SIA compliance report for Near-Earth Asteriod Tracking System Archive

Description:
! The NEAT/SkyMorph survey provides access to the archives of the Near Earth Asteroid Tracking (NEAT) project. NEAT is designed to look for potentially hazardous asteroids, i.e., those whose orbits cross the Earth's. Over 200,000 images are available in the NEAT archive. http://skys.gsfc.nasa.gov/skymorph/skymorph.htmlSkyMorph/a provides a Web interface to the NEAT images and allows users to select all images in which a given fixed or moving object is found. p Unlike most iSkyView/i surveys, the NEAT data are extremely irregular in their spatial distribution. iSkyView/i's algorithms for mosaicking images together to form large images are not adequate for the NEAT data, so mosaicking is surpressed. Only data within a single NEAT image will be displayed. The system attempts to find the most recent image within which has a offset in both RA and Dec of less than 0.8 degrees. If no such image is found, then an image with the minimum offset is returned, or the search may fail altogether if there are no nearby plates. The NEAT telescope uses an array of 4 CCDs. The backgrounds of the CCDs may differ significantly. p The NEAT survey covers approximately 30% of the sky. Extreme southern and low-Galactic latitude regions are unsurveyed. Coverage is otherwise particularly dense in the ecliptic plane. p NEAT data consists primarily of groups of three images taken with separations of 20 minutes and almost identical positions. i SkyView /i will normally return the last of a 'triplet'. The SkyMorph site can be used to display an overlay of triplets to look for targets which moved during the interval between images. p A catalog of objects detected in the NEAT/SkyMorph pages is accessible through the SkyMorph pages. 'Light-curves' from all images during which an object was in the NEAT field of view can also be generated. P The NEAT data values are in arbitrary density units. To enhance the display data are transformed such that all pixels below the median values are scaled linearly to values 0-20, while all pixels above the median are shifted (but not scaled) to values greater than 20. ]]
Completely compliant
Service URL


Metadata query: link to metadata query
Metadata query specificiation here

Input Parameter Required Present
Regular parameters:
POS MUST Yes
SIZE MUST Yes
INTERSECT MAY No
NAXIS MAY Yes
CFRAME MAY Yes
EQUINOX MAY Yes
CRPIX MAY No
CRVAL MAY No
CDELT MAY No
ROTANG MAY No
PROJ MAY Yes
FORMAT MUST Yes
Service specific parameters
INTERPOLATION MAY Yes
big MAY Yes
small MAY Yes


Data query: typical data query M31
Successful data query specificiation here


Field UCD Required Present Required
datatype
Actual
datatype
Regular fields:
VOX:Image_Title MUST Yes char char
INST_ID SHOULD No char
VOX:Image_MJDateObs SHOULD No double
POS_EQ_RA_MAIN MUST Yes double double
POS_EQ_DEC_MAIN MUST Yes double double
VOX:Image_Naxes MUST Yes int int
VOX:Image_Naxis MUST Yes int int
VOX:Image_Scale MUST Yes double double
VOX:Image_Format MUST Yes char char
VOX:STC_CoordRefFrame SHOULD No char
VOX:STC_CoordEquinox MAY No double
VOX:WCS_CoordProjection SHOULD No char
VOX:WCS_CoordRefPixel SHOULD No double
VOX:WCS_CoordRefValue SHOULD No double
VOX:WCS_CDMatrix SHOULD No double
VOX:BandPass_ID SHOULD No char
VOX:BandPass_Unit SHOULD No char
VOX:BandPass_RefValue SHOULD No double
VOX:BandPass_HiLimit SHOULD No double
VOX:BandPass_LoLimit SHOULD No double
VOX:Image_PixFlags SHOULD Yes char char
VOX:Image_AccessReference MUST Yes char char
Service specific fields:
VOX:LogicalName MAY YES char


Error Response: typical error response
(this is a clearly erroneous query which should return a VOTABLE error message)
Correct error response specificiation here