta.code.class obscore:ObsDataset.dataProductType char nullable dataproduct_subtype Specifies the scientific nature of the data product meta.code.class obscore:ObsDataset.dataProductSubtype char nullable calib_level Calibration level {0, 1, 2, 3, 4} meta.code;obs.calib obscore:ObsDataset.calibLevel int obs_collection Name of the data collection meta.id obscore:DataID.Collection char obs_id Observation ID meta.id obscore:DataID.observationID char publisher_id The IVOA ID for the data provider meta.ref.ivoid obscore:Curation.PublisherID char nullable obs_publisher_did Dataset identifier given by the publisher meta.ref.ivoid obscore:Curation.PublisherDID char access_url URL used to access (download) dataset meta.ref.url obscore:Access.Reference char nullable access_format File content format meta.code.mime obscore:Access.Format char nullable access_estsize Estimated size of dataset in kilo bytes kbyte phys.size;meta.file obscore:Access.Size int nullable target_name Astronomical object observed, if any meta.id;src obscore:Target.Name char nullable s_ra Central right ascension, ICRS deg pos.eq.ra obscore:Char.SpatialAxis.Coverage.Location.Coord.Position2D.Value2.C1 double nullable s_dec Central declination, ICRS deg pos.eq.dec obscore:Char.SpatialAxis.Coverage.Location.Coord.Position2d.Value2.C2 double nullable s_fov Diameter (bounds) of the covered region deg phys.angSize;instr.fov obscore:Char.SpatialAxis.Coverage.Bounds.Extent.diameter double nullable s_region Sky region covered by the data product (expressed in ICRS frame) pos.outline;obs.field obscore:Char.SpatialAxis.Coverage.Support.Area char nullable s_resolution Spatial resolution of data as FWHM arcsec pos.angResolution obscore:Char.SpatialAxis.Resolution.Refval.value double nullable s_xel1 Number of elements along the first spatial axis meta.number obscore:Char.SpatialAxis.numBins1 long nullable s_xel2 Number of elements along the second spatial axis meta.number obscore:Char.SpatialAxis.numBins2 long nullable t_min Start time in MJD d time.start;obs.exposure obscore:Char.TimeAxis.Coverage.Bounds.Limits.StartTime double nullable t_max Stop time in MJD d time.end;obs.exposure obscore:Char.TimeAxis.Coverage.Bounds.Limits.StopTime double nullable t_exptime Total exposure time s time.duration;obs.exposure obscore:Char.TimeAxis.Coverage.Support.Extent double nullable t_resolution Temporal resolution FWHM s time.resolution obscore:Char.TimeAxis.Resolution.Refval.value double nullable t_xel Number of elements along the time axis meta.number obscore:Char.TimeAxis.numBins long nullable em_min Start in spectral coordinates m em.wl;stat.min obscore:Char.SpectralAxis.Coverage.Bounds.Limits.LoLimit double nullable em_max Stop in spectral coordinates m em.wl;stat.max obscore:Char.SpectralAxis.Coverage.Bounds.Limits.HiLimit double nullable em_res_power Spectral resolving power spect.resolution obscore:Char.SpectralAxis.Resolution.resolpower.refval double nullable em_xel Number of elements along the spectral axis meta.number obscore:Char.SpectralAxis.numBins long nullable o_ucd UCD of observable (e.g. phot.flux.density, phot.count, etc.) meta.ucd obscore:Char.ObservableAxis.ucd char nullable pol_states List of polarization states or NULL if not applicable meta.code;phys.polarization obscore:Char.PolarizationAxis.stateList char nullable pol_xel Number of polarization samples meta.number obscore:Char.PolarizationAxis.numBins int nullable facility_name Name of the facility used for this observation meta.id;instr.tel obscore:Provenance.ObsConfig.Facility.name char nullable instrument_name Name of the instrument used for this observation meta.id;instr obscore:Provenance.ObsConfig.Instrument.name char nullable filter Name of the filter used for this observation meta.id;instr.filter char nullable

minijpas minijpas Schema that contains MiniJ-PAS PDR201912 catalogue data. minijpas.FilterTable that contains information about the filters. filter_id Identifier of the filter meta.id;instr.filter short indexed name Name of the filter meta.id;instr.filter char wavelength Central wavelength of the filter Angstrom em.wl.central int width Filter amplitude nm instr.bandwidth int kx Extinction coefficients. Estimated with <a href="https://iopscience.iop.org/article/10.3847/0004-637X/821/2/78" target="_blank">Schlafly et al. 2016</a> MW extinction curve following the prescriptions in <a href="https://www.aanda.org/articles/aa/abs/2019/02/aa33368-18/aa33368-18.html" target="_blank">Whitten et al. 2019</a>. phys.absorption double color_representation Filter HTML color representation char

minijpas.TileImageTable that contains the main information and properties of the coadded images. These images have been created combining the individual processed science images for each filter. The detection and the object properties contained in the other tables have been computed from these images. tile_id Identifier of the Tile image meta.id;obs.image;meta.main int indexed filter_id Identifier of the filter used for the image meta.id;instr.filter short ref_tile_id Identifier of the Tile image of reference in dual mode meta.id int name Name of the composed tile image meta.id;obs.image char indexed ra Right ascension in equatorial coordinates deg pos.eq.ra;meta.main double dec Declination in equatorial coordinates deg pos.eq.dec;meta.main double hpix5 Healpix pixel Order 5 NSIDE 32 (NESTED schema) of image position pos.healpix int indexed zpt Zero point of the image arith.zp float errzpt Zero point error stat.error;arith.zp float calib_procedure Identifier of the procedure used to calculate ZPT. (See enumeration 'calibration_method') int noise Noise estimated adu stat.snr float nullable noise_rms Rms noise estimated adu stat.snr;instr.det.noise float nullable adulevel Level estimated adu float nullable adulevel_rms Rms level estimated adu stat.error float nullable ncombined Number of reduced images combined meta.number int nullable texposed Total exposure time. Sum of the exposure time of all the combined images s float nullable efectime Effective total exposure time which takes into account the differences in transparency between the images. In other words, this is the total time that would be needed to reach the same depth in the conditions of the reference exposure s float nullable exptime Exposure time at which the image has been normalized s float nullable fwhmg FWHM estimated with Sextractor arcsec phys.angSize float nullable fwhmg_rms Rms in FWHM with Sextractor arcsec stat.error;phys.angSize float nullable fwhm_min Minimum FWHM arcsec estimated with PSFex arcsec phys.angSize float nullable fwhm_max Maximum FWHM arcsec estimated with PSFex arcsec phys.angSize float nullable fwhm_mean Mean FWHM arcsec estimated with PSFex arcsec phys.angSize float nullable moffatbeta_mean Moffat's beta parameter float nullable ellipticity_mean Ellipticity src.ellipticity float nullable pixscale Pixel scale arcsec instr.scale float nullable datasum Character string containing the decimal representation of the 32-bit one's complement checksum over the data part of the image HDU long nullable checksum 16-character string made up in such a way that the 32-bit one's complement over the entire image HDU is -0 char nullable single_catalogue_datasum Character string containing the decimal representation of the 32-bit one's complement checksum over the data part of the single mode catalogue long nullable dual_catalogue_datasum Character string containing the decimal representation of the 32-bit one's complement checksum over the data part of the dual mode catalogue long nullable depth2fwhm5s Magnitude at SNR=5, aperture = 2 x FWHM mag float nullable depth3arc5s Magnitude at SNR=5, aperture = 3 arcsec diameter mag float nullable deptharcsec2 Magnitude at SNR=5, aperture = 1 square arcsec mag float nullable m50s 50 detection magnitude for point-like sources mag float nullable ks Decay rate of the completeness, fc = 1 - 1/{exp[-ks (m - m50s)] + 1}, for point-like sources float nullable m50g 50 detection magnitude for extended sources mag float nullable kg Decay rate of the completeness, fc = 1 - 1/{exp[-kg (m - m50g)] + 1}, for extended sources float nullable aper_cor_6_0 Aperture correction to pass 6 arcsec aperture magnitudes to total magnitudes. Only valid for point-like sources. mag float nullable aper_cor_6_0_dual Aperture correction vector to direcly apply to objects photometry to pass 6 arcsec aperture magnitudes to total magnitudes. Only valid for point-like sources. mag float nullable aper_cor_3_0 Coefficients of the Chebysev polynomial up to second order needed to retrieve the position dependent aperture correction from 3 arcsec aperture to 6 arcsec aperture. The correction can be obtained with the function numpy.polynomial.chebyshev.chebval2d using (X_IMAGE,Y_IMAGE) and these coefficients. The technical details can be found in <a target="_blank" href="https://ui.adsabs.harvard.edu/abs/2022A%26A...658A..79L/abstract">López-Sanjuan et al. 2022</a>. char nullable observation_dates List with the dates and times when the images that compose this image has been taken. Dates and times are represented as integers with format yyyymmddhhMMss. time.epoch char nullable minijpas.Filter filter_id filter_id

minijpas.CalibTileImageTable that contains all the calibration data of the tiles. For each tile, this table contains the zero point and error obtained using different calibration methods. tile_id Identifier of the Tile image meta.id;obs.image int indexed calib_procedure Identifier of the procedure used to calculate ZPT short indexed zpt Zero point of the image arith.zp float errzpt Zero point error stat.error;arith.zp float is_reference_method 1 indicates that this is the default method to calibrate data of this tile. short minijpas.TileImage tile_id tile_id

minijpas.FNuSingleObjTable that contains the main parameters of the astronomical objects detected in the images. The object detection is performed independently on each filter using SExtractor. Flux data is adjusted by the image Zero Point and is in 10-30erg/s/cm2/Hz units. tile_id Identifier of the Tile image where the object was detected meta.id;obs.image;meta.main int indexed filter_id Identifier of the Filter used when the image was taken meta.id;instr.filter short flags Sextractor FLAGS. Values <a href="#flags">here</a>. meta.code int number Number identifier assigned by Sextractor for the object in the image meta.id;meta.main int indexed hpix11 Healpix index ORDER 11 (NESTED schema) of object position pos.healpix int indexed alpha_j2000 Right ascension in equatorial coordinates deg pos.eq.ra;meta.main double delta_j2000 Declination in equatorial coordinates deg pos.eq.dec;meta.main double x_image X pixel coordinate (Sextractor's XWIN_IMAGE) pixel pos.cartesian.x float y_image Y pixel coordinate (Sextractor's YWIN_IMAGE) pixel pos.cartesian.y float fwhm_world FWHM assuming a Gaussian core deg phys.angSize float flux_auto Flux within a Kron-like elliptical aperture 1e-30erg/(s.cm**2.Hz) phot.flux float flux_iso Isophotal flux 1e-30erg/(s.cm**2.Hz) phot.flux float flux_petro Flux within a Petrosian-like elliptical aperture 1e-30erg/(s.cm**2.Hz) phot.flux float r_eff Radius enclosing a specified fraction of the flux pixel phys.size.radius float a_world Profile RMS along major axis (world units) deg phys.angSize.smajAxis float b_world Profile RMS along minor axis (world units) deg phys.angSize.sminAxis float theta_j2000 Position angle (east of north) (J2000) deg pos.posAng float isoarea_world Isophotal area above Analysis threshold deg**2 phys.angArea float flux_max_arcsec2 Peak flux above background 1e-30erg/(s.cm**2.Hz.arcsec**2) phot.flux float background Background at centroid position count instr.background float threshold Detection threshold above background count instr.sensitivity float flux_aper_0_8 Flux vector within fixed circular aperture: 0.8" 1e-30erg/(s.cm**2.Hz) phot.flux float flux_aper_1_0 Flux vector within fixed circular aperture: 1.0" 1e-30erg/(s.cm**2.Hz) phot.flux float flux_aper_1_2 Flux vector within fixed circular aperture: 1.2" 1e-30erg/(s.cm**2.Hz) phot.flux float flux_aper_1_5 Flux vector within fixed circular aperture: 1.5" 1e-30erg/(s.cm**2.Hz) phot.flux float flux_aper_2_0 Flux vector within fixed circular aperture: 2.0" 1e-30erg/(s.cm**2.Hz) phot.flux float flux_aper_3_0 Flux vector within fixed circular aperture: 3.0" 1e-30erg/(s.cm**2.Hz) phot.flux float flux_aper_4_0 Flux vector within fixed circular aperture: 4.0" 1e-30erg/(s.cm**2.Hz) phot.flux float flux_aper_6_0 Flux vector within fixed circular aperture: 6.0" 1e-30erg/(s.cm**2.Hz) phot.flux float flux_relerr_auto Relative error for AUTO flux. FLUXERR_AUTO / FLUX_AUTO, inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_iso Relative error for isophotal flux. FLUXERR_ISO / FLUX_ISO, inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_petro Relative error for PETROsian flux. FLUXERR_PETRO / FLUX_PETRO, inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_0_8 Relative error for aperture flux: 0.8". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_1_0 Relative error for aperture flux: 1.0". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_1_2 Relative error for aperture flux: 1.2". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_1_5 Relative error for aperture flux: 1.5". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_2_0 Relative error for aperture flux: 2.0". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_3_0 Relative error for aperture flux: 3.0". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_4_0 Relative error for aperture flux: 4.0". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_6_0 Relative error for aperture flux: 6.0". Inverse of signal to noise ratio. stat.error;phot.flux float kron_radius Kron radius in units of A or B phys.size.radius float petro_radius Petrosian apertures in units of A or B phys.size.radius float relerra_world Relative error for A_WORLD. ERRA_WORLD = A_WORLD * RELERRA_WORLD stat.error;phys.angSize.smajAxis float relerrb_world Relative error for B_WORLD. ERRB_WORLD = B_WORLD * RELERRB_WORLD stat.error;phys.angSize.sminAxis float errtheta_j2000 Absolute error for THETA_J2000 deg stat.error;pos.posAng float class_star SExtractor 'stellarity' (1 = star; 0 = galaxy) src.class.starGalaxy float norm_wmap_val Value of the normalized weight map at the position of the object. A value of 1 indicate that the source is in the area with highest effective exposure. float nullable mask_flags Masks flags. Values <a href="#masks">here</a>. int nullable minijpas.Filter filter_id filter_id minijpas.TileImage tile_id tile_id

minijpas.DuplicatedFNuSingleObjTable that contains the main parameters of the astronomical duplicated objects detected in the images. The sources listed in this table have been considered duplicated detections as they are at the same location of another detection in an adjacent image that has better data quality. Only the counterpart with lower quality is listed in this table. Flux data is adjusted by the image Zero Point and is in 1030erg/s/cm2/Hz units. tile_id Identifier of the Tile image where the object was detected meta.id;obs.image;meta.main int indexed filter_id Identifier of the Filter used when the image was taken meta.id;instr.filter short flags Sextractor FLAGS. Values <a href="#flags">here</a>. meta.code int number Number identifier assigned by Sextractor for the object in the image meta.id;meta.main int indexed hpix11 Healpix index ORDER 11 (NESTED schema) of object position pos.healpix int indexed alpha_j2000 Right ascension in equatorial coordinates deg pos.eq.ra;meta.main double delta_j2000 Declination in equatorial coordinates deg pos.eq.dec;meta.main double x_image X pixel coordinate (Sextractor's XWIN_IMAGE) pixel pos.cartesian.x float y_image Y pixel coordinate (Sextractor's YWIN_IMAGE) pixel pos.cartesian.y float fwhm_world FWHM assuming a Gaussian core deg phys.angSize float flux_auto Flux within a Kron-like elliptical aperture 1e-30erg/(s.cm**2.Hz) phot.flux float flux_iso Isophotal flux 1e-30erg/(s.cm**2.Hz) phot.flux float flux_petro Flux within a Petrosian-like elliptical aperture 1e-30erg/(s.cm**2.Hz) phot.flux float r_eff Radius enclosing a specified fraction of the flux pixel phys.size.radius float a_world Profile RMS along major axis (world units) deg phys.angSize.smajAxis float b_world Profile RMS along minor axis (world units) deg phys.angSize.sminAxis float theta_j2000 Position angle (east of north) (J2000) deg pos.posAng float isoarea_world Isophotal area above Analysis threshold deg**2 phys.angArea float flux_max_arcsec2 Peak flux above background 1e-30erg/(s.cm**2.Hz.arcsec**2) phot.flux float background Background at centroid position count instr.background float threshold Detection threshold above background count instr.sensitivity float flux_aper_0_8 Flux vector within fixed circular aperture: 0.8" 1e-30erg/(s.cm**2.Hz) phot.flux float flux_aper_1_0 Flux vector within fixed circular aperture: 1.0" 1e-30erg/(s.cm**2.Hz) phot.flux float flux_aper_1_2 Flux vector within fixed circular aperture: 1.2" 1e-30erg/(s.cm**2.Hz) phot.flux float flux_aper_1_5 Flux vector within fixed circular aperture: 1.5" 1e-30erg/(s.cm**2.Hz) phot.flux float flux_aper_2_0 Flux vector within fixed circular aperture: 2.0" 1e-30erg/(s.cm**2.Hz) phot.flux float flux_aper_3_0 Flux vector within fixed circular aperture: 3.0" 1e-30erg/(s.cm**2.Hz) phot.flux float flux_aper_4_0 Flux vector within fixed circular aperture: 4.0" 1e-30erg/(s.cm**2.Hz) phot.flux float flux_aper_6_0 Flux vector within fixed circular aperture: 6.0" 1e-30erg/(s.cm**2.Hz) phot.flux float flux_relerr_auto Relative error for AUTO flux. FLUXERR_AUTO / FLUX_AUTO, inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_iso Relative error for isophotal flux. FLUXERR_ISO / FLUX_ISO, inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_petro Relative error for PETROsian flux. FLUXERR_PETRO / FLUX_PETRO, inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_0_8 Relative error for aperture flux: 0.8". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_1_0 Relative error for aperture flux: 1.0". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_1_2 Relative error for aperture flux: 1.2". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_1_5 Relative error for aperture flux: 1.5". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_2_0 Relative error for aperture flux: 2.0". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_3_0 Relative error for aperture flux: 3.0". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_4_0 Relative error for aperture flux: 4.0". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_6_0 Relative error for aperture flux: 6.0". Inverse of signal to noise ratio. stat.error;phot.flux float kron_radius Kron radius in units of A or B phys.size.radius float petro_radius Petrosian apertures in units of A or B phys.size.radius float relerra_world Relative error for A_WORLD. ERRA_WORLD = A_WORLD * RELERRA_WORLD stat.error;phys.angSize.smajAxis float relerrb_world Relative error for B_WORLD. ERRB_WORLD = B_WORLD * RELERRB_WORLD stat.error;phys.angSize.sminAxis float errtheta_j2000 Absolute error for THETA_J2000 deg stat.error;pos.posAng float class_star SExtractor 'stellarity' (1 = star; 0 = galaxy) src.class.starGalaxy float norm_wmap_val Value of the normalized weight map at the position of the object. A value of 1 indicate that the source is in the area with highest effective exposure. float nullable mask_flags Masks flags. Values <a href="#masks">here</a>. int nullable minijpas.Filter filter_id filter_id minijpas.TileImage tile_id tile_id

minijpas.FNuDualObjTable that contains the main parameters of the astronomical objects detected in the images. The object detection and aperture definition is performed in a reference band ('rSDSS') and the measurements are done in each filter using SExtractor (Dual Mode). Array columns (type[]) contains measures for each filter (NULL if the image in the filter is not available). Enumeration 'minijpas' can be used to refer filter positions in the array. Flux data is adjusted by the image Zero Point and is in 10-30erg/s/cm2/Hz units. tile_id Identifier of the Tile image where the object was detected meta.id;obs.image;meta.main int indexed number Number identifier assigned by Sextractor for the object in the image meta.id;meta.main int indexed alpha_j2000 Right ascension in equatorial coordinates deg pos.eq.ra;meta.main double delta_j2000 Declination in equatorial coordinates deg pos.eq.dec;meta.main double hpix11 Healpix index ORDER 11 (NESTED schema) of object position pos.healpix int indexed x_image X pixel coordinate (Sextractor's XWIN_IMAGE) pixel pos.cartesian.x float y_image Y pixel coordinate (Sextractor's YWIN_IMAGE) pixel pos.cartesian.y float r_eff Radius enclosing a specified fraction of the flux pixel phys.size.radius float fwhm_world FWHM assuming a Gaussian core deg phys.angSize float a_world Profile RMS along major axis (world units) deg phys.angSize.smajAxis float b_world Profile RMS along minor axis (world units) deg phys.angSize.sminAxis float theta_j2000 Position angle (east of north) (J2000) deg pos.posAng float isoarea_world Isophotal area above Analysis threshold deg**2 phys.angArea float relerra_world Relative error for A_WORLD. ERRA_WORLD = A_WORLD * RELERRA_WORLD stat.error;phys.angSize.smajAxis float relerrb_world Relative error for B_WORLD. ERRB_WORLD = B_WORLD * RELERRB_WORLD stat.error;phys.angSize.sminAxis float errtheta_j2000 Absolute error for THETA_J2000 stat.error;pos.posAng float class_star SExtractor 'stellarity' (1 = star; 0 = galaxy) src.class.starGalaxy float flux_auto Flux vector within a Kron-like elliptical aperture 1e-30erg/(s.cm**2.Hz) phot.flux float flux_iso Isophotal flux vector 1e-30erg/(s.cm**2.Hz) phot.flux float flux_petro Flux vector within a Petrosian-like elliptical aperture 1e-30erg/(s.cm**2.Hz) phot.flux float flux_max_arcsec2 Peak flux vector above background 1e-30erg/(s.cm**2.Hz.arcsec**2) phot.flux float petro_radius Petrosian aperture in units of A or B phys.size.radius float kron_radius Kron radius in units of A or B phys.size.radius float flux_aper_0_8 Flux vector within fixed circular aperture: 0.8" 1e-30erg/(s.cm**2.Hz) phot.flux float flux_aper_1_0 Flux vector within fixed circular aperture: 1.0" 1e-30erg/(s.cm**2.Hz) phot.flux float flux_aper_1_2 Flux vector within fixed circular aperture: 1.2" 1e-30erg/(s.cm**2.Hz) phot.flux float flux_aper_1_5 Flux vector within fixed circular aperture: 1.5" 1e-30erg/(s.cm**2.Hz) phot.flux float flux_aper_2_0 Flux vector within fixed circular aperture: 2.0" 1e-30erg/(s.cm**2.Hz) phot.flux float flux_aper_3_0 Flux vector within fixed circular aperture: 3.0" 1e-30erg/(s.cm**2.Hz) phot.flux float flux_aper_4_0 Flux vector within fixed circular aperture: 4.0" 1e-30erg/(s.cm**2.Hz) phot.flux float flux_aper_6_0 Flux vector within fixed circular aperture: 6.0" 1e-30erg/(s.cm**2.Hz) phot.flux float flux_relerr_auto Relative error vector for AUTO flux. FLUXERR_AUTO / FLUX_AUTO, inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_iso Relative error vector for isophotal flux. FLUXERR_ISO / FLUX_ISO, inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_petro Relative error vector for PETROsian flux. FLUXERR_PETRO / FLUX_PETRO, inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_0_8 Relative error vector for aperture flux: 0.8". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_1_0 Relative error vector for aperture flux: 1.0". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_1_2 Relative error vector for aperture flux: 1.2". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_1_5 Relative error vector for aperture flux: 1.5". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_2_0 Relative error vector for aperture flux: 2.0". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_3_0 Relative error vector for aperture flux: 3.0". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_4_0 Relative error vector for aperture flux: 4.0". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_6_0 Relative error vector for aperture flux: 6.0". Inverse of signal to noise ratio. stat.error;phot.flux float flags Sextractor FLAGS vector. Values <a href="#flags">here</a>. meta.code int norm_wmap_val Value of the normalized weight map at the position of the object. A value of 1 indicate that the source is in the area with highest effective exposure. float nullable mask_flags Masks flags vector. Values <a href="#masks">here</a>. int nullable single_detect Identification of the same source in the single mode catalog of the filter. 0 is used if the source is not detected in single mode. int nullable flux_iso_worstpsf Isophotal flux vector after degrading the PSF. For each tile the PSF of each image is degraded to the worst PSF among the different filters. 1e-30erg/(s.cm**2.Hz) phot.flux float flux_relerr_iso_worstpsf Relative error vector for ISO_WORSTPSF flux. FLUXERR_ISO_WORSTPSF / FLUX_ISO_WORSTPSF, inverse of signal to noise ratio. stat.error;phot.flux float flux_psfcor Flux vector with PSF-corrected photometry 1e-30erg/(s.cm**2.Hz) phot.flux float flux_relerr_psfcor Relative error vector for PSFCOR flux. FLUXERR_PSFCOR / FLUX_PSFCOR, inverse of signal to noise ratio. stat.error;phot.flux float flux_aper3_worstpsf Flux vector within fixed circular aperture of 3.0" after degrading the PSF. For each tile the PSF of each image is degraded to the worst PSF among the different filters. 1e-30erg/(s.cm**2.Hz) phot.flux float flux_relerr_aper3_worstpsf Relative error vector for APER3_WORSTPSF flux. FLUXERR_APER3_WORSTPSF / FLUX_APER3_WORSTPSF, inverse of signal to noise ratio. stat.error;phot.flux float minijpas.TileImage tile_id tile_id

minijpas.DuplicatedFNuDualObjTable that contains the main parameters of the astronomical duplicated objects detected in the images. The object detection and aperture definition is performed in a reference band ('rSDSS') and the measurements are done in each filter using SExtractor (Dual Mode). The sources listed in this table have been considered duplicated detections as they are at the same location of another detection in an adjacent image that has better data quality. Only the counterpart with lower quality is listed in this table. Array columns (type[]) contains measures for each filter (NULL if not available yet). Enumeration 'minijpas' can be used to refer filter positions in the array. Flux data is adjusted by the image Zero Point and is in 10-30erg/s/cm2/Hz units. tile_id Identifier of the Tile image where the object was detected meta.id;obs.image;meta.main int indexed number Number identifier assigned by Sextractor for the object in the image meta.id;meta.main int indexed alpha_j2000 Right ascension in equatorial coordinates deg pos.eq.ra;meta.main double delta_j2000 Declination in equatorial coordinates deg pos.eq.dec;meta.main double hpix11 Healpix index ORDER 11 (NESTED schema) of object position pos.healpix int indexed x_image X pixel coordinate (Sextractor's XWIN_IMAGE) pixel pos.cartesian.x float y_image Y pixel coordinate (Sextractor's YWIN_IMAGE) pixel pos.cartesian.y float r_eff Radius enclosing a specified fraction of the flux pixel phys.size.radius float fwhm_world FWHM assuming a Gaussian core deg phys.angSize float a_world Profile RMS along major axis (world units) deg phys.angSize.smajAxis float b_world Profile RMS along minor axis (world units) deg phys.angSize.sminAxis float theta_j2000 Position angle (east of north) (J2000) deg pos.posAng float isoarea_world Isophotal area above Analysis threshold deg**2 phys.angArea float relerra_world Relative error for A_WORLD. ERRA_WORLD = A_WORLD * RELERRA_WORLD stat.error;phys.angSize.smajAxis float relerrb_world Relative error for B_WORLD. ERRB_WORLD = B_WORLD * RELERRB_WORLD stat.error;phys.angSize.sminAxis float errtheta_j2000 Absolute error for THETA_J2000 stat.error;pos.posAng float class_star SExtractor 'stellarity' (1 = star; 0 = galaxy) src.class.starGalaxy float flux_auto Flux vector within a Kron-like elliptical aperture 1e-30erg/(s.cm**2.Hz) phot.flux float flux_iso Isophotal flux vector 1e-30erg/(s.cm**2.Hz) phot.flux float flux_petro Flux vector within a Petrosian-like elliptical aperture 1e-30erg/(s.cm**2.Hz) phot.flux float flux_max_arcsec2 Peak flux vector above background 1e-30erg/(s.cm**2.Hz.arcsec**2) phot.flux float petro_radius Petrosian aperture in units of A or B phys.size.radius float kron_radius Kron radius in units of A or B phys.size.radius float flux_aper_0_8 Flux vector within fixed circular aperture: 0.8" 1e-30erg/(s.cm**2.Hz) phot.flux float flux_aper_1_0 Flux vector within fixed circular aperture: 1.0" 1e-30erg/(s.cm**2.Hz) phot.flux float flux_aper_1_2 Flux vector within fixed circular aperture: 1.2" 1e-30erg/(s.cm**2.Hz) phot.flux float flux_aper_1_5 Flux vector within fixed circular aperture: 1.5" 1e-30erg/(s.cm**2.Hz) phot.flux float flux_aper_2_0 Flux vector within fixed circular aperture: 2.0" 1e-30erg/(s.cm**2.Hz) phot.flux float flux_aper_3_0 Flux vector within fixed circular aperture: 3.0" 1e-30erg/(s.cm**2.Hz) phot.flux float flux_aper_4_0 Flux vector within fixed circular aperture: 4.0" 1e-30erg/(s.cm**2.Hz) phot.flux float flux_aper_6_0 Flux vector within fixed circular aperture: 6.0" 1e-30erg/(s.cm**2.Hz) phot.flux float flux_relerr_auto Relative error vector for AUTO flux. FLUXERR_AUTO / FLUX_AUTO, inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_iso Relative error vector for isophotal flux. FLUXERR_ISO / FLUX_ISO, inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_petro Relative error vector for PETROsian flux. FLUXERR_PETRO / FLUX_PETRO, inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_0_8 Relative error vector for aperture flux: 0.8". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_1_0 Relative error vector for aperture flux: 1.0". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_1_2 Relative error vector for aperture flux: 1.2". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_1_5 Relative error vector for aperture flux: 1.5". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_2_0 Relative error vector for aperture flux: 2.0". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_3_0 Relative error vector for aperture flux: 3.0". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_4_0 Relative error vector for aperture flux: 4.0". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_6_0 Relative error vector for aperture flux: 6.0". Inverse of signal to noise ratio. stat.error;phot.flux float flags Sextractor FLAGS vector. Values <a href="#flags">here</a>. meta.code int norm_wmap_val Value of the normalized weight map at the position of the object. A value of 1 indicate that the source is in the area with highest effective exposure. float nullable mask_flags Masks flags vector. Values <a href="#masks">here</a>. int nullable single_detect Identification of the same source in the single mode catalog of the filter. 0 is used if the source is not detected in single mode. int nullable flux_iso_worstpsf Isophotal flux vector after degrading the PSF. For each tile the PSF of each image is degraded to the worst PSF among the different filters. 1e-30erg/(s.cm**2.Hz) phot.flux float flux_relerr_iso_worstpsf Relative error vector for ISO_WORSTPSF flux. FLUXERR_ISO_WORSTPSF / FLUX_ISO_WORSTPSF, inverse of signal to noise ratio. stat.error;phot.flux float flux_psfcor Flux vector with PSF-corrected photometry 1e-30erg/(s.cm**2.Hz) phot.flux float flux_relerr_psfcor Relative error vector for PSFCOR flux. FLUXERR_PSFCOR / FLUX_PSFCOR, inverse of signal to noise ratio. stat.error;phot.flux float flux_aper3_worstpsf Flux vector within fixed circular aperture of 3.0" after degrading the PSF. For each tile the PSF of each image is degraded to the worst PSF among the different filters. 1e-30erg/(s.cm**2.Hz) phot.flux float flux_relerr_aper3_worstpsf Relative error vector for APER3_WORSTPSF flux. FLUXERR_APER3_WORSTPSF / FLUX_APER3_WORSTPSF, inverse of signal to noise ratio. stat.error;phot.flux float minijpas.TileImage tile_id tile_id

minijpas.FLambdaDualObjTable that contains the main parameters of the astronomical objects detected in the images. The object detection and aperture definition is performed in a reference band ('rSDSS') and the measurements are done in each filter using SExtractor (Dual Mode). Array columns (type[]) contains measures for each filter (NULL if the image in the filter is not available). Enumeration 'minijpas' can be used to refer filter positions in the array. Flux data is adjusted by the image Zero Point and is in 10-19erg/s/cm2/A units. tile_id Identifier of the Tile image where the object was detected meta.id;obs.image;meta.main int indexed number Number identifier assigned by Sextractor for the object in the image meta.id;meta.main int indexed alpha_j2000 Right ascension in equatorial coordinates deg pos.eq.ra;meta.main double delta_j2000 Declination in equatorial coordinates deg pos.eq.dec;meta.main double hpix11 Healpix index ORDER 11 (NESTED schema) of object position pos.healpix int indexed x_image X pixel coordinate (Sextractor's XWIN_IMAGE) pixel pos.cartesian.x float y_image Y pixel coordinate (Sextractor's YWIN_IMAGE) pixel pos.cartesian.y float r_eff Radius enclosing a specified fraction of the flux pixel phys.size.radius float fwhm_world FWHM assuming a Gaussian core deg phys.angSize float a_world Profile RMS along major axis (world units) deg phys.angSize.smajAxis float b_world Profile RMS along minor axis (world units) deg phys.angSize.sminAxis float theta_j2000 Position angle (east of north) (J2000) deg pos.posAng float isoarea_world Isophotal area above Analysis threshold deg**2 phys.angArea float relerra_world Relative error for A_WORLD. ERRA_WORLD = A_WORLD * RELERRA_WORLD stat.error;phys.angSize.smajAxis float relerrb_world Relative error for B_WORLD. ERRB_WORLD = B_WORLD * RELERRB_WORLD stat.error;phys.angSize.sminAxis float errtheta_j2000 Aboslute error for THETA_J2000 stat.error;pos.posAng float class_star SExtractor 'stellarity' (1 = star; 0 = galaxy) src.class.starGalaxy float flux_auto Flux vector within a Kron-like elliptical aperture 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_iso Isophotal flux vector 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_petro Flux vector within a Petrosian-like elliptical aperture 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_max_arcsec2 Peak flux vector above background 1e-19erg/(s.cm**2.Angstrom.arcsec**2) phot.flux float petro_radius Petrosian aperture in units of A or B phys.size.radius float kron_radius Kron radius in units of A or B phys.size.radius float flux_aper_0_8 Flux vector within fixed circular aperture: 0.8" 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_aper_1_0 Flux vector within fixed circular aperture: 1.0" 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_aper_1_2 Flux vector within fixed circular aperture: 1.2" 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_aper_1_5 Flux vector within fixed circular aperture: 1.5" 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_aper_2_0 Flux vector within fixed circular aperture: 2.0" 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_aper_3_0 Flux vector within fixed circular aperture: 3.0" 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_aper_4_0 Flux vector within fixed circular aperture: 4.0" 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_aper_6_0 Flux vector within fixed circular aperture: 6.0" 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_relerr_auto Relative error vector for AUTO flux. FLUXERR_AUTO / FLUX_AUTO, inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_iso Relative error vector for isophotal flux. FLUXERR_ISO / FLUX_ISO, inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_petro Relative error vector for PETROsian flux. FLUXERR_PETRO / FLUX_PETRO, inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_0_8 Relative error vector for aperture flux: 0.8". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_1_0 Relative error vector for aperture flux: 1.0". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_1_2 Relative error vector for aperture flux: 1.2". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_1_5 Relative error vector for aperture flux: 1.5". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_2_0 Relative error vector for aperture flux: 2.0". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_3_0 Relative error vector for aperture flux: 3.0". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_4_0 Relative error vector for aperture flux: 4.0". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_6_0 Relative error vector for aperture flux: 6.0. Inverse of signal to noise ratio. stat.error;phot.flux float flags Sextractor FLAGS vector. Values <a href="#flags">here</a>. meta.code int norm_wmap_val Value of the normalized weight map at the position of the object. A value of 1 indicate that the source is in the area with highest effective exposure. float nullable mask_flags Masks flags vector. Values <a href="#masks">here</a>. int nullable single_detect Identification of the same source in the single mode catalog of the filter. 0 is used if the source is not detected in single mode. int nullable flux_iso_worstpsf Isophotal flux vector after degrading the PSF. For each tile the PSF of each image is degraded to the worst PSF among the different filters. 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_relerr_iso_worstpsf Relative error vector for ISO_WORSTPSF flux. FLUXERR_ISO_WORSTPSF / FLUX_ISO_WORSTPSF, inverse of signal to noise ratio. stat.error;phot.flux float flux_psfcor Flux vector with PSF-corrected photometry 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_relerr_psfcor Relative error vector for PSFCOR flux. FLUXERR_PSFCOR / FLUX_PSFCOR, inverse of signal to noise ratio. stat.error;phot.flux float flux_aper3_worstpsf Flux vector within fixed circular aperture of 3.0" after degrading the PSF. For each tile the PSF of each image is degraded to the worst PSF among the different filters. 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_relerr_aper3_worstpsf Relative error vector for APER3_WORSTPSF flux. FLUXERR_APER3_WORSTPSF / FLUX_APER3_WORSTPSF, inverse of signal to noise ratio. stat.error;phot.flux float minijpas.TileImage tile_id tile_id

minijpas.DuplicatedFLambdaDualObjTable that contains the main parameters of the astronomical duplicated objects detected in the images. The object detection and aperture definition is performed in a reference band ('rSDSS') and the measurements are done in each filter using SExtractor (Dual Mode). The sources listed in this table have been considered duplicated detections as they are at the same location of another detection in an adjacent image that has better data quality. Only the counterpart with lower quality is listed in this table. Array columns (type[]) contains measures for each filter (NULL if not available yet). Enumeration 'minijpas' can be used to refer filter positions in the array. Flux data is adjusted by the image Zero Point and is in 10-19erg/s/cm2/A units. tile_id Identifier of the Tile image where the object was detected meta.id;obs.image;meta.main int indexed number Number identifier assigned by Sextractor for the object in the image meta.id;meta.main int indexed alpha_j2000 Right ascension in equatorial coordinates deg pos.eq.ra;meta.main double delta_j2000 Declination in equatorial coordinates deg pos.eq.dec;meta.main double hpix11 Healpix index ORDER 11 (NESTED schema) of object position pos.healpix int indexed x_image X pixel coordinate (Sextractor's XWIN_IMAGE) pixel pos.cartesian.x float y_image Y pixel coordinate (Sextractor's YWIN_IMAGE) pixel pos.cartesian.y float r_eff Radius enclosing a specified fraction of the flux pixel phys.size.radius float fwhm_world FWHM assuming a Gaussian core deg phys.angSize float a_world Profile RMS along major axis (world units) deg phys.angSize.smajAxis float b_world Profile RMS along minor axis (world units) deg phys.angSize.sminAxis float theta_j2000 Position angle (east of north) (J2000) deg pos.posAng float isoarea_world Isophotal area above Analysis threshold deg**2 phys.angArea float relerra_world Relative error for A_WORLD. ERRA_WORLD = A_WORLD * RELERRA_WORLD stat.error;phys.angSize.smajAxis float relerrb_world Relative error for B_WORLD. ERRB_WORLD = B_WORLD * RELERRB_WORLD stat.error;phys.angSize.sminAxis float errtheta_j2000 Aboslute error for THETA_J2000 stat.error;pos.posAng float class_star SExtractor 'stellarity' (1 = star; 0 = galaxy) src.class.starGalaxy float flux_auto Flux vector within a Kron-like elliptical aperture 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_iso Isophotal flux vector 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_petro Flux vector within a Petrosian-like elliptical aperture 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_max_arcsec2 Peak flux vector above background 1e-19erg/(s.cm**2.Angstrom.arcsec**2) phot.flux float petro_radius Petrosian aperture in units of A or B phys.size.radius float kron_radius Kron radius in units of A or B phys.size.radius float flux_aper_0_8 Flux vector within fixed circular aperture: 0.8" 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_aper_1_0 Flux vector within fixed circular aperture: 1.0" 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_aper_1_2 Flux vector within fixed circular aperture: 1.2" 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_aper_1_5 Flux vector within fixed circular aperture: 1.5" 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_aper_2_0 Flux vector within fixed circular aperture: 2.0" 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_aper_3_0 Flux vector within fixed circular aperture: 3.0" 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_aper_4_0 Flux vector within fixed circular aperture: 4.0" 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_aper_6_0 Flux vector within fixed circular aperture: 6.0" 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_relerr_auto Relative error vector for AUTO flux. FLUXERR_AUTO / FLUX_AUTO, inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_iso Relative error vector for isophotal flux. FLUXERR_ISO / FLUX_ISO, inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_petro Relative error vector for PETROsian flux. FLUXERR_PETRO / FLUX_PETRO, inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_0_8 Relative error vector for aperture flux: 0.8". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_1_0 Relative error vector for aperture flux: 1.0". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_1_2 Relative error vector for aperture flux: 1.2". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_1_5 Relative error vector for aperture flux: 1.5". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_2_0 Relative error vector for aperture flux: 2.0". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_3_0 Relative error vector for aperture flux: 3.0". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_4_0 Relative error vector for aperture flux: 4.0". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_6_0 Relative error vector for aperture flux: 6.0. Inverse of signal to noise ratio. stat.error;phot.flux float flags Sextractor FLAGS vector. Values <a href="#flags">here</a>. meta.code int norm_wmap_val Value of the normalized weight map at the position of the object. A value of 1 indicate that the source is in the area with highest effective exposure. float nullable mask_flags Masks flags vector. Values <a href="#masks">here</a>. int nullable single_detect Identification of the same source in the single mode catalog of the filter. 0 is used if the source is not detected in single mode. int nullable flux_iso_worstpsf Isophotal flux vector after degrading the PSF. For each tile the PSF of each image is degraded to the worst PSF among the different filters. 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_relerr_iso_worstpsf Relative error vector for ISO_WORSTPSF flux. FLUXERR_ISO_WORSTPSF / FLUX_ISO_WORSTPSF, inverse of signal to noise ratio. stat.error;phot.flux float flux_psfcor Flux vector with PSF-corrected photometry 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_relerr_psfcor Relative error vector for PSFCOR flux. FLUXERR_PSFCOR / FLUX_PSFCOR, inverse of signal to noise ratio. stat.error;phot.flux float flux_aper3_worstpsf Flux vector within fixed circular aperture of 3.0" after degrading the PSF. For each tile the PSF of each image is degraded to the worst PSF among the different filters. 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_relerr_aper3_worstpsf Relative error vector for APER3_WORSTPSF flux. FLUXERR_APER3_WORSTPSF / FLUX_APER3_WORSTPSF, inverse of signal to noise ratio. stat.error;phot.flux float minijpas.TileImage tile_id tile_id

minijpas.MagABDualObjTable that contains the main parameters of the astronomical objects detected in the images. The object detection and aperture definition is performed in a reference band ('rSDSS') and the measurements are done in each filter using SExtractor (Dual Mode). Array columns (type[]) contains measures for each filter (NULL if the image in the filter is not available). Enumeration 'minijpas' can be used to refer filter positions in the array. Magnitude data is adjusted by the image Zero Point and is in magnitude AB units. tile_id Identifier of the Tile image where the object was detected meta.id;obs.image;meta.main int indexed number Number identifier assigned by Sextractor for the object in the image meta.id;meta.main int indexed alpha_j2000 Right ascension in equatorial coordinates deg pos.eq.ra;meta.main double delta_j2000 Declination in equatorial coordinates deg pos.eq.dec;meta.main double hpix11 Healpix index ORDER 11 (NESTED schema) of object position pos.healpix int indexed x_image X pixel coordinate (Sextractor's XWIN_IMAGE) pixel pos.cartesian.x float y_image Y pixel coordinate (Sextractor's YWIN_IMAGE) pixel pos.cartesian.y float r_eff Radius enclosing a specified fraction of the flux pixel phys.size.radius float fwhm_world FWHM assuming a Gaussian core deg phys.angSize float a_world Profile RMS along major axis (world units) deg phys.angSize.smajAxis float b_world Profile RMS along minor axis (world units) deg phys.angSize.sminAxis float theta_j2000 Position angle (east of north) (J2000) deg pos.posAng float isoarea_world Isophotal area above Analysis threshold deg**2 phys.angArea float relerra_world Relative error for A_WORLD. ERRA_WORLD = A_WORLD * RELERRA_WORLD stat.error;phys.angSize.smajAxis float relerrb_world Relative error for B_WORLD. ERRB_WORLD = B_WORLD * RELERRB_WORLD stat.error;phys.angSize.sminAxis float errtheta_j2000 Aboslute error for THETA_J2000 stat.error;pos.posAng float class_star SExtractor 'stellarity' (1 = star; 0 = galaxy) src.class.starGalaxy float mag_auto Magnitude vector within a Kron-like elliptical aperture mag phot.mag float mag_iso Isophotal magnitude vector mag phot.mag float mag_petro Magnitude vector within a Petrosian-like elliptical aperture mag phot.mag float mu_max Peak surface brightness above background mag/arcsec**2 phot.mag float petro_radius Petrosian aperture in units of A or B phys.size.radius float kron_radius Kron radius in units of A or B phys.size.radius float mag_aper_0_8 Magnitude vector within fixed circular aperture: 0.8" mag phot.mag float mag_aper_1_0 Magnitude vector within fixed circular aperture: 1.0" mag phot.mag float mag_aper_1_2 Magnitude vector within fixed circular aperture: 1.2" mag phot.mag float mag_aper_1_5 Magnitude vector within fixed circular aperture: 1.5" mag phot.mag float mag_aper_2_0 Magnitude vector within fixed circular aperture: 2.0" mag phot.mag float mag_aper_3_0 Magnitude vector within fixed circular aperture: 3.0" mag phot.mag float mag_aper_4_0 Magnitude vector within fixed circular aperture: 4.0" mag phot.mag float mag_aper_6_0 Magnitude vector within fixed circular aperture: 6.0" mag phot.mag float mag_err_auto Error vector for AUTO magnitude. stat.error;phot.mag float mag_err_iso Error vector for isophotal magnitude. stat.error;phot.mag float mag_err_petro Error vector for PETROsian magnitude. stat.error;phot.mag float mag_err_aper_0_8 Error vector for aperture magnitude: 0.8". stat.error;phot.mag float mag_err_aper_1_0 Error vector for aperture magnitude: 1.0". stat.error;phot.mag float mag_err_aper_1_2 Error vector for aperture magnitude: 1.2". stat.error;phot.mag float mag_err_aper_1_5 Error vector for aperture magnitude: 1.5". stat.error;phot.mag float mag_err_aper_2_0 Error vector for aperture magnitude: 2.0". stat.error;phot.mag float mag_err_aper_3_0 Error vector for aperture magnitude: 3.0". stat.error;phot.mag float mag_err_aper_4_0 Error vector for aperture magnitude: 4.0". stat.error;phot.mag float mag_err_aper_6_0 Error vector for aperture magnitude: 6.0". stat.error;phot.mag float flags Sextractor FLAGS. Values <a href="#flags">here</a>. meta.code int norm_wmap_val Value of the normalized weight map at the position of the object. A value of 1 indicate that the source is in the area with highest effective exposure. float nullable mask_flags Masks flags. Values <a href="#masks">here</a>. int nullable single_detect Identification of the same source in the single mode catalog of the filter. 0 is used if the source is not detected in single mode. int nullable mag_iso_worstpsf Isophotal magnitude vector after degrading the PSF. For each tile the PSF of each image is degraded to the worst PSF among the different filters. mag phot.mag float mag_err_iso_worstpsf Error vector for ISO_WORSTPSF magnitude. stat.error;phot.mag float mag_psfcor Magnitude vector with PSF-corrected photometry. mag phot.mag float mag_err_psfcor Error vector for PSFCOR magnitude. stat.error;phot.mag float mag_aper3_worstpsf Magnitude vector within fixed circular aperture of 3.0" after degrading the PSF. For each tile the PSF of each image is degraded to the worst PSF among the different filters. mag phot.mag float mag_err_aper3_worstpsf Error vector for APER3_WORSTPSF magnitude. stat.error;phot.mag float minijpas.TileImage tile_id tile_id

minijpas.DuplicatedMagABDualObjTable that contains the main parameters of the astronomical duplicated objects detected in the images. The object detection and aperture definition is performed in a reference band ('rSDSS') and the measurements are done in each filter using SExtractor (Dual Mode). The sources listed in this table have been considered duplicated detections as they are at the same location of another detection in an adjacent image that has better data quality. Only the counterpart with lower quality is listed in this table. Array columns (type[]) contains measures for each filter (NULL if not available yet). Enumeration 'minijpas' can be used to refer filter positions in the array. Magnitude data is adjusted by the image Zero Point and is in magnitude AB units. tile_id Identifier of the Tile image where the object was detected meta.id;obs.image;meta.main int indexed number Number identifier assigned by Sextractor for the object in the image meta.id;meta.main int indexed alpha_j2000 Right ascension in equatorial coordinates deg pos.eq.ra;meta.main double delta_j2000 Declination in equatorial coordinates deg pos.eq.dec;meta.main double hpix11 Healpix index ORDER 11 (NESTED schema) of object position pos.healpix int indexed x_image X pixel coordinate (Sextractor's XWIN_IMAGE) pixel pos.cartesian.x float y_image Y pixel coordinate (Sextractor's YWIN_IMAGE) pixel pos.cartesian.y float r_eff Radius enclosing a specified fraction of the flux pixel phys.size.radius float fwhm_world FWHM assuming a Gaussian core deg phys.angSize float a_world Profile RMS along major axis (world units) deg phys.angSize.smajAxis float b_world Profile RMS along minor axis (world units) deg phys.angSize.sminAxis float theta_j2000 Position angle (east of north) (J2000) deg pos.posAng float isoarea_world Isophotal area above Analysis threshold deg**2 phys.angArea float relerra_world Relative error for A_WORLD. ERRA_WORLD = A_WORLD * RELERRA_WORLD stat.error;phys.angSize.smajAxis float relerrb_world Relative error for B_WORLD. ERRB_WORLD = B_WORLD * RELERRB_WORLD stat.error;phys.angSize.sminAxis float errtheta_j2000 Aboslute error for THETA_J2000 stat.error;pos.posAng float class_star SExtractor 'stellarity' (1 = star; 0 = galaxy) src.class.starGalaxy float mag_auto Magnitude vector within a Kron-like elliptical aperture mag phot.mag float mag_iso Isophotal magnitude vector mag phot.mag float mag_petro Magnitude vector within a Petrosian-like elliptical aperture mag phot.mag float mu_max Peak surface brightness above background mag/arcsec**2 phot.mag float petro_radius Petrosian aperture in units of A or B phys.size.radius float kron_radius Kron radius in units of A or B phys.size.radius float mag_aper_0_8 Magnitude vector within fixed circular aperture: 0.8" mag phot.mag float mag_aper_1_0 Magnitude vector within fixed circular aperture: 1.0" mag phot.mag float mag_aper_1_2 Magnitude vector within fixed circular aperture: 1.2" mag phot.mag float mag_aper_1_5 Magnitude vector within fixed circular aperture: 1.5" mag phot.mag float mag_aper_2_0 Magnitude vector within fixed circular aperture: 2.0" mag phot.mag float mag_aper_3_0 Magnitude vector within fixed circular aperture: 3.0" mag phot.mag float mag_aper_4_0 Magnitude vector within fixed circular aperture: 4.0" mag phot.mag float mag_aper_6_0 Magnitude vector within fixed circular aperture: 6.0" mag phot.mag float mag_err_auto Error vector for AUTO magnitude. stat.error;phot.mag float mag_err_iso Error vector for isophotal magnitude. stat.error;phot.mag float mag_err_petro Error vector for PETROsian magnitude. stat.error;phot.mag float mag_err_aper_0_8 Error vector for aperture magnitude: 0.8". stat.error;phot.mag float mag_err_aper_1_0 Error vector for aperture magnitude: 1.0". stat.error;phot.mag float mag_err_aper_1_2 Error vector for aperture magnitude: 1.2". stat.error;phot.mag float mag_err_aper_1_5 Error vector for aperture magnitude: 1.5". stat.error;phot.mag float mag_err_aper_2_0 Error vector for aperture magnitude: 2.0". stat.error;phot.mag float mag_err_aper_3_0 Error vector for aperture magnitude: 3.0". stat.error;phot.mag float mag_err_aper_4_0 Error vector for aperture magnitude: 4.0". stat.error;phot.mag float mag_err_aper_6_0 Error vector for aperture magnitude: 6.0". stat.error;phot.mag float flags Sextractor FLAGS. Values <a href="#flags">here</a>. meta.code int norm_wmap_val Value of the normalized weight map at the position of the object. A value of 1 indicate that the source is in the area with highest effective exposure. float nullable mask_flags Masks flags. Values <a href="#masks">here</a>. int nullable single_detect Identification of the same source in the single mode catalog of the filter. 0 is used if the source is not detected in single mode. int nullable mag_iso_worstpsf Isophotal magnitude vector after degrading the PSF. For each tile the PSF of each image is degraded to the worst PSF among the different filters. mag phot.mag float mag_err_iso_worstpsf Error vector for ISO_WORSTPSF magnitude. stat.error;phot.mag float mag_psfcor Magnitude vector with PSF-corrected photometry. mag phot.mag float mag_err_psfcor Error vector for PSFCOR magnitude. stat.error;phot.mag float mag_aper3_worstpsf Magnitude vector within fixed circular aperture of 3.0" after degrading the PSF. For each tile the PSF of each image is degraded to the worst PSF among the different filters. mag phot.mag float mag_err_aper3_worstpsf Error vector for APER3_WORSTPSF magnitude. stat.error;phot.mag float minijpas.TileImage tile_id tile_id

minijpas.FLambdaSingleObjTable that contains the main parameters of the astronomical objects detected in the images. The object detection is performed independently on each filter using SExtractor. Flux data is adjusted by the image Zero Point and is in 10-19erg/s/cm2/A units. tile_id Identifier of the Tile image where the object was detected meta.id;obs.image;meta.main int indexed filter_id Identifier of the Filter used when the image was taken meta.id;instr.filter short flags Sextractor FLAGS. Values <a href="#flags">here</a>. meta.code int number Number identifier assigned by Sextractor for the object in the image meta.id;meta.main int indexed hpix11 Healpix index ORDER 11 (NESTED schema) of object position pos.healpix int indexed alpha_j2000 Right ascension in equatorial coordinates deg pos.eq.ra;meta.main double delta_j2000 Declination in equatorial coordinates deg pos.eq.dec;meta.main double x_image X pixel coordinate (Sextractor's XWIN_IMAGE) pixel pos.cartesian.x float y_image Y pixel coordinate (Sextractor's YWIN_IMAGE) pixel pos.cartesian.y float fwhm_world FWHM assuming a Gaussian core deg phys.angSize float flux_auto Flux within a Kron-like elliptical aperture 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_iso Isophotal flux 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_petro Flux within a Petrosian-like elliptical aperture 1e-19erg/(s.cm**2.Angstrom) phot.flux float r_eff Radius enclosing a specified fraction of the flux pixel phys.size.radius float a_world Profile RMS along major axis (world units) deg phys.angSize.smajAxis float b_world Profile RMS along minor axis (world units) deg phys.angSize.sminAxis float theta_j2000 Position angle (east of north) (J2000) deg pos.posAng float isoarea_world Isophotal area above Analysis threshold deg**2 phys.angArea float flux_max_arcsec2 Peak flux above background 1e-19erg/(s.cm**2.Angstrom.arcsec**2) phot.flux float background Background at centroid position count instr.background float threshold Detection threshold above background count instr.sensitivity float flux_aper_0_8 Flux vector within fixed circular aperture: 0.8" 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_aper_1_0 Flux vector within fixed circular aperture: 1.0" 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_aper_1_2 Flux vector within fixed circular aperture: 1.2" 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_aper_1_5 Flux vector within fixed circular aperture: 1.5" 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_aper_2_0 Flux vector within fixed circular aperture: 2.0" 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_aper_3_0 Flux vector within fixed circular aperture: 3.0" 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_aper_4_0 Flux vector within fixed circular aperture: 4.0" 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_aper_6_0 Flux vector within fixed circular aperture: 6.0" 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_relerr_auto Relative error for AUTO flux. FLUXERR_AUTO / FLUX_AUTO, inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_iso Relative error for isophotal flux. FLUXERR_ISO / FLUX_ISO, inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_petro Relative error for PETROsian flux. FLUXERR_PETRO / FLUX_PETRO, inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_0_8 Relative error for aperture flux: 0.8". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_1_0 Relative error for aperture flux: 1.0". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_1_2 Relative error for aperture flux: 1.2". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_1_5 Relative error for aperture flux: 1.5". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_2_0 Relative error for aperture flux: 2.0". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_3_0 Relative error for aperture flux: 3.0". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_4_0 Relative error for aperture flux: 4.0". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_6_0 Relative error for aperture flux: 6.0". Inverse of signal to noise ratio. stat.error;phot.flux float kron_radius Kron radius in units of A or B phys.size.radius float petro_radius Petrosian aperture in units of A or B phys.size.radius float relerra_world Relative error for A_WORLD. ERRA_WORLD = A_WORLD * RELERRA_WORLD stat.error;phys.angSize.smajAxis float relerrb_world Relative error for B_WORLD. ERRB_WORLD = B_WORLD * RELERRB_WORLD stat.error;phys.angSize.sminAxis float errtheta_j2000 Absolute error for THETA_J2000 deg stat.error;pos.posAng float class_star SExtractor 'stellarity' (1 = star; 0 = galaxy) src.class.starGalaxy float norm_wmap_val Value of the normalized weight map at the position of the object. A value of 1 indicate that the source is in the area with highest effective exposure. float nullable mask_flags Masks flags. Values <a href="#masks">here</a>. int nullable minijpas.Filter filter_id filter_id minijpas.TileImage tile_id tile_id

minijpas.DuplicatedFLambdaSingleObjTable that contains the main parameters of the astronomical duplicated objects detected in the images. The sources listed in this table have been considered duplicated detections as they are at the same location of another detection in an adjacent image that has better data quality. Only the counterpart with lower quality is listed in this table. Flux data is adjusted by the image Zero Point and is in 10-19erg/s/cm2/A units. tile_id Identifier of the Tile image where the object was detected meta.id;obs.image;meta.main int indexed filter_id Identifier of the Filter used when the image was taken meta.id;instr.filter short flags Sextractor FLAGS. Values <a href="#flags">here</a>. meta.code int number Number identifier assigned by Sextractor for the object in the image meta.id;meta.main int indexed hpix11 Healpix index ORDER 11 (NESTED schema) of object position pos.healpix int indexed alpha_j2000 Right ascension in equatorial coordinates deg pos.eq.ra;meta.main double delta_j2000 Declination in equatorial coordinates deg pos.eq.dec;meta.main double x_image X pixel coordinate (Sextractor's XWIN_IMAGE) pixel pos.cartesian.x float y_image Y pixel coordinate (Sextractor's YWIN_IMAGE) pixel pos.cartesian.y float fwhm_world FWHM assuming a Gaussian core deg phys.angSize float flux_auto Flux within a Kron-like elliptical aperture 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_iso Isophotal flux 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_petro Flux within a Petrosian-like elliptical aperture 1e-19erg/(s.cm**2.Angstrom) phot.flux float r_eff Radius enclosing a specified fraction of the flux pixel phys.size.radius float a_world Profile RMS along major axis (world units) deg phys.angSize.smajAxis float b_world Profile RMS along minor axis (world units) deg phys.angSize.sminAxis float theta_j2000 Position angle (east of north) (J2000) deg pos.posAng float isoarea_world Isophotal area above Analysis threshold deg**2 phys.angArea float flux_max_arcsec2 Peak flux above background 1e-19erg/(s.cm**2.Angstrom.arcsec**2) phot.flux float background Background at centroid position count instr.background float threshold Detection threshold above background count instr.sensitivity float flux_aper_0_8 Flux vector within fixed circular aperture: 0.8" 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_aper_1_0 Flux vector within fixed circular aperture: 1.0" 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_aper_1_2 Flux vector within fixed circular aperture: 1.2" 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_aper_1_5 Flux vector within fixed circular aperture: 1.5" 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_aper_2_0 Flux vector within fixed circular aperture: 2.0" 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_aper_3_0 Flux vector within fixed circular aperture: 3.0" 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_aper_4_0 Flux vector within fixed circular aperture: 4.0" 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_aper_6_0 Flux vector within fixed circular aperture: 6.0" 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_relerr_auto Relative error for AUTO flux. FLUXERR_AUTO / FLUX_AUTO, inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_iso Relative error for isophotal flux. FLUXERR_ISO / FLUX_ISO, inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_petro Relative error for PETROsian flux. FLUXERR_PETRO / FLUX_PETRO, inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_0_8 Relative error for aperture flux: 0.8". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_1_0 Relative error for aperture flux: 1.0". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_1_2 Relative error for aperture flux: 1.2". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_1_5 Relative error for aperture flux: 1.5". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_2_0 Relative error for aperture flux: 2.0". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_3_0 Relative error for aperture flux: 3.0". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_4_0 Relative error for aperture flux: 4.0". Inverse of signal to noise ratio. stat.error;phot.flux float flux_relerr_aper_6_0 Relative error for aperture flux: 6.0". Inverse of signal to noise ratio. stat.error;phot.flux float kron_radius Kron radius in units of A or B phys.size.radius float petro_radius Petrosian aperture in units of A or B phys.size.radius float relerra_world Relative error for A_WORLD. ERRA_WORLD = A_WORLD * RELERRA_WORLD stat.error;phys.angSize.smajAxis float relerrb_world Relative error for B_WORLD. ERRB_WORLD = B_WORLD * RELERRB_WORLD stat.error;phys.angSize.sminAxis float errtheta_j2000 Absolute error for THETA_J2000 deg stat.error;pos.posAng float class_star SExtractor 'stellarity' (1 = star; 0 = galaxy) src.class.starGalaxy float norm_wmap_val Value of the normalized weight map at the position of the object. A value of 1 indicate that the source is in the area with highest effective exposure. float nullable mask_flags Masks flags. Values <a href="#masks">here</a>. int nullable minijpas.Filter filter_id filter_id minijpas.TileImage tile_id tile_id

minijpas.MagABSingleObjTable that contains the main parameters of the astronomical objects detected in the images. The object detection is performed independently on each filter using SExtractor. Magnitude data is adjusted by the image Zero Point and is in magnitude AB units. tile_id Identifier of the Tile image where the object was detected meta.id;obs.image;meta.main int indexed filter_id Identifier of the Filter used when the image was taken meta.id;instr.filter short flags Sextractor FLAGS. Values <a href="#flags">here</a>. meta.code int number Number identifier assigned by Sextractor for the object in the image meta.id;meta.main int indexed hpix11 Healpix index ORDER 11 (NESTED schema) of object position pos.healpix int indexed alpha_j2000 Right ascension in equatorial coordinates deg pos.eq.ra;meta.main double delta_j2000 Declination in equatorial coordinates deg pos.eq.dec;meta.main double x_image X pixel coordinate (Sextractor's XWIN_IMAGE) pixel pos.cartesian.x float y_image Y pixel coordinate (Sextractor's YWIN_IMAGE) pixel pos.cartesian.y float fwhm_world FWHM assuming a Gaussian core deg phys.angSize float mag_auto Magnitude within a Kron-like elliptical aperture mag phot.mag float mag_iso Isophotal flux mag phot.mag float mag_petro Magnitude within a Petrosian-like elliptical aperture mag phot.mag float r_eff Radius enclosing a specified fraction of the magnitude pixel phys.size.radius float a_world Profile RMS along major axis (world units) deg phys.angSize.smajAxis float b_world Profile RMS along minor axis (world units) deg phys.angSize.sminAxis float theta_j2000 Position angle (east of north) (J2000) deg pos.posAng float isoarea_world Isophotal area above Analysis threshold deg**2 phys.angArea float mu_max Peak surface brightness above background mag/arcsec**2 phot.mag.sb float background Background at centroid position count instr.background float threshold Detection threshold above background count instr.sensitivity float mag_aper_0_8 Magnitude vector within fixed circular aperture: 0.8" mag phot.mag float mag_aper_1_0 Magnitude vector within fixed circular aperture: 1.0" mag phot.mag float mag_aper_1_2 Magnitude vector within fixed circular aperture: 1.2" mag phot.mag float mag_aper_1_5 Magnitude vector within fixed circular aperture: 1.5" mag phot.mag float mag_aper_2_0 Magnitude vector within fixed circular aperture: 2.0" mag phot.mag float mag_aper_3_0 Magnitude vector within fixed circular aperture: 3.0" mag phot.mag float mag_aper_4_0 Magnitude vector within fixed circular aperture: 4.0" mag phot.mag float mag_aper_6_0 Magnitude vector within fixed circular aperture: 6.0" mag phot.mag float mag_err_auto Error for AUTO magnitude. stat.error;phot.mag float mag_err_iso Error for isophotal magnitude. stat.error;phot.mag float mag_err_petro Error for PETROsian magnitude. stat.error;phot.mag float mag_err_aper_0_8 Error for aperture magnitude: 0.8". stat.error;phot.mag float mag_err_aper_1_0 Error for aperture magnitude: 1.0". stat.error;phot.mag float mag_err_aper_1_2 Error for aperture magnitude: 1.2". stat.error;phot.mag float mag_err_aper_1_5 Error for aperture magnitude: 1.5". stat.error;phot.mag float mag_err_aper_2_0 Error for aperture magnitude: 2.0". stat.error;phot.mag float mag_err_aper_3_0 Error for aperture magnitude: 3.0". stat.error;phot.mag float mag_err_aper_4_0 Error for aperture magnitude: 4.0". stat.error;phot.mag float mag_err_aper_6_0 Error for aperture magnitude: 6.0". stat.error;phot.mag float kron_radius Kron radius in units of A or B phys.size.radius float petro_radius Petrosian aperture in units of A or B phys.size.radius float relerra_world Relative error for A_WORLD. ERRA_WORLD = A_WORLD * RELERRA_WORLD stat.error;phys.angSize.smajAxis float relerrb_world Relative error for B_WORLD. ERRB_WORLD = B_WORLD * RELERRB_WORLD stat.error;phys.angSize.sminAxis float errtheta_j2000 Absolute error for THETA_J2000 deg stat.error;pos.posAng float class_star SExtractor 'stellarity' (1 = star; 0 = galaxy) src.class.starGalaxy float norm_wmap_val Value of the normalized weight map at the position of the object. A value of 1 indicate that the source is in the area with highest effective exposure. float nullable mask_flags Masks flags. Values <a href="#masks">here</a>. int nullable minijpas.Filter filter_id filter_id minijpas.TileImage tile_id tile_id

minijpas.DuplicatedMagABSingleObjTable that contains the main parameters of the astronomical duplicated objects detected in the images. The sources listed in this table have been considered duplicated detections as they are at the same location of another detection in an adjacent image that has better data quality. Only the counterpart with lower quality is listed in this table. Magnitude data is adjusted by the image Zero Point and is in magnitude AB units. tile_id Identifier of the Tile image where the object was detected meta.id;obs.image;meta.main int indexed filter_id Identifier of the Filter used when the image was taken meta.id;instr.filter short flags Sextractor FLAGS. Values <a href="#flags">here</a>. meta.code int number Number identifier assigned by Sextractor for the object in the image meta.id;meta.main int indexed hpix11 Healpix index ORDER 11 (NESTED schema) of object position pos.healpix int indexed alpha_j2000 Right ascension in equatorial coordinates deg pos.eq.ra;meta.main double delta_j2000 Declination in equatorial coordinates deg pos.eq.dec;meta.main double x_image X pixel coordinate (Sextractor's XWIN_IMAGE) pixel pos.cartesian.x float y_image Y pixel coordinate (Sextractor's YWIN_IMAGE) pixel pos.cartesian.y float fwhm_world FWHM assuming a Gaussian core deg phys.angSize float mag_auto Magnitude within a Kron-like elliptical aperture mag phot.mag float mag_iso Isophotal flux mag phot.mag float mag_petro Magnitude within a Petrosian-like elliptical aperture mag phot.mag float r_eff Radius enclosing a specified fraction of the magnitude pixel phys.size.radius float a_world Profile RMS along major axis (world units) deg phys.angSize.smajAxis float b_world Profile RMS along minor axis (world units) deg phys.angSize.sminAxis float theta_j2000 Position angle (east of north) (J2000) deg pos.posAng float isoarea_world Isophotal area above Analysis threshold deg**2 phys.angArea float mu_max Peak surface brightness above background mag/arcsec**2 phot.mag.sb float background Background at centroid position count instr.background float threshold Detection threshold above background count instr.sensitivity float mag_aper_0_8 Magnitude vector within fixed circular aperture: 0.8" mag phot.mag float mag_aper_1_0 Magnitude vector within fixed circular aperture: 1.0" mag phot.mag float mag_aper_1_2 Magnitude vector within fixed circular aperture: 1.2" mag phot.mag float mag_aper_1_5 Magnitude vector within fixed circular aperture: 1.5" mag phot.mag float mag_aper_2_0 Magnitude vector within fixed circular aperture: 2.0" mag phot.mag float mag_aper_3_0 Magnitude vector within fixed circular aperture: 3.0" mag phot.mag float mag_aper_4_0 Magnitude vector within fixed circular aperture: 4.0" mag phot.mag float mag_aper_6_0 Magnitude vector within fixed circular aperture: 6.0" mag phot.mag float mag_err_auto Error for AUTO magnitude. stat.error;phot.mag float mag_err_iso Error for isophotal magnitude. stat.error;phot.mag float mag_err_petro Error for PETROsian magnitude. stat.error;phot.mag float mag_err_aper_0_8 Error for aperture magnitude: 0.8". stat.error;phot.mag float mag_err_aper_1_0 Error for aperture magnitude: 1.0". stat.error;phot.mag float mag_err_aper_1_2 Error for aperture magnitude: 1.2". stat.error;phot.mag float mag_err_aper_1_5 Error for aperture magnitude: 1.5". stat.error;phot.mag float mag_err_aper_2_0 Error for aperture magnitude: 2.0". stat.error;phot.mag float mag_err_aper_3_0 Error for aperture magnitude: 3.0". stat.error;phot.mag float mag_err_aper_4_0 Error for aperture magnitude: 4.0". stat.error;phot.mag float mag_err_aper_6_0 Error for aperture magnitude: 6.0". stat.error;phot.mag float kron_radius Kron radius in units of A or B phys.size.radius float petro_radius Petrosian aperture in units of A or B phys.size.radius float relerra_world Relative error for A_WORLD. ERRA_WORLD = A_WORLD * RELERRA_WORLD stat.error;phys.angSize.smajAxis float relerrb_world Relative error for B_WORLD. ERRB_WORLD = B_WORLD * RELERRB_WORLD stat.error;phys.angSize.sminAxis float errtheta_j2000 Absolute error for THETA_J2000 deg stat.error;pos.posAng float class_star SExtractor 'stellarity' (1 = star; 0 = galaxy) src.class.starGalaxy float norm_wmap_val Value of the normalized weight map at the position of the object. A value of 1 indicate that the source is in the area with highest effective exposure. float nullable mask_flags Masks flags. Values <a href="#masks">here</a>. int nullable minijpas.Filter filter_id filter_id minijpas.TileImage tile_id tile_id

minijpas.FNuDualPointSourcesThis table contains the total fluxes assuming that the detected sources in the dual catalogue are point-like (e.g., stars or quasars). These fluxes are not suitable to analyze extended sources (e.g., galaxies). Different strategies have been used to derive the total fluxes, as detailed in the table columns. Array columns (type[]) contains measures for each filter (NULL if the image in the filter is not available). Enumeration 'minijpas' can be used to refer filter positions in the array. Flux data is adjusted by the image Zero Point and is in 10-30erg/s/cm2/Hz units. tile_id Identifier of the Tile image where the object was detected meta.id;obs.image int indexed number Number identifier assigned by Sextractor for the object in the image meta.id;obs.image;meta.main int indexed flux_aper_cor_6_0 Total flux vector from 6 arcsec diameter aperture (FLUX_APER_6_0) corrected by aperture effects (APER_COR_6_0). Only valid for point-like sources. 1e-30erg/(s.cm**2.Hz) phot.flux float flux_relerr_aper_cor_6_0 Relative error vector for FLUX_APER_COR_6_0 flux. FLUXERR_APER_COR_6_0 / FLUX_APER_COR_6_0. stat.error;phot.flux float flux_aper_cor_3_0 Total flux vector from 3 arcsec diameter aperture (FLUX_APER_3_0) corrected by aperture effects (APER_COR_3_0 + APER_COR_6_0). Only valid for point-like sources. 1e-30erg/(s.cm**2.Hz) phot.flux float flux_relerr_aper_cor_3_0 Relative error vector for FLUX_APER_COR_3_0 flux. FLUXERR_APER_COR_3_0 / FLUX_APER_COR_3_0. stat.error;phot.flux float minijpas.FNuDualObj tile_id tile_id number number

minijpas.FLambdaDualPointSourcesThis table contains the total fluxes assuming that the detected sources in the dual catalogue are point-like (e.g., stars or quasars). These fluxes are not suitable to analyze extended sources (e.g., galaxies). Different strategies have been used to derive the total fluxes, as detailed in the table columns. Array columns (type[]) contains measures for each filter (NULL if the image in the filter is not available). Enumeration 'minijpas' can be used to refer filter positions in the array. Flux data is adjusted by the image Zero Point and is in 10-19erg/s/cm2/A units. tile_id Identifier of the Tile image where the object was detected meta.id;obs.image int indexed number Number identifier assigned by Sextractor for the object in the image meta.id;obs.image;meta.main int indexed flux_aper_cor_6_0 Total flux vector from 6 arcsec diameter aperture (FLUX_APER_6_0) corrected by aperture effects (APER_COR_6_0). Only valid for point-like sources. 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_relerr_aper_cor_6_0 Relative error vector for FLUX_APER_COR_6_0 flux. FLUXERR_APER_COR_6_0 / FLUX_APER_COR_6_0. stat.error;phot.flux float flux_aper_cor_3_0 Total flux vector from 3 arcsec diameter aperture (FLUX_APER_3_0) corrected by aperture effects (APER_COR_3_0 + APER_COR_6_0). Only valid for point-like sources. 1e-19erg/(s.cm**2.Angstrom) phot.flux float flux_relerr_aper_cor_3_0 Relative error vector for FLUX_APER_COR_3_0 flux. FLUXERR_APER_COR_3_0 / FLUX_APER_COR_3_0. stat.error;phot.flux float minijpas.FLambdaDualObj tile_id tile_id number number

minijpas.MagABDualPointSourcesThis table contains the total magnitudes assuming that the detected sources in the dual catalogue are point-like (e.g., stars or quasars). These magnitudes are not suitable to analyze extended sources (e.g., galaxies). Different strategies have been used to derive the total magnitudes, as detailed in the table columns. Array columns (type[]) contains measures for each filter (NULL if the image in the filter is not available). Enumeration 'minijpas' can be used to refer filter positions in the array. Magnitude data is adjusted by the image Zero Point and is in magnitude AB units. tile_id Identifier of the Tile image where the object was detected meta.id;obs.image int indexed number Number identifier assigned by Sextractor for the object in the image meta.id;obs.image;meta.main int indexed mag_aper_cor_6_0 Total magnitude vector from 6 arcsec diameter aperture (MAG_APER_6_0) corrected by aperture effects (APER_COR_6_0). Only valid for point-like sources. mag phot.mag float mag_err_aper_cor_6_0 Error vector for MAG_APER_COR_3_0 magnitude. stat.error;phot.mag float mag_aper_cor_3_0 Total magnitude vector from 3 arcsec diameter aperture (MAG_APER_3_0) corrected by aperture effects (APER_COR_3_0 + APER_COR_6_0). Only valid for point-like sources. mag phot.mag float mag_err_aper_cor_3_0 Error vector for MAG_APER_COR_3_0 magnitude. stat.error;phot.mag float minijpas.MagABDualObj tile_id tile_id number number

minijpas.PhotoZLephareDeprecated since 19th April 2021. Superseded by PhotoZLephare_updated table. Table that contains the photometric redshifts of the astronomical objects. The photometric redshifts have been obtained using the Lephare package. The photometric information in table FNuDualObj has been used as input. tile_id Identifier of the Tile image where the object was detected meta.id;obs.image;meta.main int indexed number Number identifier assigned by Sextractor for the object in the image meta.id;meta.main int indexed photoz Best photometric redshift solution (maximum of P(z)) src.redshift.phot float photoz_err Uncertainty in PHOTOZ, computed as: 0.5*(Z_BEST68_HIGH-Z_BEST68_LOW)) stat.error;src.redshift.phot float z_cumulative_pdf Redshift values (array) corresponding to the following values of the Cumulative Probability Density Function: [0, 0.0526315793, 0.105263159, 0.157894731, 0.210526317, 0.263157904, 0.315789461, 0.368421048, 0.421052635, 0.473684222, 0.526315808, 0.578947365, 0.631578922, 0.684210539, 0.736842096, 0.789473712, 0.842105269, 0.894736826, 0.947368443, 1] float z_ml Photometric redshift from Median of ML distribution src.redshift.phot float z_best68_high Photometric redshift min from Delta Χ<upper>2</upper> = 1 (68) stat.fit.param float z_best68_low Photometric redshift max from Delta Χ<upper>2</upper> = 1 (68) stat.fit.param float chi_best Lowest galaxy Χ<upper>2</upper> for galaxy stat.fit.chi2 float odds Integral of P(z) within PHOTOZ ± 0.03*(1+PHOTOZ) float minijpas.FNuDualObj tile_id tile_id number number

minijpas.PhotoZLephare_updatedUpdated version since 19th April 2021. Table that contains the photometric redshifts of the astronomical objects. The photometric redshifts have been obtained using the Lephare package. The photometric information in table FNuDualObj has been used as input. This table supersedes 'minijpas.PhotoZLephare' and solves several issues found in 'minijpas.PhotoZLephare' after its publication (more information <a href="https://j-pas.org/datareleases/pdr201912_new_lephare_photoz" target="_blank">here</a>). tile_id Identifier of the Tile image where the object was detected meta.id;obs.image;meta.main int indexed number Number identifier assigned by Sextractor for the object in the image meta.id;meta.main int indexed photoz Best photometric redshift solution (maximum of P(z)) src.redshift.phot float photoz_err Uncertainty in PHOTOZ, computed as: 0.5*(Z_BEST68_HIGH-Z_BEST68_LOW)) stat.error;src.redshift.phot float sparse_pdf The SPARSE_PDF column encodes a sparse representation of the full redshift probability distribution function (PDF), which samples the z=[0,1.5] interval with a constant step of 0.002 (therefore contains 751 elements). In order to retrieve the full PDF from its compressed representation, you can download the "PDF decompression software" here: <a href="https://j-pas.org/datareleases/minijpas_public_data_release_pdr201912" target="_blank">https://j-pas.org/datareleases/minijpas_public_data_release_pdr201912</a> (instructions to use it can be found in the README file when you download the software). int z_ml Photometric redshift from Median of ML distribution src.redshift.phot float z_best68_high Photometric redshift min from Delta Χ<upper>2</upper> = 1 (68) stat.fit.param float z_best68_low Photometric redshift max from Delta Χ<upper>2</upper> = 1 (68) stat.fit.param float chi_best Lowest galaxy Χ<upper>2</upper> for galaxy stat.fit.chi2 float odds Integral of P(z) within PHOTOZ ± 0.03*(1+PHOTOZ) float minijpas.FNuDualObj tile_id tile_id number number

minijpas.MWExtinctionTable that contains the B-V color excess due to Milky Way dust at the position of the sources. The integrated E(B-V), this is, estimated at infinity, is provided. We used <a href="http://argonaut.skymaps.info/" target="_blank">Bayestar17</a> (<a href="https://ui.adsabs.harvard.edu/abs/2018MNRAS.478..651G" target="_blank">Green et al. 2018</a>) to derive E_B17, and estimated the color excess as E(B-V) = 0.92E_B17 (see <a href="https://ui.adsabs.harvard.edu/abs/2019arXiv190712939L" target="_blank">López-Sanjuan et al. 2019c</a>, for details). Objects are identified by tile_id and number columns. The E(B-V) is computed for those objects in dual mode tables. tile_id Identifier of the Tile image where the object was detected meta.id;obs.image;meta.main int indexed number Number identifier assigned by Sextractor for the object in the image meta.id;meta.main int indexed ebv E(B-V) colour excess provided by Bayestar17 (Green et al. 18) at infinity mag phot.color.excess float ebv_err Error in E(B-V) mag stat.error;phot.color.excess float ax Extinction correction, with m_0 = m - Ax. It can be applied using ARRAY_SUB function, e.g. ARRAY_SUB(mag_auto, Ax). mag float ax_err Error in the extinction correction mag stat.error float minijpas.FNuDualObj tile_id tile_id number number

minijpas.StarGalClassTable that contains star galaxy classification of the objects detected in dual mode. Objects are identified by tile_id and number columns and the classification corresponds to those objects contained in dual mode tables (FLambdaDualObj, FNuDualObj or MagABDualObj) and dual mode duplicated objects tables (DuplicatedFLambdaDualObj, DuplicatedFNuDualObj or DuplicatedMagABDualObj). tile_id Identifier of the Tile image where the object was detected meta.id;obs.image;meta.main int indexed number Number identifier assigned by Sextractor for the object in the image meta.id;meta.main int indexed morph_prior_star Prior of being a star using the morphological method to classify the object. For details see <a href="https://ui.adsabs.harvard.edu/abs/2019A%26A...622A.177L/abstract" target="_blank">López-Sanjuan et al. 2019b</a>. src.class.starGalaxy float morph_lhood_star Likelihood of being a star using the morphological method to classify the object. For details see <a href="https://ui.adsabs.harvard.edu/abs/2019A%26A...622A.177L/abstract" target="_blank">López-Sanjuan et al. 2019b</a>. src.class.starGalaxy float morph_prob_star Probability of being a star using the morphological method to classify the object. For details see <a href="https://ui.adsabs.harvard.edu/abs/2019A%26A...622A.177L/abstract" target="_blank">López-Sanjuan et al. 2019b</a>. src.class.starGalaxy float gaia_prior_star Prior of being a star from Gaia parallaxes with S/N > 3. For details see <a href="https://ui.adsabs.harvard.edu/abs/2019A%26A...622A.177L/abstract" target="_blank">López-Sanjuan et al. 2019b</a>. src.class.starGalaxy float total_prob_star Probability of being a star by combining the available priors and classifications. For details see <a href="https://ui.adsabs.harvard.edu/abs/2019A%26A...622A.177L/abstract" target="_blank">López-Sanjuan et al. 2019b</a>. src.class.starGalaxy float ert_prob_star Probability of being a star (1 = star; 0 = galaxy) provided by the machine learning ERT classifier, using both morphological and photometric information. For details see <a href='https://ui.adsabs.harvard.edu/abs/2021A%26A...645A..87B/abstract' target='_blank'>Baqui et al. 2021</a>. src.class.starGalaxy float rf_prob_star Probability of being a star (1 = star; 0 = galaxy) provided by the machine learning RF classifier, using only photometric information. For details see <a href='https://ui.adsabs.harvard.edu/abs/2021A%26A...645A..87B/abstract' target='_blank'>Baqui et al. 2021</a>. src.class.starGalaxy float minijpas.FNuDualObj tile_id tile_id number number

minijpas.GalClassMassLumThis table comprises the spectral-type classification of galaxies (quiescent and star-forming), as well as stellar mass and rest-frame B-band luminosity constraints for each of the miniJPAS sources included in the SED-fitting analysis performed in <a href="https://ui.adsabs.harvard.edu/abs/2024A%26A...688A.113D/abstract" target="_blank">Díaz-García et al. (2024)</a>. Sources are identified according to TILE_ID and NUMBER in the same manner as for the dual mode tables (FLambdaDualObj, FNuDualObj or MagABDualObj), which in turn were used to derive these properties. We note that these parameters does not take any star/galaxy classification into account. With this in mind, the propability of a source of being a quiescent galaxy is PQ*PG, where PG is the probability of being a galaxy (see table minijpas.StarGalClass). Hence, for the star-forming case the probability is (1-PQ)*PG. We adopted a flat cosmology with H0=67.4 and OmegaM = 0.315 . tile_id Identifier of the Tile image where the object was detected. meta.id;obs.image;meta.main int indexed number Number identifier assigned by Sextractor for the object in the image. meta.id;meta.main int indexed mabs_b The average/weighted value of the rest-frame B-band absolute magnitude for each source (see Eqs. 18-20 in <a href="https://ui.adsabs.harvard.edu/abs/2015A%26A...582A..14D/abstract" target="_blank">Díaz-García et al. 2015</a>). mag phys.magAbs float mabs_b_err Standard deviation of the B-band absolute magnitudes obtained from the SED-fitting analysis via MUFFIT (<a href="https://ui.adsabs.harvard.edu/abs/2015A%26A...582A..14D/abstract" target="_blank">Díaz-García et al. 2015</a>, <a href="https://ui.adsabs.harvard.edu/abs/2024A%26A...688A.113D/abstract" target="_blank">Díaz-García et al. 2024</a>). mag stat.error;phys.magAbs float mstar Decimal logarithm of the average/weighted stellar mass in solar mass units. solMass phys.mass float mstar_err Standard deviation of the decimal logarithm of the stellar mass obatained from the SED-fitting analysis via MUFFIT (<a href="https://ui.adsabs.harvard.edu/abs/2015A%26A...582A..14D/abstract" target="_blank">Díaz-García et al. 2015</a>, <a href="https://ui.adsabs.harvard.edu/abs/2024A%26A...688A.113D/abstract" target="_blank">Díaz-García et al. 2024</a>). solMass stat.error;phys.mass float pq Probability of a galaxy of being quiescent (1=quiescent, 0=star-forming). Note that the probability of a source of being a quiescent galaxy would be PQ*(1-PS), where PS is the probability of being a star. stat.probability float mabs_b_cdf B-band absolute magnitude CDF (i.e. cumulative probability density function) for percentiles [1, 5, 10, 15, 20, 25, 30, 35, 40, 45, 50, 55, 60, 65, 70, 75, 80, 85, 90, 95, 99]. mag phys.magAbs float mstar_cdf Stellar mass CDF (i.e. cumulative probability density function) for percentiles [1, 5, 10, 15, 20, 25, 30, 35, 40, 45, 50, 55, 60, 65, 70, 75, 80, 85, 90, 95, 99]. solMass phys.mass float minijpas.FNuDualObj tile_id tile_id number number

minijpas.xmatch_gaia_edr3Cross match with GAIA EDR3 Catalogue (<a href="http://vizier.u-strasbg.fr/viz-bin/VizieR?-source=I/350/gaiaedr3" target="_blank" title="Vizier">I/359/gaiaedr3</a>) using a 1.5" radius. angdist Distance to MiniJ-PAS matching object arcsec pos.angDistance float tile_id Identifier of the Tile image where the object was detected in MiniJ-PAS meta.id;obs.image;meta.main int indexed number Number identifier assigned by Sextractor for the object in the image in MiniJ-PAS meta.id;meta.main int indexed ra_epoch2000 Right ascension in equatorial coordinates deg float dec_epoch2000 Declination in equatorial coordinates deg float errhalfmaj float nullable errhalfmin float nullable errposang float nullable source_id Unique source identifier (unique within a particular Data Release) meta.id long nullable ra Barycentric right ascension (ICRS) at Ep=2015.5 deg pos.eq.ra;meta.main float nullable ra_error Standard error of right ascension (e_RA*cosDE) mas stat.error;pos.eq.ra float nullable dec Barycentric declination (ICRS) at Ep=2015.5 deg pos.eq.dec;meta.main float nullable dec_error Standard error of declination mas stat.error;pos.eq.dec float nullable parallax Absolute stellar parallax mas pos.parallax float nullable parallax_error Standard error of parallax mas stat.error;pos.parallax.trig float nullable parallax_over_error Parallax divided by its standard error mas stat.snr;pos.parallax.trig float nullable pm Total proper motion mas/yr pos.pm;pos.eq float nullable pmra Proper motion in right ascension direction (pmRA*cosDE) mas/yr pos.pm;pos.eq.ra float nullable pmra_error Standard error of proper motion in right ascension direction mas/yr stat.error;pos.pm;pos.eq.ra float nullable pmdec Proper motion in declination direction mas/yr pos.pm;pos.eq.dec float nullable pmdec_error Standard error of proper motion in declination direction mas/yr stat.error;pos.pm;pos.eq.ra float nullable astrometric_n_good_obs_al Number of good observations AL meta.number int nullable astrometric_gof_al Goodness of fit statistic of model wrt along-scan observations stat.fit.goodness float nullable astrometric_chi2_al AL chi-square value stat.fit.chi2 float nullable astrometric_excess_noise Excess noise of the source mas stat.value float nullable astrometric_excess_noise_sig Significance of excess noise stat.value float nullable astrometric_params_solved Which parameters have been solved for? meta.number int nullable pseudocolour Astrometrically estimated pseudocolour of the source um em.wavenumber float nullable pseudocolour_error Standard error of the pseudocolour of the source um stat.error;em.wavenumber float nullable visibility_periods_used Number of visibility periods used in Astrometric solution meta.number float nullable ruwe Renormalised unit weight error stat.error float nullable duplicated_source Source with multiple source identifiers meta.code.status int nullable phot_g_mean_flux G-band mean flux count/s phot.flux;stat.mean;em.opt float nullable phot_g_mean_flux_error Error on G-band mean flux count/s stat.error;phot.flux;stat.mean float nullable phot_g_mean_mag G-band mean magnitude (Vega) mag phot.mag;stat.mean;em.opt float nullable phot_bp_mean_flux Mean flux in the integrated BP band count/s phot.flux;stat.mean;em.opt.B float nullable phot_bp_mean_flux_error Error on the integrated BP mean flux count/s stat.error;phot.flux;stat.mean float nullable phot_bp_mean_mag Integrated BP mean magnitude (Vega) mag phot.mag;stat.mean;em.opt.B float nullable phot_rp_mean_flux Mean flux in the integrated RP band count/s phot.flux.density;em.opt.R float nullable phot_rp_mean_mag Integrated RP mean magnitude (Vega) mag phot.mag;stat.mean;em.opt.R float nullable phot_bp_rp_excess_factor BP/RP excess factor arith.factor;phot.flux;em.opt float nullable bp_rp BP-RP colour (photBpMeanMag-photRMeanMag) mag phot.color;em.opt.B;em.opt.R float nullable dr2_radial_velocity Spectroscopic radial velocity in the solar barycentric reference frame km/s spect.dopplerVeloc.opt;pos.barycenter float nullable dr2_radial_velocity_error Radial velocity error km/s stat.error;spect.dopplerVeloc.opt;pos.barycenter float nullable dr2_rv_nb_transits Number of transits (epochs) used to compute radial_velocity int nullable dr2_rv_template_teff Teff of the template used to compute radial velocity in Gaia DR2 K stat.fit.param float nullable dr2_rv_template_logg logg of the template used to compute radial velocity in Gaia DR2 cm/s**2 stat.fit.param float nullable panstarrs1 Pan-STARRS1 cross-id name meta.id.cross int nullable sdssdr13 SDSS DR13 cross-id name meta.id.cross int nullable skymapper2 SkyMapper2 cross-id name meta.id.cross int nullable urat1 URAT1 cross-id name meta.id.cross int nullable phot_g_mean_mag_error Standard error of G-band mean magnitude (Vega) (added by CDS) mag stat.error;phot.mag;stat.mean float nullable phot_bp_mean_mag_error Standard error of BP mean magnitude (Vega) (added by CDS) mag stat.error;phot.mag;stat.mean float nullable phot_rp_mean_mag_error Standard error of RP mean magnitude (Vega) (added by CDS) mag stat.error;phot.mag;stat.mean float nullable phot_g_mean_mag_corrected Calibration corrected G magnitude (added by CDS) mag phot.mag;stat.mean;em.opt float nullable phot_g_mean_flux_corrected Calibration corrected G-band mean flux (added by CDS) mag phot.flux;stat.mean;em.opt float nullable phot_bp_rp_excess_factor_corrected Calibration corrected BP/RP excess factor (added by CDS) arith.factor;phot.flux;em.opt float nullable ra_epoch2000_error Standard error of right ascension (e_RA*cosDE) (added by CDS) mas stat.error;pos.eq.ra float nullable dec_epoch2000_error Standard error of declination (added by CDS) mas stat.error;pos.eq.dec float nullable ra_dec_epoch2000_corr Correlation between right ascension and declination at epoch 2000 (added by CDS) stat.correlation;pos.eq.ra;pos.eq.dec float nullable minijpas.FNuDualObj tile_id tile_id number number

minijpas.xmatch_gaia_dr2Cross match with GAIA DR2 Catalogue (<a href="http://vizier.u-strasbg.fr/viz-bin/VizieR?-source=I/345/gaia2" target="_blank" title="Vizier">I/345/gaia2</a>) using a 1.5" radius. angdist Distance to MiniJ-PAS matching object arcsec pos.angDistance float tile_id Identifier of the Tile image where the object was detected in MiniJ-PAS meta.id;obs.image;meta.main int indexed number Number identifier assigned by Sextractor for the object in the image in MiniJ-PAS meta.id;meta.main int indexed ra_epoch2000 Right ascension in equatorial coordinates deg pos.eq.ra float dec_epoch2000 Declination in equatorial coordinates deg pos.eq.dec float errhalfmaj float nullable errhalfmin float nullable errposang int nullable source_id Unique source designation (unique across all Data Releases) meta.id long nullable ra Barycentric right ascension (ICRS) at Ep=2015.5 deg pos.eq.ra;meta.main float nullable ra_error Standard error of right ascension (e_RA*cosDE) mas stat.error;pos.eq.ra float nullable dec Barycentric declination (ICRS) at Ep=2015.5 deg pos.eq.dec;meta.main float nullable dec_error Standard error of declination mas stat.error;pos.eq.dec float nullable parallax Absolute stellar parallax mas pos.parallax float nullable parallax_error Standard error of parallax mas stat.error;pos.parallax float nullable pmra Proper motion in right ascension direction (pmRA*cosDE) mas/yr pos.pm;pos.eq.ra float nullable pmra_error Standard error of proper motion in right ascension direction mas/yr stat.error;pos.pm;pos.eq.ra float nullable pmdec Proper motion in declination direction mas/yr pos.pm;pos.eq.dec float nullable pmdec_error Standard error of proper motion in declination direction mas/yr stat.error;pos.pm;pos.eq.ra float nullable duplicated_source [0/1] Source with duplicate sources meta.code.status boolean nullable phot_g_mean_flux G-band mean flux count/s phot.flux;stat.mean;em.opt float nullable phot_g_mean_flux_error Error on G-band mean flux count/s stat.error;phot.flux;stat.mean float nullable phot_g_mean_mag G-band mean magnitude (Vega) mag phot.mag;stat.mean;em.opt float nullable phot_bp_mean_flux Mean flux in the integrated BP band count/s phot.flux;stat.mean;em.opt.B float nullable phot_bp_mean_flux_error Error on the integrated BP mean flux count/s stat.error;phot.flux;stat.mean float nullable phot_bp_mean_mag Integrated BP mean magnitude (Vega) mag phot.mag;stat.mean;em.opt.B float nullable phot_rp_mean_flux Mean flux in the integrated RP band count/s phot.flux.density;em.opt.R float nullable phot_rp_mean_flux_error Error on the integrated RP mean flux count/s stat.error;phot.flux;stat.mean float nullable phot_rp_mean_mag Integrated RP mean magnitude (Vega) mag phot.mag;stat.mean;em.opt.R float nullable bp_rp BP-RP colour (photBpMeanMag-photRMeanMag) mag phot.color;em.opt.B;em.opt.R float nullable radial_velocity Spectroscopic radial velocity in the solar barycentric reference frame km/s spect.dopplerVeloc.opt;pos.barycenter float nullable radial_velocity_error Radial velocity error km/s stat.error;spect.dopplerVeloc.opt;pos.barycenter float nullable teff_val Stellar effective temperature (estimate from Apsis-Priam) K phys.temperature.effective float nullable a_g_val Estimate of extinction in the G band from Apsis-Priam mag phys.absorption.gal float nullable e_bp_min_rp_val Estimate of redenning E(BP-RP) from Apsis-Priam mag phot.color.excess float nullable radius_val Estimate of radius from Apsis-FLAME solRad phys.size.radius float nullable lum_val Esimate of luminosity from Apsis-FLAME solLum phys.luminosity float nullable minijpas.FNuDualObj tile_id tile_id number number

minijpas.xmatch_galex_aisCross match with GALEX-DR5 AIS Catalogue (All-sky Imaging Survey) (<a href="http://vizier.u-strasbg.fr/viz-bin/VizieR?-source=II/312/ais" target="_blank" title="Vizier">II/312/ais</a>) using a 4" radius angdist Distance to MiniJ-PAS matching object arcsec pos.angDistance float tile_id Identifier of the Tile image where the object was detected in MiniJ-PAS meta.id;obs.image;meta.main int indexed number Number identifier assigned by Sextractor for the object in the image in MiniJ-PAS meta.id;meta.main int indexed ra Right ascension (J2000) deg pos.eq.ra;meta.main float nullable dec Declination (J2000) deg pos.eq.dec;meta.main float nullable fuv_mag GALEX/FUV calibrated AB magnitude mag phot.mag;em.UV.100-200nm float nullable nuv_mag GALEX/NUV calibrated AB magnitude mag phot.mag;em.UV float nullable fuv_magerr Mean error on FUV mag stat.error float nullable nuv_magerr Mean error on NUV mag stat.error float nullable objid Galex Global Object ID meta.id long nullable e_bv Galactic reddening inferred from 100um dust emission maps mag float nullable objtype 0=galaxy, 1=star, -1=unknown float nullable fuv_flux FUV calibrated flux uJy phot.flux;em.UV float nullable fuv_fluxerr Mean error on Fflux uJy stat.error float nullable nuv_flux NUV calibrated flux uJy phot.flux;em.UV float nullable nuv_fluxerr Mean error on Nflux uJy stat.error float nullable fuv_artifact FUV artifact flag int nullable nuv_artifact NUV artifact flag int nullable minijpas.FNuDualObj tile_id tile_id number number

minijpas.xmatch_panstarrs_dr1Cross match with PanSTARRS DR1 Catalogue (<a href="http://vizier.u-strasbg.fr/viz-bin/VizieR?-source=II/349/ps1" target="_blank" title="Vizier">II/349/ps1</a>) using a 1.5" radius angdist Distance to MinJ-PAS matching object arcsec pos.angDistance float tile_id Identifier of the Tile image where the object was detected in MiniJ-PAS meta.id;obs.image;meta.main int indexed number Number identifier assigned by Sextractor for the object in the image in MiniJ-PAS meta.id;meta.main int indexed raj2000 Right ascension (J2000) (weighted mean) at epoch "Epoch" deg pos.eq.ra;meta.main float nullable dej2000 Declination (J2000) (weighted mean) at epoch "Epoch" deg pos.eq.dec;meta.main float nullable objid Unique source designation meta.id long nullable errhalfmaj float nullable errhalfmin float nullable errposang float nullable f_objid Information flag bitmask indicating details of the photometry meta.code int nullable qual Subset of objInfoFlag denoting whether this object is real or a likely false positive meta.code.qual int nullable epoch Modified Julian Date (MJD) of the mean epoch d time.epoch float nullable ns Number of stack detections meta.number int nullable nd Number of single epoch detections in all filters meta.number int nullable gmag Mean PSF AB magnitude from g filter (4866Å) detections mag phot.mag;em.opt.B float nullable e_gmag Error in gmag mag stat.error;phot.mag;em.opt.B float nullable gkmag Mean Kron (1980) AB magnitude from g filter detections mag phot.mag;em.opt.B float nullable e_gkmag Error in gKmag mag stat.error;phot.mag float nullable gflags Information flag bitmask for mean object from g filter detections meta.code int nullable rmag Mean PSF AB magnitude from r filter (6215Å) detections mag phot.mag;em.opt.R float nullable e_rmag Error in rmag mag stat.error;phot.mag;em.opt.R float nullable rkmag Mean Kron (1980) AB magnitude from r filter detections mag phot.mag;em.opt.R float nullable e_rkmag Error in rKmag mag stat.error;phot.mag float nullable rflags Information flag bitmask for mean object from r filter detections meta.code int nullable imag Mean PSF AB magnitude from i filter (7545Å) detections mag phot.mag;em.opt.I float nullable e_imag Error in imag mag stat.error;phot.mag;em.opt.I float nullable ikmag Mean Kron (1980) AB magnitude from i filter detections mag phot.mag;em.opt.I float nullable e_ikmag Error in iKmag mag stat.error;phot.mag float nullable iflags Information flag bitmask for mean object from i filter detections meta.code int nullable zmag Mean PSF AB magnitude from z filter (8679Å) detections mag phot.mag;em.opt float nullable e_zmag Error in zmag mag stat.error;phot.mag;em.opt float nullable zkmag Mean Kron (1980) AB magnitude from z filter detections mag phot.mag;em.opt float nullable e_zkmag Error in zKmag mag stat.error;phot.mag;em.opt float nullable zflags Information flag bitmask for mean object from z filter detections meta.code int nullable ymag Mean PSF AB magnitude from y filter (9633Å) detections mag phot.mag;em.opt float nullable e_ymag Error in ymag mag stat.error;phot.mag;em.opt float nullable ykmag Mean Kron (1980) AB magnitude from y filter detections mag phot.mag;em.IR.J float nullable e_ykmag Error in yKmag mag stat.error;phot.mag float nullable yflags Information flag bitmask for mean object from y filter detections meta.code int nullable minijpas.FNuDualObj tile_id tile_id number number

minijpas.xmatch_sdss_dr12Cross match with SDSS Photometric Catalogue, Release 12, (<a href="http://vizier.u-strasbg.fr/viz-bin/VizieR?-source=V/147/sdss12" target="_blank" title="Vizier">V/147/sdss12</a>) using a 1.5" radius angdist Distance to MiniJ-PAS matching object arcsec pos.angDistance float tile_id Identifier of the Tile image where the object was detected in MiniJ-PAS meta.id;obs.image;meta.main int indexed number Number identifier assigned by Sextractor for the object in the image in MiniJ-PAS meta.id;meta.main int indexed radeg Right ascension (J2000) deg pos.eq.ra;meta.main float nullable dedeg Declination (J2000) deg pos.eq.dec;meta.main float nullable errhalfmaj float nullable errhalfmin float nullable errposang float nullable objid SDSS unique object identifier meta.id;meta.main long nullable mode 1: primary 2: secondary (qualified to =1 by default) meta.code.class int nullable q_mode '+' indicates clean photometry meta.code.qual;instr.setup char nullable class Type of object (3=galaxy, 6=star) src.class int nullable sdss12 SDSS-DR12 name, based on J2000 position meta.id char nullable m_sdss12 The asterisk indicates that 2 different SDSS objects share the same SDSS12 name meta.code.multip char nullable flags Photo Object Attribute flag meta.code.error long nullable obsdate Mean Observation date yr time.epoch;obs;stat.mean float nullable q Quality of the observation: 1=bad 2=acceptable 3=good meta.code.qual;obs.param;obs int nullable umag Model magnitude in u filter, AB scale (u) mag phot.mag;em.opt.U float nullable e_umag Mean error on umag mag stat.error;phot.mag;em.opt.U float nullable gmag Model magnitude in g filter, AB scale (g) mag phot.mag;em.opt float nullable e_gmag Mean error on gmag mag stat.error;phot.mag;em.opt float nullable rmag Model magnitude in r filter, AB scale (r) mag phot.mag;em.opt.R float nullable e_rmag Mean error on rmag mag stat.error;phot.mag;em.opt.R float nullable imag Model magnitude in i filter, AB scale (i) mag phot.mag;em.opt.I float nullable e_imag Mean error on imag mag stat.error;phot.mag;em.opt.I float nullable zmag Model magnitude in z filter, AB scale (z) mag phot.mag;em.opt float nullable e_zmag Mean error on zmag mag stat.error;phot.mag;em.opt float nullable zsp [-0.02/7.1] Spectroscopic redshift (when SpObjID>0) src.redshift float nullable e_zsp Mean error on zsp (negative for bad fit) stat.error float nullable f_zsp [0/196] "zwarning" flag meta.code float nullable zph [-9999/] Photometric redshift; estimated by robust fit to nearest neighbors in a reference src.redshift float nullable e_zph [-9999/] Estimated error of the photometric redshift (zErr) stat.error float nullable avg_zph 0.009/0.9]? average redshift of the nearest neighbors; if significantly different from zph this might be a better estimate than zph (nnAvgZ) src.redshift.phot float nullable pmra Proper motion along Right Ascension mas/yr pos.pm;pos.eq.ra float nullable e_pmra Mean error on pmR mas/yr stat.error;pos.pm;pos.eq.ra float nullable pmde [-4846/4437] Proper motion along Declination mas/yr pos.pm;pos.eq.dec float nullable e_pmde Mean error on pmDE mas/yr stat.error;pos.pm;pos.eq.dec float nullable spobjid Pointer to the spectrum of object, or 0 meta.id long nullable sptype Source type src.class char nullable spcl Spectroscopic class: GALAXY, QSO, STAR meta.code.class;pos.parallax.spect char nullable subclass Spectroscopic subclass src.spType char nullable minijpas.FNuDualObj tile_id tile_id number number

minijpas.xmatch_allwiseCross match with AllWISE Catalogue (<a href="http://vizier.u-strasbg.fr/viz-bin/VizieR?-source=II/328/allwise" target="_blank" title="Vizier">II/328/allwise</a>) using a 4" radius angdist Distance to MiniJ-PAS matching object arcsec pos.angDistance float tile_id Identifier of the Tile image where the object was detected in MiniJ-PAS meta.id;obs.image;meta.main int indexed number Number identifier assigned by Sextractor for the object in the image in MiniJ-PAS meta.id;meta.main int indexed allwise WISE All-Sky Release Catalog name, based on J2000 position meta.id char nullable raj2000 Right ascension (J2000) deg pos.eq.ra;meta.main float nullable dej2000 Declination (J2000) deg pos.eq.dec;meta.main float nullable eemaj Semi-major axis of the error ellipse arcsec stat.error float nullable eemin Semi-minor axis of the error ellipse arcsec stat.error float nullable eepa Position angle of the error ellipse deg pos.posAng;pos.errorEllipse float nullable w1mag W1 magnitude (3.35um) Red values correspond to upper limits (S/N<2) mag phot.mag;em.IR.3-4um float nullable w2mag W2 magnitude (4.6um) Red values correspond to upper limits (S/N<2) mag phot.mag;em.IR.4-8um float nullable w3mag W3 magnitude (11.6um) Red values correspond to upper limits (S/N<2) mag phot.flux.density;em.IR.8-15um float nullable w4mag W4 magnitude (22.1um) Red values correspond to upper limits (S/N<2) mag phot.flux.density;em.IR.15-30um float nullable jmag 2MASS J magnitude (1.25um) Red values correspond to upper limits (S/N<2) mag phot.mag;em.IR.J float nullable hmag 2MASS H magnitude (1.65um) Red values correspond to upper limits (S/N<2) mag phot.mag;em.IR.H float nullable kmag 2MASS Ks magnitude (2.17um) Red values correspond to upper limits (S/N<2) mag phot.mag;em.IR.K float nullable e_w1mag Mean error on W1 magnitude mag stat.error;phot.mag float nullable e_w2mag Mean error on W2 magnitude mag stat.error;phot.mag float nullable e_w3mag Mean error on W3 magnitude mag stat.error;phot.mag float nullable e_w4mag Mean error on W4 magnitude mag stat.error;phot.mag float nullable e_jmag Mean error on J magnitude mag stat.error;phot.mag;em.IR.J float nullable e_hmag Mean error on H magnitude mag stat.error;phot.mag;em.IR.H float nullable e_kmag Mean error on K magnitude mag stat.error;phot.mag;em.IR.K float nullable id Unique source ID meta.id.part long nullable ccf [0DHOPdhop] Contamination and confusion flag, one per band (cc_flags) meta.code char nullable ex [0-5] Extended source flag (ext_flg) meta.code int nullable var Variability flag, one per band (var_flg) meta.code;src.var char nullable qph [ABCUXZ] Photometric quality flag meta.code.qual char nullable pmra Apparent motion in RA mas/yr pos.pm int nullable e_pmra Mean error on pmRA mas/yr stat.error;pos.pm;pos.eq.ra int nullable pmde Apparent motion in DE mas/yr pos.pm int nullable e_pmde Mean error on pmDE mas/yr stat.error;pos.pm;pos.eq.dec int nullable d2m Distance separating the positions of the WISE source and associated 2MASS PSC source arcsec pos;arith.diff float nullable minijpas.FNuDualObj tile_id tile_id number number

minijpas.xmatch_alhambraCross match with ALHAMBRA (<a href="http://vizier.u-strasbg.fr/viz-bin/VizieR?-source=J/MNRAS/441/2891/photom" target="_blank" title="Vizier">J/MNRAS/441/2891/photom</a>) using a 4" radius angdist Distance to miniJ-PAS matching object arcsec pos.angDistance float tile_id Identifier of the Tile image where the object was detected in MiniJ-PAS meta.id;obs.image;meta.main int indexed number Number identifier assigned by Sextractor for the object in the image in MiniJ-PAS meta.id;meta.main int indexed "_raj2000" float nullable "_dej2000" float nullable hfield ALHAMBRA sub-field designation fNNpNNcNN f for field, p for pointing, c for chip char nullable id Object ID Number [814+Field+Pointing+CCD+ColorProindex] (ID) meta.id int nullable field ALHAMBRA field (Field) meta.id;obs.field int nullable pointing Pointing within the field (Pointing) meta.id int nullable ccd Detector within the pointing (CCD) meta.id int nullable raj2000 Right Ascension (J2000) (RA) deg pos.eq.ra;meta.main float nullable dej2000 Declination (J2000) (Dec) deg pos.eq.dec;meta.main float nullable xpos X-pixel coordinate (x) pix pos.cartesian.x float nullable ypos Y-pixel coordinate (y) pix pos.cartesian.y float nullable "area" Isophotal aperture area (area) pix phys.angSize int nullable fwhm Full width at half maximum for detection image (fwhm) arcsec spect.line.width float nullable stell [0/1] SExtractor 'stellarity' (1 = star; 0 = galaxy) (stell) meta.note float nullable ell Ellipticity = 1-b/a (ell) src.ellipticity float nullable amaj Profile RMS along major axis (a) pix stat.stdev float nullable bmin Profile RMS along minor axis (b) pix stat.stdev float nullable theta Position Angle (CCW/x) (theta) deg pos.posAng float nullable rk Kron apertures in units of A or B (rk) pix phys.angSize;src float nullable rf Fraction-of-light radii (pixels) (rf) pix src.morph.scLength float nullable s_n Signal to Noise (SExt_FLUX_AUTO/SExt_FLUXERR_AUTO) (s2n) stat.snr float nullable photflag SExtractor Photometric Flag (photoflag) meta.code int nullable l_f365w Limit flag on F365W meta.code.error char nullable f365w Isophotal magnitude [AB] (F365W) mag phot.mag;em.opt.U float nullable e_f365w Isophotal magnitude uncertainty [AB] (dF365W) mag stat.error float nullable l_f396w Limit flag on F396W meta.code.error char nullable f396w Isophotal magnitude [AB] (F396W) mag phot.mag;em.opt.B float nullable e_f396w Isophotal magnitude uncertainty [AB] (dF396W) mag stat.error float nullable l_f427w Limit flag on F427W meta.code.error char nullable f427w Isophotal magnitude [AB] (F427W) mag phot.mag;em.opt.B float nullable e_f427w Isophotal magnitude uncertainty [AB] (dF427W) mag stat.error float nullable l_f458w Limit flag on F458W meta.code.error char nullable f458w Isophotal magnitude [AB] (F458W) mag phot.mag;em.opt.B float nullable e_f458w Isophotal magnitude uncertainty [AB] (dF458W) mag stat.error float nullable l_f489w Limit flag on F489W meta.code.error char nullable f489w Isophotal magnitude [AB] (F489W) mag phot.mag;em.opt.B float nullable e_f489w Isophotal magnitude uncertainty [AB] (dF489W) mag stat.error float nullable l_f520w Limit flag on F520W meta.code.error char nullable f520w Isophotal magnitude [AB] (F520W) mag phot.mag;em.opt.V float nullable e_f520w Isophotal magnitude uncertainty [AB] (dF520W) mag stat.error float nullable l_f551w Limit flag on F551W meta.code.error char nullable f551w Isophotal magnitude [AB] (F551W) mag phot.mag;em.opt.V float nullable e_f551w Isophotal magnitude uncertainty [AB] (dF551W) mag stat.error float nullable l_f582w Limit flag on F582W meta.code.error char nullable f582w Isophotal magnitude [AB] (F582W) mag phot.mag;em.opt.V float nullable e_f582w Isophotal magnitude uncertainty [AB] (dF582W) mag stat.error float nullable l_f613w Limit flag on F613W meta.code.error char nullable f613w Isophotal magnitude [AB] (F613W) mag phot.mag;em.opt.R float nullable e_f613w Isophotal magnitude uncertainty [AB] (dF613W) mag stat.error float nullable l_f644w Limit flag on F644W meta.code.error char nullable f644w Isophotal magnitude [AB] (F644W) mag phot.mag;em.opt.R float nullable e_f644w Isophotal magnitude uncertainty [AB] (dF644W) mag stat.error float nullable l_f675w Limit flag on F675W meta.code.error char nullable f675w Isophotal magnitude [AB] (F675W) mag phot.mag;em.opt.R float nullable e_f675w Isophotal magnitude uncertainty [AB] (dF675W) mag stat.error float nullable l_f706w Limit flag on F706W meta.code.error char nullable f706w Isophotal magnitude [AB] (F706W) mag phot.mag;em.opt.R float nullable e_f706w Isophotal magnitude uncertainty [AB] (dF706W) mag stat.error float nullable l_f737w Limit flag on F737W meta.code.error char nullable f737w Isophotal magnitude [AB] (F737W) mag phot.mag;em.opt.R float nullable e_f737w Isophotal magnitude uncertainty [AB] (dF737W) mag stat.error float nullable l_f768w Limit flag on F768W meta.code.error char nullable f768w Isophotal magnitude [AB] (F768W) mag phot.mag;em.opt.I float nullable e_f768w Isophotal magnitude uncertainty [AB] (dF768W) mag stat.error float nullable l_f799w Limit flag on F799W meta.code.error char nullable f799w Isophotal magnitude [AB] (F799W) mag phot.mag;em.opt.I float nullable e_f799w Isophotal magnitude uncertainty [AB] (dF799W) mag stat.error float nullable l_f830w Limit flag on F830W meta.code.error char nullable f830w Isophotal magnitude [AB] (F830W) mag phot.mag;em.opt.I float nullable e_f830w Isophotal magnitude uncertainty [AB] (dF830W) mag stat.error float nullable l_f861w Limit flag on F861W meta.code.error char nullable f861w Isophotal magnitude [AB] (F861W) mag phot.mag;em.opt.I float nullable e_f861w Isophotal magnitude uncertainty [AB] (dF861W) mag stat.error float nullable l_f892w Limit flag on F892W meta.code.error char nullable f892w Isophotal magnitude [AB] (F892W) mag phot.mag;em.opt.I float nullable e_f892w Isophotal magnitude uncertainty [AB] (dF892W) mag stat.error float nullable l_f923w Limit flag on F923W meta.code.error char nullable f923w Isophotal magnitude [AB] (F923W) mag phot.mag;em.opt.I float nullable e_f923w Isophotal magnitude uncertainty [AB] (dF923W) mag stat.error float nullable l_f954w Limit flag on F954W meta.code.error char nullable f954w Isophotal magnitude [AB] (F954W) mag phot.mag;em.opt.I float nullable e_f954w Isophotal magnitude uncertainty [AB] (dF954W) mag stat.error float nullable l_jmag Limit flag on Jmag meta.code.error char nullable jmag Isophotal magnitude [AB] (Jmag) mag phot.mag;em.opt.I float nullable e_jmag Isophotal magnitude uncertainty [AB] (dJmag) mag stat.error float nullable l_hmag Limit flag on Hmag meta.code.error char nullable hmag Isophotal magnitude [AB] (Hmag) mag phot.mag;em.opt.I float nullable e_hmag Isophotal magnitude uncertainty [AB] (dHmag) mag stat.error float nullable l_ksmag Limit flag on Ksmag meta.code.error char nullable ksmag Isophotal magnitude [AB] (Ksmap) mag phot.mag;em.opt.I float nullable e_ksmag Isophotal magnitude uncertainty [AB] (dKsmag) mag stat.error float nullable f814w Isophotal magnitude [AB] (F814W) mag phot.mag;em.opt.I float nullable e_f814w Isophotal magnitude uncertainty [AB] (dF814W) mag stat.error float nullable l_f814w3 Limit flag on F814W3 meta.code.error char nullable f814w3 3arcsec Circular Aperture magnitude [AB] (F814W_3arcs) mag phot.mag;em.opt.I float nullable e_f814w3 3arcsec Circular Aperture magnitude uncertainty [AB] (dF814W_3arcs) mag stat.error float nullable f814w3c Corrected 3arcsec Circular Aperture Magnitude [AB] (F814W_3arcs_corr) mag phot.mag;em.opt.I float nullable nfobs Number Filters Detected (out of 24) (nfobs) meta.number float nullable xray [0/1] X-Ray Source [0:NO,1:YES] (2XMM; Watson et al., 2009, J/A+A/493/339) (xray) meta.code float nullable percw Percentual Photometric Weight (on detection image) (PercW) stat.weight float nullable fsatur [0/1] Photometric Saturation-Flag (Satur_Flag) (1) meta.code float nullable fstellar [0/1] Statistical STAR/GALAXY Discriminator (Stellar_Flag) (2) meta.id float nullable fdupdet [0/1] Duplicated Detection Flag (DupliDet_Flag) (3) meta.code float nullable zb1 BPZ most likely redshift for the First Peak (zb_1) src.redshift;pos.heliocentric float nullable zb1l Lower limit (95p confidence) for the First Peak (zb_min_1) src.redshift;pos.heliocentric float nullable zb1u Upper limit (95p confidence) for the First Peak (zb_max_1) src.redshift;pos.heliocentric float nullable tb1 BPZ most likely spectral type for the First Peak (tb_1) src.spType float nullable odds1 P(z) contained within zb +/- 2*0.01*(1+z) for the First Peak (Odds_1) stat.fit.goodness float nullable zml Maximum Likelihood most likely redshift (z_ml) src.redshift float nullable tml Maximum Likelihood most likely spectral type (t_ml) stat.likelihood;src.spType float nullable chi2 Poorness of BPZ fit: observed vs. model fluxes (Chi2 stat.fit.chi2 float nullable logm_1 Stellar Mass for the First Peak (log10(M_sun)) (Stell_Mass_1) solMass phys.mass float nullable bmag1 Absolute Magnitude [AB] (B_JOHNSON) for the First Peak (M_ABS_1) mag phys.magAbs;em.opt.B float nullable bmagprior Magnitude Used for the Prior (F814W) (MagPrior) mag phys.magAbs;em.opt.B float nullable irmsf365w Percentual Weight on F365W 1/RMS image (within ISOphotal Area) (irms_F365W) stat.weight float nullable irmsf396w Percentual Weight on F396W 1/RMS image (within ISOphotal Area) (irms_F396W) stat.weight float nullable irmsf427w Percentual Weight on F427W 1/RMS image (within ISOphotal Area) (irms_F427W) stat.weight float nullable irmsf458w Percentual Weight on F458W 1/RMS image (within ISOphotal Area) (irms_F458W) stat.weight float nullable irmsf489w Percentual Weight on F489W 1/RMS image (within ISOphotal Area) (irms_F489W) stat.weight float nullable irmsf520w Percentual Weight on F520W 1/RMS image (within ISOphotal Area) (irms_F520W) stat.weight float nullable irmsf551w Percentual Weight on F551W 1/RMS image (within ISOphotal Area) (irms_F551W) stat.weight float nullable irmsf582w Percentual Weight on F582W 1/RMS image (within ISOphotal Area) (irms_F582W) stat.weight float nullable irmsf613w Percentual Weight on F613W 1/RMS image (within ISOphotal Area) (irms_F613W) stat.weight float nullable irmsf644w Percentual Weight on F644W 1/RMS image (within ISOphotal Area) (irms_F644W) stat.weight float nullable irmsf675w Percentual Weight on F675W 1/RMS image (within ISOphotal Area) (irms_F675W) stat.weight float nullable irmsf706w Percentual Weight on F706W 1/RMS image (within ISOphotal Area) (irms_F706W) stat.weight float nullable irmsf737w Percentual Weight on F737W 1/RMS image (within ISOphotal Area) (irms_F737W) stat.weight float nullable irmsf768w Percentual Weight on F768W 1/RMS image (within ISOphotal Area) (irms_F768W) stat.weight float nullable irmsf799w Percentual Weight on F799W 1/RMS image (within ISOphotal Area) (irms_F799W) stat.weight float nullable irmsf830w Percentual Weight on F830W 1/RMS image (within ISOphotal Area) (irms_F830W) stat.weight float nullable irmsf861w Percentual Weight on F861W 1/RMS image (within ISOphotal Area) (irms_F861W) stat.weight float nullable irmsf892w Percentual Weight on F892W 1/RMS image (within ISOphotal Area) (irms_F892W) stat.weight float nullable irmsf923w Percentual Weight on F923W 1/RMS image (within ISOphotal Area) (irms_F923W) stat.weight float nullable irmsf954w Percentual Weight on F954W 1/RMS image (within ISOphotal Area) (irms_F954W) stat.weight float nullable irmsj Percentual Weight on J 1/RMS image (within ISOphotal Area) (irms_J) stat.weight float nullable irmsh Percentual Weight on H 1/RMS image (within ISOphotal Area) (irms_H) stat.weight float nullable irmsks Percentual Weight on Ks 1/RMS image (within ISOphotal Area) (irms_Ks) stat.weight float nullable irmsf814w Percentual Weight on F814W 1/RMS image (within ISOphotal Area) (irms_F814W) stat.weight float nullable optflag Optical-Quality-Flag. Number of Optical Filters with PercW<0.8 (irms_OPT_Flag) meta.number float nullable nirflag NIR-Quality-Flag. Number of NIR Filters with PercW<0.8 (irms_NIR_Flag) meta.number float nullable minijpas.FNuDualObj tile_id tile_id number number

minijpas.xmatch_cfrsCross match with Canada-France Redshift Survey (CFRS) (<a href="http://vizier.u-strasbg.fr/viz-bin/VizieR?-source=VII/225B/catalog" target="_blank" title="Vizier">VII/225B/catalog</a>) using a 4" radius angdist Distance to MiniJ-PAS matching object arcsec pos.angDistance float tile_id Identifier of the Tile image where the object was detected in MiniJ-PAS meta.id;obs.image;meta.main int indexed number Number identifier assigned by Sextractor for the object in the image in MiniJ-PAS meta.id;meta.main int indexed "_raj2000" Right ascension (J2000) deg pos.eq.ra;meta.main float nullable "_dej2000" Declination (J2000) deg pos.eq.dec;meta.main float nullable cfrs CFRS identification number meta.id;meta.main char nullable f_cfrs when the galaxy appears in the parts XI/XIV (catalogs J/ApJ/464/79 or J/ApJ/481/49) meta.code char nullable raj2000 Right ascension (J2000) in format h:m:s char nullable dej2000 Declination (J2000) in format d:m:s char nullable imag Isophotal IAB mag phot.mag;em.opt.I float nullable v_i (V-I)AB colour in 3 arcsec aperture mag phot.color;em.opt.V;em.opt.I float nullable q Image compactness parameter Q (1 = star) src.class.starGalaxy float nullable z Redshift (0.000=star) src.redshift float nullable class Confidence class of spectroscopic identification meta.code.qual;src.redshift float nullable minijpas.FNuDualObj tile_id tile_id number number

minijpas.xmatch_deep2_photoCross match with DEEP2 DR4 Spectroscopic (<a href="http://vizier.u-strasbg.fr/viz-bin/VizieR?-source=II/301/catalog" target="_blank" title="Vizier">II/301/catalog</a>), using a 1.5" radius angdist Distance to MiniJ-PAS matching object arcsec pos.angDistance float tile_id Identifier of the Tile image where the object was detected in MiniJ-PAS meta.id;obs.image;meta.main int indexed number Number identifier assigned by Sextractor for the object in the image in MiniJ-PAS meta.id;meta.main int indexed "_raj2000" deg pos.eq.ra float nullable "_dej2000" deg pos.eq.dec float nullable objno [11000000/43101256] DEEP2 object number int nullable raj2000 Right ascension (J2000) deg pos.eq.ra;meta.main float nullable dej2000 Declination (J2000) deg pos.eq.dec;meta.main float nullable bmag CFHT B-band AB magnitude mag phot.mag;em.opt.B float nullable e_bmag mean error on Bmag mag stat.error;phot.mag;em.opt.B float nullable rmag CFHT R-band AB magnitude mag phot.mag;em.opt.R float nullable e_rmag mean error on Rmag mag stat.error;phot.mag;em.opt.R float nullable imag CFHT I-band AB magnitude mag phot.mag;em.opt.I float nullable e_imag mean error on Imag mag stat.error;phot.mag;em.opt.I float nullable rg Estimated R-band radius of object pix phys.angSize;src float nullable rh Estimated R-band half-light radius of object pix phys.angSize;src float nullable rp Estimated R-band Petrosian radius of objec pix phys.angSize;src float nullable pgal [-2/3] Probability of source being a galaxy (3) stat.probability float nullable flag [0/215] BADLFAG code = Bflag+6*Rflag+36*Iflag int nullable e_b_v (B-V) excess from Schlegel, Finkbeiner, and Davis dust map mag phot.color.excess float nullable minijpas.FNuDualObj tile_id tile_id number number

minijpas.xmatch_deep2_specCross match with DEEP2 DR4 Spectroscopic Catalog (<a href="http://vizier.u-strasbg.fr/viz-bin/VizieR?-source=III/268/deep2all" target="_blank" title="Vizier">III/268/deep2all</a>) using a 1.5" radius angdist Distance to MiniJ-PAS matching object arcsec pos.angDistance float tile_id Identifier of the Tile image where the object was detected in MiniJ-PAS meta.id;obs.image;meta.main int indexed number Number identifier assigned by Sextractor for the object in the image in MiniJ-PAS meta.id;meta.main int indexed "_raj2000" deg pos.eq.ra float nullable "_dej2000" deg pos.eq.dec float nullable objno Unique object identifier from pcat (see II/301) meta.id int nullable raj2000 Right ascension (J2000) deg pos.eq.ra;meta.main float nullable dej2000 Declination (J2000) deg pos.eq.dec;meta.main float nullable bmag CFHT B-band AB magnitude mag phot.mag;em.opt.B float nullable rmag CFHT R-band AB magnitude mag phot.mag;em.opt.R float nullable imag CFHT I-band AB magnitude mag phot.mag;em.opt.I float nullable rg Source radius pix phys.angSize;src float nullable abs_bmag Absolute B-band magnitude (Willmer et al. 2006ApJ...647..853W) mag phot.mag;em.opt.B float nullable objname Observed ID meta.id int nullable z [-1/3.5] Observed best-fitting redshift src.redshift float nullable e_z [-6/] Redshift error (<0 for problematic fit) stat.error;src.redshift float nullable q_z [-1/4]? Redshift quality code, 4=best meta.code.qual;src.redshift int nullable zbest [-1/3.5] Best redshift (corrected for heliocentric motion) src.redshift;pos.heliocentric float nullable cl [AGN GALAXY STAR] Type of best-fitting template char nullable scl Coarse classification for stellar templates char nullable sigv Velocity dispersion km/s phys.veloc.dispersion float nullable minijpas.FNuDualObj tile_id tile_id number number

minijpas.xmatch_subaru_pdr2Cross match with HSC-SSP PDR2 Catalogue using a 1.5" radius. Catalogue data provided by Pedro Baqui (Federal University of Espírito Santo (UFES), Brazil). XMatch done by UPAD team. angdist Distance to Mini JPAS matching object arcsec pos.angDistance float tile_id Identifier of the Tile image where the object was detected meta.id;obs.image;meta.main int indexed number Number identifier assigned by Sextractor for the object in the image meta.id;meta.main int indexed ra RA (J2000.0) of the object deg pos.eq.ra;meta.main float dec DEC (J2000.0) of the object deg pos.eq.dec;meta.main float g_cmodel_flux g flux from the final cmodel fit nJy float r_cmodel_flux r flux from the final cmodel fit nJy float i_cmodel_flux i flux from the final cmodel fit nJy float z_cmodel_flux z flux from the final cmodel fit nJy float y_cmodel_flux y flux from the final cmodel fit nJy float g_cmodel_mag g magnitude from the final cmodel fit mag float r_cmodel_mag r magnitude from the final cmodel fit mag float i_cmodel_mag i magnitude from the final cmodel fit mag float z_cmodel_mag z magnitude from the final cmodel fit mag float y_cmodel_mag y magnitude from the final cmodel fit mag float g_cmodel_fluxsigma g flux uncertainty from the final cmodel fit nJy float r_cmodel_fluxsigma r flux uncertainty from the final cmodel fit nJy float i_cmodel_fluxsigma i flux uncertainty from the final cmodel fit nJy float z_cmodel_fluxsigma z flux uncertainty from the final cmodel fit nJy float y_cmodel_fluxsigma y flux uncertainty from the final cmodel fit nJy float g_cmodel_magsigma g magnitude uncertainty from the final cmodel fit mag float r_cmodel_magsigma r magnitude uncertainty from the final cmodel fit mag float i_cmodel_magsigma i magnitude uncertainty from the final cmodel fit mag float z_cmodel_magsigma z magnitude uncertainty from the final cmodel fit mag float y_cmodel_magsigma y magnitude uncertainty from the final cmodel fit mag float g_cmodel_flag g flag set if the final cmodel fit (or any previous fit) failed boolean r_cmodel_flag r flag set if the final cmodel fit (or any previous fit) failed boolean i_cmodel_flag i flag set if the final cmodel fit (or any previous fit) failed boolean z_cmodel_flag z flag set if the final cmodel fit (or any previous fit) failed boolean y_cmodel_flag y flag set if the final cmodel fit (or any previous fit) failed boolean g_pixelflags g general failure flag, set if anything went wrong boolean r_pixelflags r general failure flag, set if anything went wrong boolean i_pixelflags i general failure flag, set if anything went wrong boolean z_pixelflags z general failure flag, set if anything went wrong boolean y_pixelflags y general failure flag, set if anything went wrong boolean g_inputcount_value g Number of images contributing at center, not including anyclipping int nullable r_inputcount_value r Number of images contributing at center, not including anyclipping int nullable i_inputcount_value i Number of images contributing at center, not including anyclipping int nullable z_inputcount_value z Number of images contributing at center, not including anyclipping int nullable y_inputcount_value y Number of images contributing at center, not including anyclipping int nullable g_extendedness_value g Set to 1 for extended sources, 0 for point sources. float nullable r_extendedness_value r Set to 1 for extended sources, 0 for point sources. float nullable i_extendedness_value i Set to 1 for extended sources, 0 for point sources. float nullable z_extendedness_value z Set to 1 for extended sources, 0 for point sources. float nullable y_extendedness_value y Set to 1 for extended sources, 0 for point sources. float nullable g_kronflux_radius g Kron radius (sqrt(a*b)) arcsec float nullable r_kronflux_radius r Kron radius (sqrt(a*b)) arcsec float nullable i_kronflux_radius i Kron radius (sqrt(a*b)) arcsec float nullable z_kronflux_radius z Kron radius (sqrt(a*b)) arcsec float nullable y_kronflux_radius y Kron radius (sqrt(a*b)) arcsec float nullable g_kronflux_flux g flux from Kron Flux algorithm nJy float nullable r_kronflux_flux r flux from Kron Flux algorithm nJy float nullable i_kronflux_flux i flux from Kron Flux algorithm nJy float nullable z_kronflux_flux z flux from Kron Flux algorithm nJy float nullable y_kronflux_flux y flux from Kron Flux algorithm nJy float nullable g_kronflux_mag g magnitude from Kron Flux algorithm mag float nullable r_kronflux_mag r magnitude from Kron Flux algorithm mag float nullable i_kronflux_mag i magnitude from Kron Flux algorithm mag float nullable z_kronflux_mag z magnitude from Kron Flux algorithm mag float nullable y_kronflux_mag y magnitude from Kron Flux algorithm mag float nullable g_kronflux_fluxsigma g 1-sigma flux uncertainty nJy float nullable r_kronflux_fluxsigma r 1-sigma flux uncertainty nJy float nullable i_kronflux_fluxsigma i 1-sigma flux uncertainty nJy float nullable z_kronflux_fluxsigma z 1-sigma flux uncertainty nJy float nullable y_kronflux_magsigma y 1-sigma magnitude uncertainty mag float nullable object_id Unique ID in 64bit integer. Be careful not to have it converted to a 32bit integer or 64bit floating point. nJy long nullable specz_ra R.A. J2000.0 in degrees. deg float nullable specz_dec Dec. J2000.0 in degrees. deg float nullable d_pos difference of positions between the matched pair in arcsec. arcsec float nullable specz_redshift Redshift. src.redshift float nullable specz_redshift_err Redshift uncertainty. stat.error;src.redshift float nullable specz_flag_homogeneous Homogenized spec-z flag. (TRUE=secure, FALSE=insecure) boolean specz_mag_i i-band magnitude. float specz_flag_sdss_dr14 Is the object in SDSS-DR14? boolean specz_flag_deep3_v201701 Is the object in DEEP3 v201701? boolean minijpas.FNuDualObj tile_id tile_id number number

minijpas.xmatch_jplus_dr1Cross match with the J-PLUS DR1 catalogue using a 3" radius angdist Distance to MiniJ-PAS matching object arcsec pos.angDistance float minijpas_tile_id Identifier of the Tile image where the object was detected in MiniJ-PAS PDR201912 meta.id;obs.image;meta.main int indexed minijpas_number Number identifier assigned by Sextractor for the object in the imagein MiniJ-PAS PDR201912 meta.id;meta.main int indexed jplusdr1_tile_id Identifier of the Tile image where the object was detected in J-PLUS DR1 meta.id;obs.image int indexed jplusdr1_number Number identifier assigned by Sextractor for the object in the image in J-PLUS DR1 meta.id int indexed alpha_j2000 Right ascension in equatorial coordinates deg pos.eq.ra;meta.main double delta_j2000 Declination in equatorial coordinates deg pos.eq.dec;meta.main double hpix11 Healpix index ORDER 11 (NESTED schema) of object position pos.healpix int indexed x_image X pixel coordinate (Sextractor's XWIN_IMAGE) pixel pos.cartesian.x float y_image Y pixel coordinate (Sextractor's YWIN_IMAGE) pixel pos.cartesian.y float r_eff Radius enclosing a specified fraction of the flux pixel phys.size.radius float fwhm_world FWHM assuming a Gaussian core deg phys.angSize float a_world Profile RMS along major axis (world units) deg phys.angSize.smajAxis float b_world Profile RMS along minor axis (world units) deg phys.angSize.sminAxis float theta_j2000 Position angle (east of north) (J2000) deg pos.posAng float isoarea_world Isophotal area above Analysis threshold deg**2 phys.angArea float relerra_world Relative error for A_WORLD. ERRA_WORLD = A_WORLD * RELERRA_WORLD stat.error;phys.angSize.smajAxis float relerrb_world Relative error for B_WORLD. ERRB_WORLD = B_WORLD * RELERRB_WORLD stat.error;phys.angSize.sminAxis float errtheta_j2000 Aboslute error for THETA_J2000 stat.error;pos.posAng float class_star SExtractor 'stellarity' (1 = star; 0 = galaxy) src.class.starGalaxy float mag_auto Magnitude vector within a Kron-like elliptical aperture mag phot.mag float mag_iso Isophotal magnitude vector mag phot.mag float mag_petro Magnitude vector within a Petrosian-like elliptical aperture mag phot.mag float mu_max Peak surface brightness above background mag/arcsec**2 phot.mag float petro_radius Petrosian aperture in units of A or B phys.size.radius float kron_radius Kron radius in units of A or B phys.size.radius float mag_aper_0_8 Magnitude vector within fixed circular aperture: 0.8" mag phot.mag float mag_aper_1_0 Magnitude vector within fixed circular aperture: 1.0" mag phot.mag float mag_aper_1_2 Magnitude vector within fixed circular aperture: 1.2" mag phot.mag float mag_aper_1_5 Magnitude vector within fixed circular aperture: 1.5" mag phot.mag float mag_aper_2_0 Magnitude vector within fixed circular aperture: 2.0" mag phot.mag float mag_aper_3_0 Magnitude vector within fixed circular aperture: 3.0" mag phot.mag float mag_aper_4_0 Magnitude vector within fixed circular aperture: 4.0" mag phot.mag float mag_aper_6_0 Magnitude vector within fixed circular aperture: 6.0" mag phot.mag float mag_err_auto Error vector for AUTO magnitude. stat.error;phot.mag float mag_err_iso Error vector for isophotal magnitude. stat.error;phot.mag float mag_err_petro Error vector for PETROsian magnitude. stat.error;phot.mag float mag_err_aper_0_8 Error vector for aperture magnitude: 0.8". stat.error;phot.mag float mag_err_aper_1_0 Error vector for aperture magnitude: 1.0". stat.error;phot.mag float mag_err_aper_1_2 Error vector for aperture magnitude: 1.2". stat.error;phot.mag float mag_err_aper_1_5 Error vector for aperture magnitude: 1.5". stat.error;phot.mag float mag_err_aper_2_0 Error vector for aperture magnitude: 2.0". stat.error;phot.mag float mag_err_aper_3_0 Error vector for aperture magnitude: 3.0". stat.error;phot.mag float mag_err_aper_4_0 Error vector for aperture magnitude: 4.0". stat.error;phot.mag float mag_err_aper_6_0 Error vector for aperture magnitude: 6.0". stat.error;phot.mag float flags Sextractor FLAGS. Values <a href="#flags">here</a>. meta.code int norm_wmap_val Value of the normalized weight map at the position of the object. A value of 1 indicate that the source is in the area with highest effective exposure. float nullable mask_flags Masks flags. Values <a href="#masks">here</a>. int nullable single_detect Identification of the same source in the single mode catalog of the filter. 0 is used if the source is not detected in single mode. int nullable mag_iso_worstpsf Isophotal magnitude vector after degrading the PSF. For each tile the PSF of each image is degraded to the worst PSF among the different filters. mag phot.mag float mag_err_iso_worstpsf Error vector for ISO_WORSTPSF magnitude. stat.error;phot.mag float mag_psfcor Magnitude vector with PSF-corrected photometry. mag phot.mag float mag_err_psfcor Error vector for PSFCOR magnitude. stat.error;phot.mag float mag_aper3_worstpsf Magnitude vector within fixed circular aperture of 3.0" after degrading the PSF. For each tile the PSF of each image is degraded to the worst PSF among the different filters. mag phot.mag float mag_err_aper3_worstpsf Error vector for APER3_WORSTPSF magnitude. stat.error;phot.mag float morph_prior_star Prior of being a star using the morphological method to classify the object src.class.starGalaxy float morph_lhood_star Likelihood of being a star using the morphological method to classify the object src.class.starGalaxy float morph_prob_star Probability of being a star using the morphological method to classify the object src.class.starGalaxy float gaia_prior_star Prior of being a star from Gaia parallaxes with S/N > 3 src.class.starGalaxy float total_prob_star Probability of being a star by combining the available priors and classifications src.class.starGalaxy float lephare_photoz Photometric redshift src.redshift.phot float lephare_photoz_err Error in PHOTOZ stat.error;src.redshift.phot float lephare_z_cumulative_pdf Redshift values (array) corresponding to the following values of the Cumulative Probability Density Function: [0, 0.0526315793, 0.105263159, 0.157894731, 0.210526317, 0.263157904, 0.315789461, 0.368421048, 0.421052635, 0.473684222, 0.526315808, 0.578947365, 0.631578922, 0.684210539, 0.736842096, 0.789473712, 0.842105269, 0.894736826, 0.947368443, 1] float z_ml Photometric redshift from Median of ML distribution src.redshift.phot float z_best68_high Photometric redshift min from Delta Χ<upper>2</upper> = 1 (68) stat.fit.param float z_best68_low Photometric redshift max from Delta Χ<upper>2</upper> = 1 (68) stat.fit.param float chi_best Lowest galaxy Χ<upper>2</upper> for galaxy stat.fit.chi2 float lephare_odds P(z) contained within PHOTOZ ± 2*0.01*(1+z) for the First Peak float tpz_photoz Photometric redshift src.redshift.phot float tpz_photoz_err Error in PHOTOZ stat.error;src.redshift.phot float tpz_z_cumulative_pdf Redshift values (array) corresponding to the following values of the Cumulative Probability Density Function: [0, 0.0526315793, 0.105263159, 0.157894731, 0.210526317, 0.263157904, 0.315789461, 0.368421048, 0.421052635, 0.473684222, 0.526315808, 0.578947365, 0.631578922, 0.684210539, 0.736842096, 0.789473712, 0.842105269, 0.894736826, 0.947368443, 1] float photoz_mode Mode of the redshift distribution float photoz_mode_err Error in the mode of the redshift distribution float tpz_odds P(z) contained within PHOTOZ ± 2*0.01*(1+z) for the First Peak float minijpas.FNuDualObj minijpas_tile_id tile_id minijpas_number number

minijpas.xmatch_jplus_dr2Cross match with the J-PLUS DR2 catalogue using a 3" radius angdist Distance to MiniJ-PAS matching object arcsec pos.angDistance float minijpas_tile_id Identifier of the Tile image where the object was detected in MiniJ-PAS PDR201912 meta.id;obs.image;meta.main int indexed minijpas_number Number identifier assigned by Sextractor for the object in the imagein MiniJ-PAS PDR201912 meta.id;meta.main int indexed jplusdr2_tile_id Identifier of the Tile image where the object was detected in J-PLUS DR2 meta.id;obs.image int indexed jplusdr2_number Number identifier assigned by Sextractor for the object in the image in J-PLUS DR2 meta.id int indexed alpha_j2000 Right ascension in equatorial coordinates deg pos.eq.ra;meta.main double delta_j2000 Declination in equatorial coordinates deg pos.eq.dec;meta.main double hpix11 Healpix index ORDER 11 (NESTED schema) of object position pos.healpix int indexed x_image X pixel coordinate (Sextractor's XWIN_IMAGE) pixel pos.cartesian.x float y_image Y pixel coordinate (Sextractor's YWIN_IMAGE) pixel pos.cartesian.y float r_eff Radius enclosing a specified fraction of the flux pixel phys.size.radius float fwhm_world FWHM assuming a Gaussian core deg phys.angSize float a_world Profile RMS along major axis (world units) deg phys.angSize.smajAxis float b_world Profile RMS along minor axis (world units) deg phys.angSize.sminAxis float theta_j2000 Position angle (east of north) (J2000) deg pos.posAng float isoarea_world Isophotal area above Analysis threshold deg**2 phys.angArea float relerra_world Relative error for A_WORLD. ERRA_WORLD = A_WORLD * RELERRA_WORLD stat.error;phys.angSize.smajAxis float relerrb_world Relative error for B_WORLD. ERRB_WORLD = B_WORLD * RELERRB_WORLD stat.error;phys.angSize.sminAxis float errtheta_j2000 Aboslute error for THETA_J2000 stat.error;pos.posAng float class_star SExtractor 'stellarity' (1 = star; 0 = galaxy) src.class.starGalaxy float mag_auto Magnitude vector within a Kron-like elliptical aperture mag phot.mag float mag_iso Isophotal magnitude vector mag phot.mag float mag_petro Magnitude vector within a Petrosian-like elliptical aperture mag phot.mag float mu_max Peak surface brightness above background mag/arcsec**2 phot.mag float petro_radius Petrosian aperture in units of A or B phys.size.radius float kron_radius Kron radius in units of A or B phys.size.radius float mag_aper_0_8 Magnitude vector within fixed circular aperture: 0.8" mag phot.mag float mag_aper_1_0 Magnitude vector within fixed circular aperture: 1.0" mag phot.mag float mag_aper_1_2 Magnitude vector within fixed circular aperture: 1.2" mag phot.mag float mag_aper_1_5 Magnitude vector within fixed circular aperture: 1.5" mag phot.mag float mag_aper_2_0 Magnitude vector within fixed circular aperture: 2.0" mag phot.mag float mag_aper_3_0 Magnitude vector within fixed circular aperture: 3.0" mag phot.mag float mag_aper_4_0 Magnitude vector within fixed circular aperture: 4.0" mag phot.mag float mag_aper_6_0 Magnitude vector within fixed circular aperture: 6.0" mag phot.mag float mag_err_auto Error vector for AUTO magnitude. stat.error;phot.mag float mag_err_iso Error vector for isophotal magnitude. stat.error;phot.mag float mag_err_petro Error vector for PETROsian magnitude. stat.error;phot.mag float mag_err_aper_0_8 Error vector for aperture magnitude: 0.8". stat.error;phot.mag float mag_err_aper_1_0 Error vector for aperture magnitude: 1.0". stat.error;phot.mag float mag_err_aper_1_2 Error vector for aperture magnitude: 1.2". stat.error;phot.mag float mag_err_aper_1_5 Error vector for aperture magnitude: 1.5". stat.error;phot.mag float mag_err_aper_2_0 Error vector for aperture magnitude: 2.0". stat.error;phot.mag float mag_err_aper_3_0 Error vector for aperture magnitude: 3.0". stat.error;phot.mag float mag_err_aper_4_0 Error vector for aperture magnitude: 4.0". stat.error;phot.mag float mag_err_aper_6_0 Error vector for aperture magnitude: 6.0". stat.error;phot.mag float flags Sextractor FLAGS. Values <a href="#flags">here</a>. meta.code int norm_wmap_val Value of the normalized weight map at the position of the object. A value of 1 indicate that the source is in the area with highest effective exposure. float nullable mask_flags Masks flags. Values <a href="#masks">here</a>. int nullable single_detect Identification of the same source in the single mode catalog of the filter. 0 is used if the source is not detected in single mode. int nullable mag_iso_worstpsf Isophotal magnitude vector after degrading the PSF. For each tile the PSF of each image is degraded to the worst PSF among the different filters. mag phot.mag float mag_err_iso_worstpsf Error vector for ISO_WORSTPSF magnitude. stat.error;phot.mag float mag_psfcor Magnitude vector with PSF-corrected photometry. mag phot.mag float mag_err_psfcor Error vector for PSFCOR magnitude. stat.error;phot.mag float mag_aper3_worstpsf Magnitude vector within fixed circular aperture of 3.0" after degrading the PSF. For each tile the PSF of each image is degraded to the worst PSF among the different filters. mag phot.mag float mag_err_aper3_worstpsf Error vector for APER3_WORSTPSF magnitude. stat.error;phot.mag float morph_prior_star Prior of being a star using the morphological method to classify the object (<a href="https://ui.adsabs.harvard.edu/abs/2019A26A...622A.177L/abstract" target="_blank">López-Sanjuan et al. 2019b</a>) src.class.starGalaxy float morph_lhood_star Likelihood of being a star using the morphological method to classify the object (<a href="https://ui.adsabs.harvard.edu/abs/2019A26A...622A.177L/abstract" target="_blank">López-Sanjuan et al. 2019b</a>) src.class.starGalaxy float morph_prob_star Probability of being a star using the morphological method to classify the object (<a href="https://ui.adsabs.harvard.edu/abs/2019A26A...622A.177L/abstract" target="_blank">López-Sanjuan et al. 2019b</a>) src.class.starGalaxy float gaia_prior_star Prior of being a star from Gaia parallaxes with S/N > 3 (<a href="https://ui.adsabs.harvard.edu/abs/2019A26A...622A.177L/abstract" target="_blank">López-Sanjuan et al. 2019b</a>) src.class.starGalaxy float sglc_prob_star Probability of being a star by combining the available priors and classifications (<a href="https://ui.adsabs.harvard.edu/abs/2019A26A...622A.177L/abstract" target="_blank">López-Sanjuan et al. 2019b</a>) src.class.starGalaxy float lephare_photoz Best photometric redshift solution (maximum of P(z)) src.redshift.phot float lephare_photoz_err Uncertainty in PHOTOZ, computed as: 0.5*(Z_BEST68_HIGH-Z_BEST68_LOW)) stat.error;src.redshift.phot float lephare_sparse_pdf The SPARSE_PDF column encodes a sparse representation of the full redshift probability distribution function (PDF), which samples the z=[0,1] interval with a constant step of 0.005 (therefore contains 201 elements). In order to retrieve the full PDF from its compressed representation, you can download the "PDF decompression software" here: <a href="https://www.j-plus.es/datareleases/data_release_dr2?redirect=2Fdatareleases2Fdata_release_dr2" target="_blank">https://www.j-plus.es/datareleases/data_release_dr2</a> (instructions to use it can be found in the README file when you download the software) int lephare_z_ml Photometric redshift from Median of ML distribution src.redshift.phot float lephare_z_best68_high Photometric redshift min from Delta Χ<upper>2</upper> = 1 (68) stat.fit.param float lephare_z_best68_low Photometric redshift max from Delta Χ<upper>2</upper> = 1 (68) stat.fit.param float lephare_chi_best Lowest galaxy Χ<upper>2</upper> for galaxy stat.fit.chi2 float lephare_odds Integral of P(z) within PHOTOZ ± 0.03*(1+PHOTOZ) float minijpas.FNuDualObj minijpas_tile_id tile_id minijpas_number number

minijpas.XGBStarGalClassTable providing the star-galaxy classification for objects detected in dual mode. Three classification approaches are provided: Complete model (combines photometric and morphological features), Photometric model (uses only photometric features) and Morphological model (uses only morphological features). The classifications were obtained using XGBoost machine learning models trained on photometric and morphological features. For general star-galaxy classification, the xgb_complete_prob_star column is recommended, as it combines all available information. The photometric and morphological models can be used for specific applications or to assess the contribution of each feature type. A typical classification threshold is 0.5, but this can be adjusted based on specific requirements and the desired completeness/purity trade-off. Contributors: Ana Paula Jeakel, Gabriel Vieira dos Santos, Valerio Marra and Rodrigo von Marttens. See details at: <a href="https://doi.org/10.3390/galaxies14010006" target="_blank">Star-Galaxy Classification in miniJPAS and J-NEP surveys using XGBoost (Jeakel et al. (2026))</a>. tile_id Identifier of the Tile image where the object was detected meta.id;obs.image;meta.main int indexed number Number identifier assigned by Sextractor for the object in the image meta.id;meta.main int indexed xgb_prob_star Probability of being a star (1 = star; 0 = galaxy) provided by the machine learning XGBoost classifier, using both morphological and photometric information. src.class.starGalaxy float xgb_photo_prob_star Probability of being a star (1 = star; 0 = galaxy) provided by the machine learning XGBoost classifier, using only photometric information. src.class.starGalaxy float nullable xgb_morpho_prob_star Probability of being a star (1 = star; 0 = galaxy) provided by the machine learning XGBoost classifier, using only morphological information. src.class.starGalaxy float nullable minijpas.FNuDualObj tile_id tile_id number number

TAP_SCHEMA TAP_SCHEMA Schema that contains TAP SCHEMA catalogue data. TAP_SCHEMA.schemasThe IVOA-defined schemas table for the TAP SCHEMA. schema_name Fully qualified schema name char indexed description Brief description of the schema char nullable utype utype if schema corresponds to a data model char nullable schema_index Suggested position this schema should take in a sorted list of schemas int nullable

TAP_SCHEMA.tablesThe IVOA-defined tables table for the TAP SCHEMA. schema_name Fully qualified schema name char table_name Fully qualified table name char indexed table_type One of: table, view char description Brief description of the table char nullable utype utype if the table corresponds to a data model char nullable table_index Suggested position this table should take in a sorted list of tables int nullable TAP_SCHEMA.schemas schema_name schema_name

TAP_SCHEMA.columnsThe IVOA-defined columns table for the TAP SCHEMA. table_name Fully qualified table name char indexed column_name Fully qualified column name char indexed datatype ADQL datatype char arraysize Arraysize in VOTable notation char nullable xtype VOTable extended type information (for special interpretation of data content, e.g., timestamps or points) char nullable "size" Legacy length (ignore if you can) int nullable description Brief description of the column char nullable utype Utype of column if any char nullable unit Unit in VO standard format char nullable ucd UCD of column if any char nullable indexed Is there an index on this column? int principal Is column principal? int std Is this a standard column? int column_index 1-based index of the column in database order int nullable TAP_SCHEMA.tables table_name table_name

TAP_SCHEMA.keysThe IVOA-defined keys table for the TAP SCHEMA. key_id Fully qualified table name char indexed from_table Fully qualified table name char target_table Fully qualified table name char description Description of this key char nullable utype Utype of this key char nullable TAP_SCHEMA.tables from_table table_name TAP_SCHEMA.tables target_table table_name

TAP_SCHEMA.key_columnsThe IVOA-defined key_columns table for the TAP SCHEMA. key_id Key identifier from TAP_SCHEMA.keys char from_column Key column name in the from table char target_column Key column in the target table char TAP_SCHEMA.keys key_id key_id