MT Calibrated Objects

File Format: FITS binary table

Name: kaCalObj-ssssssss.fit, where ssssssss is the sequence number.

Produced by: kali

Used by: ps, fcalib

Size: 8.64 Kb per file, assuming < 46 stars were detected.

Archived? Yes

Description

Calibrated objects detected in the MT pipeline. Each file contains the object list for one MT sequence.

Primary Header




SIMPLE  =                    T
BITPIX  =                    8
NAXIS   =                    0
EXTEND  =                    T
VERSION = 'XXX     '           / Version of software used.
EXCAL_ID= 'XXX     '           / Excal pipeline run identifier.
KALI_ID = 'XXX     '           / Kali pipeline run identifier.
MTFRA_ID= 'XXX     '           / Mtframes pipeline run identifier.
TELESCOP= 'XXX     '           / Telescope with which data was obtained.
SEQID   =                  XXX / MT sequence number.

STDS_VER= 'XXX     '           / Version of MTSTDS used.
RA      =           XXX.XXXXXX / RA of MT field center (J2000, degrees)
DEC     =           XXX.XXXXXX / DEC of MT field center (J2000, degrees)
MJD     =                  XXX / MJD day number of night when data was obtained.
NAME    = 'XXX     '           / Name of target field
END

Object List Header

There is one HDU of this type. This contains the list of stars detected in this sequence. There is one entry for each star.



XTENSION= 'BINTABLE'          
BITPIX  =                    8
NAXIS   =                    2
NAXIS1  =                   88
NAXIS2  =                  XXX
PCOUNT  =                    0
GCOUNT  =                    1
TFIELDS =                    8

FILTERS = 'u g r i z'          / Filter order in array fields.

TFORM1  = '1J      '          
TTYPE1  = 'id      '           / Unique ID within a frame.
TFORM2  = '1D      '          
TTYPE2  = 'ra      '           / J2000 right ascension.
TUNIT2  = 'degrees '          
TFORM3  = '1E      '          
TTYPE3  = 'raErr   '           / J2000 right ascension. (error)
TUNIT3  = 'degrees '          
TFORM4  = '1D      '          
TTYPE4  = 'dec     '           / J2000 declination.
TUNIT4  = 'degrees '          
TFORM5  = '1E      '          
TTYPE5  = 'decErr  '           / J2000 declination. (error)
TUNIT5  = 'degrees '          
TFORM6  = '5E      '          
TTYPE6  = 'mag     '           / Calibrated magnitudes.
TUNIT6  = 'mag     '          
TFORM7  = '5E      '          
TTYPE7  = 'magErr  '           / Calibrated magnitudes. (error)
TUNIT7  = 'mag     '          
TFORM8  = '5J      '
TTYPE8  = 'saturated'          / 0=not saturated, 1=A/D converter saturation
COMMENT                        / 2=Full well saturation, A/D and full well