Here I compile I few notes on installing ubcone and testing that the code runs properly.
Source and compile notes: /home/mcs/sco/codes/c/ubcone/ Basic install: A new ubcone 64-bit version now seems to work! cd $supbin cp $LMSRC/ubcone/SAVE/UBC.1.5b.tgz . ON MCS: cd /home/mcs/sco/codes/c/ubcone/ gunzip UBC.1.5b.tgz tar xvf UBC.1.5b.tar rm UBC.1.5b.tar cd UBCone1.5b ln -s Makefile.ubcone.linux Makefile make clean make all To test the ubcone, see run script and sample output file in: /home/mcs/sco/codes/c/ubcone/Tests/test1 The USNB B2.0 catalog was lost from /data1 in Nov2011 Leo has recovered it with a USB copy I made some time in the past (not sure when). The system variable we need from banzia now: # Define path to USNO catalog setenv USNOBDIR /usno/usnob I constructed the script here to make future quick tests possible. The file I made Dec06 is called: Tmp_usnob.asc_Dec06_2011 The run script (RUN_TEST1) to make the test: # # Test the USNO catalog # Test against the file run on banzai Dec6,2011 # ubcone -Z S -O Tmp -F B -p 80.0 -s 0.2 -L B2 -I 3.0 -i 9.0 echo " " echo " " echo " " echo " " echo "The new test file (Tmp_usnob.asc) is constructed" echo " " echo "Here is the diff with the standard: Tmp_usnob.asc_Dec06_2011" echo " " diff Tmp_usnob.asc Tmp_usnob.asc_Dec06_2011Another useful example is running ubcone in a declination strip:
Example of DEC strip query: ../ubcone -Z S -O Tmp -F B -p 80.0 -s 0.2 -L B2 -I 3.0 -i 9.0 -F B = region is a dec band -p 80 = center DEC of the dec band -s 0.2 = dec width of dec band is 0.2 degrees -L B2 = use the B2 mags for magnitude limits specs -I 3.0 = bright limit for objects -i 9.0 = faint limit for objects