! convert.init
! ============
!
! Identification of shared memory (Dont touch at this !) 
!
TASK\INTEGER   "Data    shared memory identifier" DATA_SHMID$ DATA_SHMID
!
! General parameters (Dont touch at this !)
!
TASK\INTEGER   "Number of records"  NRECORD$     nrecord
TASK\INTEGER   "Number of subscans" NSUBSCAN$    nsubscan
TASK\INTEGER   "Selected scan number" SCAN_NUMBER$     scan
TASK\CHARACTER "Scan list "  SCAN_LIST$  'scan_list'
TASK\INTEGER   "Type of selected scan" SCAN_TYPE$     scan_type
TASK\INTEGER   "Number of available channels" NCHAN$     nchan
TASK\REAL      "Effective observing frequency" FREQUENCY$     frequency
!
! Convert parameters
!
TASK\CHARACTER "Name of the source" SNAM$     'source'
TASK\REAL      "Source lambda position (deg)" SLAM$   lambda
TASK\REAL      "Source beta position (deg)" SBET$     beta
TASK\REAL      "Source lambda offset (deg)" OLAM$   olam
TASK\REAL      "Source beta offset (deg)" OBET$     obet
TASK\REAL      "Epoch"  EPOCH$ epoch
TASK\REAL      "Offset start position in Azimuth (deg)"   OAZM$   oazm
TASK\REAL      "Offset start position in Elevation (deg)" OELV$   oelv
TASK\REAL      "Intersubscan spacing in Elevation (arcsec)" SINT$ sint
TASK\REAL      "Spacing in RA (arcsec)"              XINC_RADEC$ radec_cell[1]
TASK\REAL      "Spacing in Declinaison (arcsec)"     YINC_RADEC$ radec_cell[2] 
!
TASK\REAL      "Latitude"  SITE_LATITUDE$     site_latitude
TASK\REAL      "RA  extent of the RA-DEC map (arcmin)"  RA_EXTENT$  ra_extent
TASK\REAL      "DEC extent of the RA-DEC map (arcmin)"  DEC_EXTENT$ dec_extent 
TASK\INTEGER   "Taper (Parabolic=0, Gaussian=1, Linear=2)" FUNCTION$ taper
TASK\REAL      "Cutoff weight (fraction of maximum weight)" CUTOFF$ cutoff
TASK\CHARACTER "input file type (ekh or saa)" TYPE$ 'cnv_type'
TASK\CHARACTER "Name of the telescope" TELESCOPE$     'telescope'
TASK\INTEGER   "Reference channel" REF_CHAN$ ref_chan
TASK\INTEGER   "Field rotation (+1, -1, 0)" FIELD_ROTATION$ field_rotation
TASK\GO