######################################################################## # # NASA/IPAC EXTRAGALACTIC DATABASE # Batch Job Template For Search by Parameters # Version Date: 5 September 2008 # # Blank lines or those beginning with a pound sign `#' are ignored. # # PLEASE BE SURE THAT YOUR FILE CONTAINS ONLY FLAT (7-BIT) ASCII # CHARACTERS, HAS NO MORE THAN 72 CHARACTERS PER LINE, HAS NO # EMAIL ATTACHMENTS, IS NOT AN HTML-FORMATTED FILE, AND HAS NO # MORE THAN 3000 INPUT REQUESTS. ALSO, BE SURE YOUR EMAIL # SUBMISSION INCLUDES A SUBJECT LINE "NED Batch Form". # # When your request file is ready, mail it to # # >>>>>>>> nedbatch@ipac.caltech.edu <<<<<<<< # # Batch jobs are normally run every fifteen minutes. Thus, you may # usually retrieve your results via FTP within half an hour of # submitting your job. During times of heavy usage, large batch jobs # may take longer to run. In any case, NED will send you a notice via # email when your job has run and is ready to be retrieved. ######################################################################## # # Set Output File Name and Format # # Replace the x's on the next line with an OUTPUT FILENAME of your # choosing. OUTPUT_FILENAME xxxxxx # Choose an output format: `standard' (default), `compact', `compact_2' OUTPUT_OPTION standard # Choose a compression method: `compress', `gzip', `none' (default) COMPRESS_OPTION none ######################################################################## # # Set Global Environment # # These values are used for all applicable searches unless reset in this # section. # Choose from the following four coordinate systems: # `equatorial', `galactic', `ecliptic', `super_galactic' INPUT_COORDINATE_SYSTEM equatorial OUTPUT_COORDINATE_SYSTEM equatorial # Select any EQUINOX between the years 1500 and 2500, with `J' or `B' # prefix. INPUT_EQUINOX J2000.0 OUTPUT_EQUINOX J2000.0 # Specify field used in output sorting, choosing one of the two: # `RA_or_Longitude' or `DEC_or_Latitude' OUTPUT_SORTED_BY RA_or_Longitude # Supply the velocity (km/s) value above which dimensionless z is # displayed REDSHIFT_VELOCITY 10000.0 ######################################################################## # # Search by Parameters # # This form allows you to search for objects in NED by parameters. # # Specify any combination of constraints on the following parameters: # (1) Position in Equatorial Coordinates in the J2000 system, # (2) Position in Galactic Coordinates, # (3) Redshift in a Heliocentric frame of reference, # (4) Type of Object (QSO, galaxy, radio source, etc), # (5) Name Prefix. # Any of the parameters above may be constrained or bypassed. # Constraints may be combined with AND operators. # Copy this entire PARAMETER block for multiple searches. FIND_OBJECTS_BY_PARAMETERS #----------------------------------------------------------------------- # Constrain by J2000.0 Equatorial Coordinates # # Remove the leading `#' and spaces and replace `ra1,2' and `dec1,2' # with your desired values. Use either `DEC_between' OR # `DEC_not_between', not both. # RA_between ra1, ra2 # DEC_between dec1, dec2 # DEC_not_between dec1, dec2 #----------------------------------------------------------------------- # Constrain by Galactic Coordinates # # Remove the leading `#' and spaces and replace `glon1,2' and `glat1,2' # with your desired values. Use either `GLAT_between' OR # `GLAT_not_between', not both. # GLON_between glon1, glon2 # GLAT_between glat1, glat2 # GLAT_not_between glat1, glat2 #----------------------------------------------------------------------- # Constrain by Redshift # Choices: # REDSHIFT Unconstrained # REDSHIFT Available # REDSHIFT Unavailable # REDSHIFT Larger_than x # REDSHIFT Less_than x # REDSHIFT Between x, y # REDSHIFT Not_between x, y REDSHIFT Unconstrained # Now select a UNIT for the lower and upper limits x and y: # UNIT z # UNIT km/s UNIT z #----------------------------------------------------------------------- # Constrain by Object Type # Choices: # INCLUDE: INCLUDE objects with ANY object types marked by `X' # or # INCLUDE ALL: INCLUDE objects with ALL object types marked by `X' # and # EXCLUDE: EXCLUDE objects with ANY object types marked by `X' # # Replace `_' by `X' or `x' to mark the object types to be included # or excluded. If none is marked, there is no constraint on object # type. INCLUDE # INCLUDE ALL Galaxies _ GClusters _ Supernovae _ QSO _ AbsLineSys _ GravLens _ Radio _ Infrared _ EmissnLine _ UVExcess _ Xray _ GammaRay _ GPairs _ GTriples _ GGroups _ END_INCLUDE EXCLUDE Galaxies _ GClusters _ Supernovae _ QSO _ AbsLineSys _ GravLens _ Radio _ Infrared _ EmissnLine _ UVExcess _ Xray _ GammaRay _ GPairs _ GTriples _ GGroups _ END_EXCLUDE #----------------------------------------------------------------------- # Constrain by Name Prefix # Choices: # Put name prefixes (e.g. `UGC', `IRAS', `87GB') between the PREFIX # or PREFIX ALL and END_PREFIX lines. One prefix per line please. # # PREFIX: Objects with ANY of the prefixes provided. # PREFIX ALL: Objects with ALL of the prefixes provided. # You may see the current list of available name prefixes during # an interactive NED session. #PREFIX PREFIX ALL END_PREFIX #----------------------------------------------------------------------- END_OF_DATA ######################################################################## END_OF_REQUESTS