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Note: from 5 July 2021, these pages are no longer the primary source of the EPN-TAP doc - see IVOA instead for the IVOA latex source: https://github.com/ivoa-std/EPNTAP

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List of EPN-TAP parameters
(refreshed/completed April 2019, Oct 2020, June 2021, Oct 2021) (SE)

You can use this file to keep track of your service parameters: EPN-TAP_parameters_List_template.xlsx

EPN-TAP

EPN-TAP is a VO access protocol dedicated to Planetary Science data. It is based on the TAP mechanism from IVOA, completed with sets of parameters and associated lists of values. In this regard, it is similar to ObsTAP but with a different scope.
EPN-TAP version 2 is a major update of the protocol to accommodate larger services and simplify setup and use of data services. All parameters are described here.

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You can use this file to keep track of your service parameters: EPN-TAP_parameters_List_template.xlsx

id;srcTargetName

Char.TimeAxis.Coverage.Bounds.Limits.Interval.StartTime

Vector of measured signal, including electromagnetic
band, from enumerated listLink to an individual page in a web site associated to the database, e.g., a planet page in Exoplanets service. This is a way to provide extra granule information which cannot be accommodated in the table.radialkm distance from observed area to body center pos.bodyrc;altitudefromshapeMax altitude of observed area above shape model / DTMalttargetdistancepos.distancedistanceAU Sun-target distancedistanceInformative only, free format (no list, but see http://svo2.cab.inta-csic.es/svo/theory/fps3/). Search can only rely on spectral range, as ObsCore does.codeImage observer service usernameidPIpubcode countrymeta.note;obs.observer

original_publisher

calibration_descVOunits says: Pascal.

Name

SQL type

Unit

Description

UCD

UCD in Obscore 1.1

(9/5/2017 REC version)

Utype

(tentative)

Comments

EPNCore mandatory parameters
(Must be present, possibly empty)
(bold face: a value is required)

Current value
current but dubious or undefined

— ? : closest sense

_ : N/A in ObsCore

from epntap v2 mixin (aug 2017)
equivalent/close in ObsCore doc 1.1

granule_uid

Text

Unique ID in data service

meta.id

Can be alphanum.

granule_gid

Text

Common to granules of same type

meta.id

E.g. same map projection, or geometry data products. Can be alphanum.

obs_id

Text

Associates granules derived from the same data

meta.id;obs

meta.id

obscore:DataID.observationID

E.g. various representations / processing levels. Can be alphanum., may be the ID of original observation.
Keep it simple in intricate situations.

dataproduct_type

Text

Organization of the data product, from enumerated list

meta.code.class

meta.id

Epn.dataProductType

obscore:ObsDataset.dataProductType

targetmeasurement_nametype

Text

UCD(s) defining the dataStandard IAU name of target (must match target_class), case sensitive

meta.id;srcucd

meta.

ucd

Epn.

Case sensitive
Services with no target_name do exist

target_class

Text

Type of target, from enumerated list

src.class

Epn.TargetClass

Measurement_type

Add ;meta.modelled if simulation or model
Add ;stat.uncalib if uncalibrated data - in which case processing_level must be 0 or 1

processing_level

Integer

Dataset-related encoding, or simplified CODMAC calibration level

meta.calibLevel

meta.code;obs.calib

~ obscore:ObsDataset.calibLevel

To be replaced by PDS4 values in v2.1?

target_name

Text

Standard IAU name of target (must match target_class), case sensitive

meta.id;src

Epn.TargetName

Case sensitive
Services with no target_name do exist

target_class

Text

Type of target, from enumerated list

src.class

Epn.TargetClass

time_min

Double

d

Start

time_min

Double

d

Start time (in JD). UTC measured at time_origin location (default is observer's frame)

time.start;obs

time.start;obs.exposure

time_max

Double

d

Stop time (in JD). UTC measured at time_origin location (default is observer's frame)

time.start;obs

time.start;obs.exposure

Char.TimeAxis.Coverage.Bounds.Limits.Interval.StartTime

time_max

Double

d

Stop time (in JD). UTC measured at time_origin location (default is observer's frame)

time.end;obs

time.end;obs.exposure

Char.TimeAxis.Coverage.Bounds.Limits.Interval.StopTime

time_sampling_step_min

Float

s

Min time sampling step

time.resolution;stat.min

time.resolution

Epn.Time.Time_sampling_step_min

time_sampling_step_max

Float

s

Max time sampling step

time.resolution;stat.max

Epn.Time.Time_sampling_step_max

time_exp_min

Float

s

Min integration time

time.duration;obs.exposure;stat.min

time.duration;obs.exposure

Epn.Time.Time_exp_min

time_exp_max

Float

s

Max integration time

time.duration;obs.exposure;stat.max

Epn.Time.Time_exp_max

spectral_range_min

Float

Hz

Min spectral range (as frequency)

em.freq;stat.min

em.wl;stat.min (always as wl)

Epn.Spectral.Spectral_range_min

Always as frequency

spectral_range_max

Float

Hz

Max spectral range (as frequency)

em.freq;stat.max

em.wl;stat.max

Epn.Spectral.Spectral_range_max

spectral_sampling_step_min

Float

Hz

Min spectral sampling step

em.freq;statspect.intervalbinSize;stat.min

meta.number

Epn.Spectral.Spectral_sampling_step_min

spectral_sampling_step_max

Float

Hz

Max spectral sampling step

em.freq;statspect.intervalbinSize;stat.max

meta.number

Epn.Spectral.Spectral_sampling_step_max

spectral_resolution_min

Float

Min spectral resolution (resolving power)

spect.resolution;stat.min

spect.resolution (relates to resolving power)

Epn.Spectral.Spectral_resolution_min

Now (2019) provides resolving power |(lambda / delta(lambda)| = |f /Df|
How do we accommodate FWHM for filters?

spectral_resolution_max

Float

Max spectral resolution (resolving power)

spect.resolution;stat.max

Epn.Spectral.Spectral_resolution_max

Now (2019) provides resolving power |(lambda / delta(lambda)| = |f /Df|
How do we accommodate FWHM for filters?

c1min

Float

(1)

Min of first coordinate, depends on the frame

see table below

pos.eq.ra

Epn.Spatial.Spatial_range.c1min

Typo in current mixin (.lonG => .lon

UCDs for cyl and sph coord are from PEN-UCDlist-20210430

c1max

Float

(1)

Max of first coordinate, depends on the frame

Epn.Spatial.Spatial_range.c1max

c2min

Float

(1)

Min of second coordinate, depends on the frame.

pos.eq.dec

Epn.Spatial.Spatial_range.c2min

c2max

Float

(1)

Max of second coordinate, depends on the frame

Epn.Spatial.Spatial_range.c2max

c3min

Float

(1)

Min of third coordinate

Epn.Spatial.Spatial_range.c3min

c3max

Float

(1)

Max of third coordinate

Epn.Spatial.Spatial_range.c3max

s_region

Textspoly

(3)

ObsCore-like footprint in 2D (celestial or body-related framesif spatial_frame_type = celestial or body)

pos.outline;obs.field

obscore:Char.SpatialAxis.Coverage.Support.Area

(was initially instr.fov, to be corrected)
ObsCore value updated (was phys.angArea;obs) to phys.outline, then corrected to pos.outline

Must have xtype= adql:REGION to work with TAP
Frame may be identified in q.rd (UNKNOWNFrame).
Use value given in spatial_frame_type - very unclear…
Do we need another param for GIS interface?

c1_resol_min

Float

(2)

Min resolution in first coordinate

(2)

pos.angResolution;stat.min

Epn.Spatial.Spatial_resolution.c1_resol_min

pos.resolution restored in 2018
In body fixed frame, use pixelscale_min/max for resolution at the surface

c1_resol_max

Float

(2)

Max resolution in first coordinate

(2)

pos.angResolution;stat.max

Epn.Spatial.Spatial_resolution.c1_resol_max

_

c2_resol_min

Float

(2)

Min resolution in second coordinate

(2)

Epn.Spatial.Spatial_resolution.c2_resol_min

_

c2_resol_max

Float

(2)

Max resolution in second coordinate

(2)

Epn.Spatial.Spatial_resolution.c2_resol_max

_

c3_resol_min

Float

(2)

Min resolution in third coordinate

(2)

Epn.Spatial.Spatial_resolution.c3_resol_min

pos.resolution restored in 2018

c3_resol_max

Float

(2)

Max resolution in third coordinate

(2)

Epn.Spatial.Spatial_resolution.c3_resol_max

pos.resolution restored in 2018

spatial_frame_type

Text

(1)

Flavor of coordinate system, defines the nature of coordinates. From enumerated list. Use "none" if undefined

meta.code.class;pos.frame

_

A value is required by DaCHS (query will return errors if empty)
Default value = none

incidence_min

Float

deg

Min incidence angle (solar zenithal angle)

pos.incidenceAng;stat.min

_

Epn.View_angle.Incidence_angle_min

UCD for angles included in 2018

incidence_max

Float

deg

Max incidence angle (solar zenithal angle)

pos.incidenceAng;stat.max

_

Epn.View_angle.Incidence_angle_max

UCD for angles included in 2018

emergence_min

Float

deg

Min emergence angle

pos.emergenceAng;stat.min

_

Epn.View_angle.Emergence_angle_min

UCD for angles included in 2018

emergence_max

Float

deg

Max emergence angle

pos.emergenceAng;stat.max

_

Epn.View_angle.Emergence_angle_max

UCD for angles included in 2018

phase_min

Float

deg

Min phase angle

pos.phaseAng;stat.min

Epn.View_angle.Phase_angle_min

phase_max

Float

deg

Max phase angle

pos.phaseAng;stat.max

Epn.View_angle.Phase_angle_max

instrument_host_name

Text

Standard name of the observatory or spacecraft

meta.id;instr.obsty

meta.id;instr.tel

Provenance.ObsConfig.Facility.name

instrument_name

Text

Standard name of instrument

meta.id;instr

Provenance.ObsConfig.Instrument.name

measurementservice_typetitle

Text

UCD(s) defining the data

meta.ucd

Epn.Measurement_type

Add ;meta.modelled if simulation or model
Add ;stat.uncalib if uncalibrated data - in which case processing_level must be 0 or 1

processing_level

Integer

Dataset-related encoding, or simplified CODMAC calibration level

meta.calibLevel

meta.code;obs.calib

~ obscore:ObsDataset.calibLevel

To be replaced by PDS4 values in v2.1?

Title of resource = schema name

meta.title

May be used to handle multiservice results

creation_date

Timestamp

(4)

Date of first entry of this granule

time.creation

time;meta.dataset

modification_date

Timestamp

(4)

Date of last modification

creation_date

Timestamp

(4)

Date of first entry of this granule

time.creation

time;meta.dataset

modification_date

Timestamp

(4)

Date of last modification

time.processing

Used to handle mirroring
UCD value being discussed in 2018

release_date

Timestamp

(4)

Start of public access period (set to creation_date if no proprietary period)

time.release

obscore:Curation.releaseDate

The value is in ISO 8601 format reusing this pattern: (“YYYY-MM-DDThh:mm:ss”) If release_date is in the future, the data is proprietary.

Common optional parameters

serviceaccess_titleurl

Text

Title of resource = schema name

meta.title

May be used to handle multiservice results

Common optional parameters

access_url

Text

URL of the data file, case URL of the data file, case sensitive (additional files may be linked through datalink_url). Can point to a script. If present, next 2 parameters must also be present

meta.ref.url;meta.file

meta.ref.url

Obs.Access.Reference

Use this to link data!
Could accommodate a datalink with access_format = 'application/x-votable+xml;content=datalink'
(from ObsCore)
- but this is a funny idea…

access_format

Text

RFC 2045 media type (mime), required to be all-lower case

meta.code.mime

Obs.Access.Format

access_estsize

Integer

kbyte

Estimate file size in kbyte (with this spelling)

phys.size;meta.file

Obs.Access.Size

access_md5

Text

MD5 Hash for the file when available (real file, not script)

meta.checksum;meta.file

thumbnail_url

Text

URL of a thumbnail image with predefined size (png ~200 pix, for use in a client only)

meta.ref.url;meta.preview

file_name

Text

Name of the data file only, case sensitive

meta.id;meta.file

meta.title;obs — ?

ObsCore obs_title is for a short free text string describing the granule. Do we want this?

datalink_url

Text

Provides links to files or services on the server

meta.ref.url

Associated mime-type is 'application/x-votable+xml;content=datalink'
(from ObsCore)

speciesbib_reference

Text

Identifies a chemical species, case sensitive

meta.id;phys.atmol

This is the only case sensitive parameter (with target_name)

messenger

Text

Bibcode or doi preferred; can be a URL or anything else. Refers to the granule

meta.bib

obscore:Curation.reference

Bibcode & doi can be completed in TOPCAT

publisher

Text

Resource publisher

meta.curation

meta.ref.uri;meta.curation

~ obscore:Curation.publisherID

processing_level_desc

Text

Describes specificities of the processing level

meta.note

internal_reference

Text

Related granule_uid(s) in the current service

meta.id.cross

Use to link one granule to a set of other granules. To be used only if required - e.g. to solve situations that would otherwise require several tables

external_link

Text

Web page providing more details on the granule

meta.ref.url

Link to an individual page in a web site associated to the database, e.g., a planet page in Exoplanets service. This is a way to provide extra granule information which cannot be accommodated in the table.

species

Text

Identifies a chemical species, case sensitive

meta.id;phys.atmol

This is the only case sensitive parameter (with target_name)

messenger

Text

Vector of measured signal, including electromagnetic
band, from enumerated list

instr.bandpass

filter

Text

Identifies filter in use, typically for images

meta.id;instr.filter

Informative only, free format (no list, but see http://svo2.cab.inta-csic.es/svo/theory/fps3/). Search can only rely on spectral range, as ObsCore does.

alt_target_name

Text

Provides alternative target name(s). Can be a hash list

meta.id;src

feature_name

Text

Secondary name (e.g. standard name of a region of interest)

meta.id;src;obs.field

Anchor

	featurename
	featurename

target_region

Text

Type of region or feature of interest

meta.id;src;obs.field

instr.bandpass

alt_target_name

Text

Provides alternative target name(s). Can be a hash list

meta.id;src

target_region

Text

Type of region or feature of interest

meta.id;src;obs.field

feature_name

Text

Secondary name (e.g. standard name of a region of interest)

meta.id;src;obs.field

Anchor

featurename

publisher

Text

Resource publisher

meta.curation

meta.ref.uri;meta.curation

~ obscore:Curation.publisherID

bib_reference

Text

Bibcode or doi preferred; can be a URL or anything else. Refers to the granule

meta.bib

obscore:Curation.reference

Bibcode & doi can be completed in TOPCAT

internal_reference

Text

Related granule_uid(s) in the current service

meta.id.cross

Use to link one granule to a set of other granules. To be used only if required - e.g. to solve situations that would otherwise require several tables

external_link

Text

Web page providing more details on the granule

meta.ref.url

shape

Text

introduces an ascii (ST)MOC, v2 (2D footprint on celestial, spherical, or body-related frames, possibly including time)

pos.outline;obs.field

Must have xtype="MOC" (follow DALI recommendation)

outline doesn't fit definition (refers to a contour)

spatial_coordinate_description

Text

ID of specific coordinate system and version / properties

meta.code.class;pos.frame

~COOSYS, but includes planetary ones
Still TBD, needs to be OGC compliant. Discussion in progress here: EPN-TAP v2: Current discussion topic

spatial_origin

Text

Defines the frame origin

meta.ref;pos.frame

time_refposition

Text

Defines where the time is measured (e. g., ground vs spacecraft). Default is observer's frame

meta.ref;time.scale

target_time is of course always on target.

time_scale

Text

Defaults to UTC in data services - from enumerated list

time.scale

subsolar

solar_longitude_min

Float

deg

Minimum sub-solar point longitude

Min Solar longitude Ls (location on orbit / season)

pos.

bodyrc

ecliptic.lon;pos.heliocentric;stat.

min

Provided in the most natural body-related coordinate frame, E-handed - seems to require 'body'

min

solar

subsolar

_longitude_max

Float

deg

Maximum sub-solar point longitude

Max Solar longitude Ls (location on orbit / season)

pos.

bodyrc.lon;stat.max

Provided in the most natural body-related coordinate frame, E-handed - seems to require 'body'

ecliptic.lon;pos.heliocentric;stat.max

local_time

subsolar_latitude

_min

Float

deg

Minimum sub-solar point latitude

h

Min local time at observed region

time.phase;time.period.rotation

pos.bodyrc.lat

;stat.min

local_

subsolar_latitude

time_max

Float

deg

Maximum sub-solar point latitude

h

Max local time at observed region

time.phase;time.period.rotation

pos.bodyrc.lat

;stat.max

target_

subobserver

distance_

longitude_

min

Float

deg

km

Min observer-target distance

Minimum sub-observer point longitude (sub-Earth for ground based observations)

pos.

bodyrc.lon

distance;stat.min

target_subobserver_longitudedistance_max

Float

deg

km

Max observer-target distanceMaximum sub-observer point longitude (sub-Earth for ground based observations)

pos.bodyrc.londistance;stat.max

target_

subobserver_latitude

time_min

Float

deg

Minimum sub-observer point latitude (sub-Earth for ground based observations)

pos.bodyrc.lat;stat.min

_

subobserver_latitude_max

Float

deg

Maximum sub-observer point latitude (sub-Earth for ground based observations)

pos.bodyrc.lat;stat.max

_

Timestamp

(4)

Min observing time in target frame

time.start;src

(simplest way to look for coordinated observations)

target_time_max

Timestamp

(4)

Max observing time in target frame

time.end;src

earth_distance_min

Float

AU

Min Earth-target distance

pos.distance;stat.min

earth_distance_max

Float

AU

Max Earth-target distance

pos.distance;stat.max

sun

ra

Float

deg

Right ascension

pos.eq.ra;meta.main

deg only (like ObsCore)

dec

Float

deg

Declination

pos.eq.dec;meta.main

radial_distance_min

Float

kmAU

Min distance from observed area to body center Sun-target distance

pos.distance;pos.bodyrc;stat.min

sun_distance_max

Float

AU

Max

Sun-target distance

pos.distance;

stat.max

altitudesubobserver_fromshapelongitude_min

Float

km

deg

Minimum sub-observer point longitude (sub-Earth for ground based observations)Min altitude of observed area above shape model / DTM

pos.bodyrc.altlon;stat.min

_

subobserver_

longitude_max

Float

km

deg

Maximum sub-observer point longitude (sub-Earth for ground based observations)

pos.bodyrc.

lon;stat.max

_

solarsubobserver_longitudelatitude_min

Float

deg

Min Solar longitude Ls (location on orbit / season)

pos.ecliptic.lon;pos.heliocentric;stat.min

Minimum sub-observer point latitude (sub-Earth for ground based observations)

pos.bodyrc.lat;stat.min

_

subobserver_latitudesolar_longitude_max

Float

deg

Max Solar longitude Ls (location on orbit / season)

Maximum sub-observer point latitude (sub-Earth for ground based observations)

pos.bodyrc.latpos.ecliptic.lon;pos.heliocentric;stat.max

_

localsubsolar_timelongitude_min

Float

h

Min local time at observed region

deg

Minimum sub-solar point longitude

pos.bodyrc.lontime.phase;time.period.rotation;stat.min

Provided in the most natural body-related coordinate frame, E-handed - seems to require 'body'

subsolar_longitudelocal_time_max

Float

h

Max local time at observed region

time.phase;time.period.rotation;stat.max

deg

Maximum sub-solar point longitude

pos.bodyrc.lon;stat.max

Provided in the most natural body-related coordinate frame, E-handed - seems to require 'body'

subsolar_latitudetarget_distance_min

Float

km

Min observer-target distance

deg

Minimum sub-solar point latitude

pos.bodyrc.latpos.distance;stat.min

_

subsolar_

latitude_max

Float

km

Max observer-target distance

deg

Maximum sub-solar point latitude

pos.bodyrc.lat;stat.max

target_time_min

ra

Float

deg

Right ascension

pos.eq.ra;meta.main

deg only (like ObsCore)

dec

Float

deg

Declination

pos.eq.dec;meta.main

radial

Timestamp

(4)

Min observing time in target frame

time.start;src

(simplest way to look for coordinated observations)

target_time_max

Timestamp

(4)

Max observing time in target frame

time.end;src

earth_distance_min

Float

AUkm

Min Earth-target distancedistance from observed area to body center

pos.distance;pos.bodyrc;stat.min

earthradial_distance_max

Float

AUkm

Max Earth-target distancedistance from observed area to body center

pos.distance;pos.bodyrc;stat.max

sunaltitude_distancefromshape_min

Float

AUkm

Min Sun-target distancealtitude of observed area above shape model / DTM

pos.distancebodyrc.alt;stat.minsun

altitude_

fromshape_max

Float

km

Max

altitude of observed area above shape model / DTM

pos.bodyrc.

alt;stat.max

Parameters from extensions

APIS extension

obs_mode

Text

Observing mode

meta.code;instr.setup

From APIS + observation extensions (with adapted UCDs)

detector_name

Text

Detector name

meta.id;instr.det

opt_elem

Text

Optical element name

meta.id;instr.param

filter

Text

Identifies filter in use, typically for images

meta.id;instr.filter

.param

instrument_type

Text

type Type of instrument

meta.id;instr

Informative only (not a reliable search parameter): free format, no reference list intended.

acquisition_id

Text

ID of the data file/acquisition in the original archive

meta.id

proposal_id

Text

Proposal identifier

meta.id;obs.proposal

proposal_pi

Text

Proposal principal investigator

meta.id.PI;obs.proposal

proposal_title

Text

Proposal title

meta.title;obs.proposal

campaign

Text

Name of the observational campaign

meta.id;obs.proposal

target_description

Text

Original target keywords

meta.note;src

proposal_target_name

Text

target Target name as in proposal title

meta.note;obs.proposal

target_apparent_radius

Float

arcsec

Apparent radius of the target

phys.angSize;src

north_pole_position

Float

deg

North pole (of target) position angle with respect to celestial north pole

pos.posAng

Group of 5 parameters very specific to APIS.
Name is ~ OK, but actually provides the position angle of the planet axis. Use "orientation" for the image.

target_primary_hemisphere

Text

Primary observed hemisphere

meta.id;obs.field

target_secondary_hemisphere

Text

Secondary observed hemisphere

meta.id;obs.field

platesc

Float

arcsec/pix

pixel Pixel angular size or platescale (on sky only)

instr.scale

orientation

Float

deg

Position angle of image y axis (on sky only), direct sense from north direction

pos.posAng

Provides the direction of the polar axis in the image, counted clockwise from north.

observermeasurement_nameunit

Text

Physical unit, same as Bunit in fits

meta.unit

Contributive work extension

Observer name

obs.observer;meta.main

observer_institutename

Text

Observer institutename

meta.

note

id.PI;obs.observer

observer_id

Integer

Image observerObserver's numeric identifier

meta.id.PI

Group of 5 from PVOL, OK for general use but UCDs have to be changed in PVOL.
meta.pubid in PVOL

observer_code

Text

Observer's service username

meta.id.PI

meta.pubcode in PVOL

observer_institute

Text

Observer institute

meta.note

observer_

country

Text

Observer's

country of residence

meta.

note;obs.

observer

meta.

pubcountry in PVOL

observer_

location

Text

Image observer's country of residence

Broad location of the observer or telescope. Can be used when the exact location cannot be released

pos;obs.observer - not in mixin!

meta.pubcountry in PVOL

observer_lon

Float

deg

Observer's approximate longitude

obs.observer;pos.earth.lon

meta.publon in PVOL

observer_lat

Float

deg

Observer's approximate latitude

obs.observer;pos.earth.lat

meta.publat in PVOLmass

original_publisher

Text

Refers to the source of the data, e.g., in compilations of observations or experimental data

meta.note

Experimental spectroscopy + contributive work extensions

Solar System objects extension

mean_radius

Float

km

phys.size.radius

equatorial

Float

kg

Mass of object

phys.mass

Solar System Objects extension (generic values in catalogues, not observations)

sidereal_rotation_period

Float

h

Object rotation rate

time.period.rotation

mean_radius

Float

km

phys.size.radius

equatorialpolar_radius

Float

km

phys.size.radiuspolar_radius

diameter

Float

km

Target diameter, or equivalent diameter for binary objects

phys.size.radiusdiameterdiameter

Used in tnosarecool, not very consistent (use radius?)

mass

Float

kg

Mass of object

phys.mass

Solar System Objects extension (generic values in catalogues, not observations)

sidereal_rotation_period

Float

h

Object rotation rate

time.period.rotation

km

Target diameter, or equivalent diameter for binary objects

phys.size.diameter

Used in tnosarecool, not very consistent (use radius?)

semi_major_axis

Float

AU

phys.size.smajAxis

inclination

Float

deg

Orbit inclination

src.orbital.inclination

eccentricity

Float

Orbit eccentricity

src.orbital.eccentricity

long_asc

Float

deg

Longitude of ascending node, J2000.0

src.orbital.node

arg_perihel

Float

deg

Argument of Perihelionperihelion, J2000.0

src.orbital.periastron

mean_anomaly

Float

deg

Mean anomaly at the epoch

src.orbital.meanAnomaly

dynamical_classepoch

Text

Class of small body, from enumerated list

meta.code.class;src

dynamical_type

Text

Subdivision of the class, from enumerated list

meta.code.class;src

Double

d

Epoch of interest in JD

time.epoch

taxonomy_code

Text

Code for target taxonomy

src.class.color

Possible values depend on target type and possibly on service

magnitude

Float

mag

Absolute magnitude. For small bodies, from HG magnitude system

phys.magAbs

Actually depends on service (eg, spectro_planets vs DynAstVO vs tnosarecool).
UCD may include mention of the photometric band.

flux

Float

mJy

Target flux

phot.flux.density

albedo

Float

Target albedo

phys.albedo

dynamical_class

Text

Class of small body, from enumerated list

meta.code.class;src

dynamical_type

Text

Subdivision of the class, from enumerated list

meta.code.

flux

Float

class;src

taxonomy_code

Text

Code for target taxonomy

src.class.color

Possible values depend on target type and possibly on service

Map extension

mJy

Target flux

phot.flux.density

albedo

Float

Target albedo

phys.albedo

map_projection

Text

ID from enumerated list, or string with parameters (referring to a standard)

pos.projection

Map extension

map_height

Float

pix

Map size in px

phys.size

map_width

Float

pix

Map size in px

phys.size

map_scale

TextFormat TBD

Preferably a ratio (e. g., "1:50000")

pos.wcs.scale

pixelscale_min

Float

km/pix

Min pixel size on a surface

instr.scale;stat.min

pixelscale_max

Float

km/pix

Max pixel size on a surface

instr.scale;stat.max

Particle spectroscopy extension

particle_spectral_type

Text

From enumerated list

meta.id;phys.particle

particle_spectral_range_min

Float

phys.energy;phys.particle;stat.min

phys.mass;phys.particle;stat.min

particle_spectral_range_max

Float

phys.energy;phys.particle;stat.max

phys.mass;phys.particle;stat.max

particle_spectral_sampling_step_min

Float

spect.resolution;phys.particle;stat.min

particle_spectral_sampling_step_max

Float

spect.resolution;phys.particle;stat.max

particle_spectral_resolution_min

Float

spect.resolution;phys.particle;stat.min

particle_spectral_resolution_max

Float

spect.resolution;phys.particle;stat.max

.particle;stat.max

Experimental spectroscopy extension

Text

Refers to the source of the data, e. g., in compilations of experimental data

meta.note

Experimental spectroscopy + contributive work extensions

producer_name

Text

Data producer name, especially in compilations of experimental data

meta.note

producer_institute

Text

Data producer institute, e. g., in compilations of experimental data

meta.note

sample_id

Text

Provides a local ID in an existing catalogue

meta.id;src

In addition to target_name

sample_classification

Text

Information related to class, sub-class, species… as hash list

meta.note;phys.composition

This uses standard names for classes…

sample_desc

Text

Describes the sample, its origin, and possible preparation. Can be a hash list

meta.note

species_inchikey

Text

Fixed length string identifying the species. Can be a hash list

meta.id;phys.atmol

Follows IUPAC standard (Heller et al 2015)data

grain_

Text

Provides information on post-processing. Can be a hash list

meta.note

(preferably to a "comment" parameter)

setup_desc

Text

Describes the experimental setup. Can be a hash list

meta.note

May include Aperture (size of sample measured), etc

geometry_type

Text

Type of observation, from enumerated list. Can be a hash list

meta.note;instr.setup

spectrum_type

Text

Type of spectral observation, from enumerated list TBD. Can be a hash list

meta.note;instr.setup

Alternative to UCD, very detailed

grain_size_min

Float

um

Min sample particle size

phys.size;stat.min

grain_size_max

Float

um

Max sample particle size

phys.size;stat.max

azimuth_min

Float

deg

Min azimuth angle for illumination

pos.azimuth;stat.min

Check meaning/requirements for <0 values?
UCD added in 2018 (instead of pos.azimuthAng requested - OK)

azimuth_max

Float

deg

Max azimuth angle for illumination

pos.azimuth;stat.max

UCD added in 2018

pressure

Float

bar

Ambient pressure

phys.pressure

size_min

Float

um

Min sample particle size

phys.size;stat.min

grain_size_max

Float

um

Max sample particle size

phys.size;stat.max

azimuth_min

Float

deg

Min azimuth angle for illumination

pos.azimuth;stat.min

Check meaning/requirements for <0 values?
UCD added in 2018 (instead of pos.azimuthAng requested - OK)

azimuth_max

Float

deg

Max azimuth angle for illumination

pos.azimuth;stat.max

UCD added in 2018

pressure

Float

bar

Ambient pressure

phys.pressure

VOunits says: Pascal.

measurement_atmosphere

Text

Describes experimental conditions. "vacuum" for measurements under vacuum

meta.note;phys.pressure

temperature

Float

K

Ambient temperature

phys.temperature

setup_desc

Text

Describes the experimental setup. Can be a hash list

meta.note

May include Aperture (size of sample measured), etc

data_calibration_desc

Text

Provides information on post-processing. Can be a hash list

meta.note

(preferably to a "comment" parameter)

geometry_type

Text

Type of observation, from enumerated list. Can be a hash list

meta.note;instr.setup

spectrum_type

Text

Type of spectral observation, from enumerated list TBD. Can be a hash list

meta.note;instr.setup

Alternative to UCD, very detailed

Event extension

measurement_atmosphere

Text

Describes experimental conditions. "vacuum" for measurements under vacuum

meta.note;phys.pressure

temperature

Float

K

Ambient temperature

phys.temperature

event_type

Text

Type of event from enumerated list

meta.code.class

Events extension
If dataproduct_type = ev
UCDs should be provided with the standard

event_status

Text

From enumerated list

meta.code.status

event_cite

Text

From enumerated list

meta.code.status

...

Frame coordinates UCD/units	celestial	body	cartesian	spherical	cylindrical
c1min	pos.eq.ra;stat.min	pos.bodyrc.lon;stat.min	pos.cartesian.x;stat.min (in km)	pos.spherical.r;stat.min (in m)	pos.cylindrical.r;stat.min (in km)
c1max	pos.eq.ra;stat.max	pos.bodyrc.lon;stat.max	pos.cartesian.x;stat.max (in km)	pos.spherical.r;stat.max (in m)	pos.cylindrical.r;stat.max (in km)
c2min	pos.eq.dec;stat.min	pos.bodyrc.lat;stat.min	pos.cartesian.y;stat.min (in km)	pos.spherical.colat;stat.min	pos.cylindrical.azi;stat.min
c2max	pos.eq.dec;stat.max	pos.bodyrc.lat;stat.max	pos.cartesian.y;stat.max (in km)	pos.spherical.colat;stat.max	pos.cylindrical.azi;stat.max
c3min	pos.distance;stat.min (in AU)	pos.bodyrc.alt;stat.min (from surface only, implicitly from reference level) or ~~pos.distance;pos.bodyrc;stat.min (from center)?~~ (in km)	pos.cartesian.z;stat.min (in km)	pos.spherical.azi;stat.min	pos.cylindrical.z;stat.min (height, in km)
c3max	pos.distance;stat.max (in AU)	pos.bodyrc.alt;stat.max (from surface only, implicitly from reference level) or ~~pos.distance;pos.bodyrc;stat.max (from center)?~~ (in km)	pos.cartesian.z;stat.max (in km)	pos.spherical.azi;stat.max	pos.cylindrical.z;stat.max (height, in km)

...

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