This table is available for ADQL queries and through the TAP endpoint.
Resource Description:
For a list of all services and tables belonging to this table's resource, see Information on resource 'USET CaIIK Solar Images'
This table has an associated publication. If you use data from it, it may be appropriate to reference 10.24414/nc7j-b391 either in addition to or instead of the service reference.
To cite the table as such, we suggest the following BibTeX entry:
@MISC{vo:uset_caII_epn_co,
year=2023,
title={{USET} {CaIIK} Solar Images},
author={Royal Observatory of Belgium},
url={https://vo-tap.oma.be/tableinfo/uset_caII.epn_core},
howpublished={{VO} resource provided by the {ROB} Virtual Observatory Data Center}
}
Sorted by DB column index. [Sort alphabetically]
| Name | Table Head | Description | Unit | UCD |
|---|---|---|---|---|
| granule_uid | Granule_uid | The id of the file in the format uset_caIIk_YYYYMMDD_hhmmss | N/A | meta.id |
| granule_gid | Granule_gid | Equal to granule_uid | N/A | meta.id |
| obs_id | Obs_id | FILENAME without extension | N/A | meta.id;obs |
| dataproduct_type | Dataproduct_type | N/A | N/A | meta.code.class |
| target_name | Target_name | Standar IAU name of target, case sensitive. Must match target_class. | N/A | meta.id;src |
| target_class | Target_class | Class of the target of the observation. | N/A | src.class |
| time_min | Time_min | Start time (in JD) of the observation. UTC measured at time_origin location (default is observer's frame). | d | time.start;obs |
| time_max | Time_max | End time (in JD) of the observation. Use here start time plus exposure. UTC measured at time_origin location (default is observer's frame). | d | time.end;obs |
| time_sampling_step_min | Time_sampling_step_min | Min time sampling step. | s | time.resolution;stat.min |
| time_sampling_step_max | Time_sampling_step_max | Max time sampling step. | s | time.resolution;stat.max |
| time_exp_min | Time_exp_min | Minimum integration time. Convert to s. | s | time.duration;obs.exposure;stat.max |
| time_exp_max | Time_exp_max | Maximum integration time. Convert to s. | s | time.duration;obs.exposure;stat.min |
| spectral_range_min | Spectral_range_min | Min spectral range (as frequency, convert to Hz). Calculated from maximum wavelength: c*10^14/wavemax. | Hz | em.freq;stat.min |
| spectral_range_max | Spectral_range_max | Max spectral range (as frequency, convert to Hz). Calculated from minimum wavelength: c*10^14/wavemin. | Hz | em.freq;stat.max |
| spectral_sampling_step_min | Spectral_sampling_step_min | Min spectral sampling step. | Hz | em.freq;spect.binSize;stat.min |
| spectral_sampling_step_max | Spectral_sampling_step_max | Max spectral sampling step. | Hz | em.freq;spect.binSize;stat.max |
| spectral_resolution_min | Spectral_resolution_min | Minimum spectral resolution (resolving power). Calculated from wavelength: wavemin/max(delta lambda). Convert to Hz. | N/A | spect.resolution;stat.min |
| spectral_resolution_max | Spectral_resolution_max | Maximum spectral resolution (resolving power). Calculated from wavelength: wavemax/min(delta lambda). Convert to Hz. | N/A | spect.resolution;stat.max |
| c1min | C1min | Minimum of the first coordinate (depends on the frame). | N/A | pos.eq.ra;stat.min |
| c1max | C1max | Maximum of the first coordinate (depends on the frame). | N/A | pos.eq.ra;stat.max |
| c2min | C2min | Minimum of the second coordinate (depends on the frame). | N/A | pos.eq.dec;stat.min |
| c2max | C2max | Maximum of the second coordinate (depends on the frame). | N/A | pos.eq.dec;stat.max |
| c3min | C3min | Minimum of the third coordinate. | N/A | pos.distance;stat.min |
| c3max | C3max | Maximum of the third coordinate. | N/A | pos.distance;stat.max |
| s_region | S_region | ObsCore-like footprint in 2D (if spatial_frame_type = celestial or body). | N/A | pos.outline;obs.field |
| c1_resol_min | C1_resol_min | Minimum resolution in the first coordinate. | arcsec | pos.angResolution;stat.min |
| c1_resol_max | C1_resol_max | Maximum resolution in the first coordinate. | arcsec | pos.angResolution;stat.max |
| c2_resol_min | C2_resol_min | Minimum resolution in the second coordinate. | arcsec | pos.angResolution;stat.min |
| c2_resol_max | C2_resol_max | Maximum resolution in the second coordinate. | arcsec | pos.angResolution;stat.max |
| c3_resol_min | C3_resol_min | Minimum resolution in the third coordinate. | arcsec | pos.angResolution;stat.min |
| c3_resol_max | C3_resol_max | Maximum resolution in the third coordinate. | arcsec | pos.angResolution;stat.max |
| spatial_frame_type | Spatial_frame_type | Flavor of coordinate system, defines the nature of coordinates. From enumerated list. Use 'none' if undefined. | N/A | meta.code.class;pos.frame |
| incidence_min | Incidence_min | Min incidence angle (solar zenithal angle) | deg | pos.incidenceAng;stat.min |
| incidence_max | Incidence_max | Max incidence angle (solar zenithal angle) | deg | pos.incidenceAng;stat.max |
| emergence_min | Emergence_min | Min emergence angle | deg | pos.emergenceAng;stat.min |
| emergence_max | Emergence_max | Max emergence angle | deg | pos.emergenceAng;stat.max |
| phase_min | Phase_min | Min phase angle | deg | pos.phaseAng;stat.min |
| phase_max | Phase_max | Max phase angle | deg | pos.phaseAng;stat.max |
| instrument_host_name | Instrument_host_name | Standard name of the observatory or spacecraft. | N/A | meta.id;instr.obsty |
| instrument_name | Instrument_name | Standard name of instrument. | N/A | meta.id;instr |
| measurement_type | Measurement_type | UCDs defining the data. | N/A | meta.ucd |
| processing_level | Processing_level | LEVEL=1 for calibrated data in FITS header | N/A | meta.calibLevel |
| creation_date | Creation_date | Date of first entry of this granule. | d | time.creation |
| modification_date | Modification_date | Date of last modification. | N/A | time.processing |
| release_date | Release_date | Start of public access period (set to creation_date if no proprietary period). | N/A | time.release |
| service_title | Service_title | Title of resource = schema name. | N/A | meta.title |
| bitpix | Bitpix | Array data type | N/A | meta |
| naxis | Naxis | Nymber of array dimensions | N/A | N/A |
| naxis1 | Naxis1 | Number of pixels along axis 1 | N/A | meta.number;instr.pixel |
| naxis2 | Naxis2 | Number of pixels along axis 2 | N/A | meta.number;instr.pixel |
| solarnet | Solarnet | Fully SOLARNET-compliant=1.0, partially=0.5 | N/A | meta |
| obs_hdu | Obs_hdu | This HDY contains observational data | N/A | meta |
| obsgeo_x | Obsgeo_x | ECEF X coordinate of the observer | m | pos.cartesian.x;obs.observer;pos |
| obsgeo_y | Obsgeo_y | ECEF Y coordinate of the observer | m | pos.cartesian.y;obs.observer;pos |
| obsgeo_z | Obsgeo_z | ECEF Z coordinate of the observer | m | pos.cartesian.z;obs.observer;pos |
| camera | Camera | Model of the camera | N/A | meta.id;instr |
| waveunit | Waveunit | Power of 10 by which the metre is multiplied | N/A | stat.value |
| obs_mode | Obs_mode | Predefined settings used during obs | N/A | instr.setup;obs.calib;phot.calib;obs |
| btype | Btype | ['type of data, Unified Content Descriptor'] | N/A | N/A |
| bunit | Bunit | Unit of physical value | N/A | meta.unit;stat.value;phys |
| bscale | Bscale | To be multiplied to the data array values | N/A | stat.value |
| bzero | Bzero | To be added by the data array values | N/A | stat.value |
| physpara | Physpara | Physical parameter represented in the data | N/A | obs.param;instr.param;phys; |
| ctype1 | Ctype1 | Helioproj. westward angle, TAN projection | N/A | N/A |
| ctype2 | Ctype2 | Helioproj. northward angle, TAN projection | N/A | N/A |
| cunit1 | Cunit1 | Units along axis 1 | N/A | meta.unit |
| cunit2 | Cunit2 | Units along axis 2 | N/A | meta.unit |
| pc1_1 | Pc1_1 | WCS coordinate transformation matrix element 1_1 | N/A | N/A |
| pc1_2 | Pc1_2 | WCS coordinate transformation matrix element 1_2 | N/A | N/A |
| pc2_1 | Pc2_1 | WCS coordinate transformation matrix element 2_1 | N/A | N/A |
| pc2_2 | Pc2_2 | WCS coordinate transformation matrix element 2_2 | N/A | N/A |
| crota | Crota | Rotation angle | deg | N/A |
| solar_r | Solar_r | Estimated radius of the Sun | pixel | phys.size.radius;pos.heliocentric |
| r_error | R_error | Error on the estimated radius | pixel | stat.error;phys.size.radius;pos.heliocentric |
| crval1 | Crval1 | Value of reference pixel along axis 1 | arcsec | meta.ref;instr.pixel;stat.value |
| crval2 | Crval2 | Value of reference pixel along axis 2 | pixel | meta.ref;instr.pixel;stat.value |
| crpix1 | Crpix1 | Reference pixel location along axis 1 | pixel | meta.ref;instr.pixel |
| crpix2 | Crpix2 | Reference pixel location along axis 2 | pixel | meta.ref;instr.pixel |
| creator | Creator | Name of software that produced the FITS | N/A | meta.id;meta.software |
| vers_sw | Vers_sw | Version of software applied | N/A | meta.version;meta.software |
| contact | Contact | Contact person at the institution | N/A | meta.id |
| solar_b0 | Solar_b0 | Tilt of the solar North Pole | deg | N/A |
| solar_p0 | Solar_p0 | Celestial North to solar North angle | deg | N/A |
| doi | Doi | Digital Object Identifier | N/A | meta.ref.doi |
| checksum | Checksum | HDU checksum | N/A | meta.checksum |
| datasum | Datasum | data unit checksum | N/A | meta.unit;meta.checksum |
Columns that are parts of indices are marked like this.
VO nerds may sometimes need VOResource XML for this table.