- Timestamp:
- 04/26/07 14:27:25 (18 years ago)
- Location:
- trunk/doc
- Files:
-
- 1 deleted
- 2 edited
Legend:
- Unmodified
- Added
- Removed
-
trunk/doc/SConscript
r1259 r1347 4 4 Import( "env") 5 5 myenv = env.Copy() 6 # Maybe someday I can use env.DVI() to execute a re-run.... 6 7 7 if myenv["makedoc"].lower() == 'pdf': 8 dvif = myenv.File("#/userguide.dvi") 9 tmps = [ "userguide.aux", "userguide.log", "userguide.idx", "userguide.dvi"] 10 myenv.Command(dvif,"userguide.tex", 11 ["$LATEX $SOURCE", "$LATEX $SOURCE"]) 12 pdfit = myenv.PDF("#/userguide.pdf", "#/userguide.dvi") 13 myenv.Install("#/doc", pdfit) 14 for f in tmps: 15 myenv.AddPostAction(pdfit, Delete(f)) 16 myenv.AddPostAction(pdfit, Move("doc/userguide.pdf", str(pdfit[0]))) 8 dvif = myenv.File("userguide.tex") 9 pdf = env.PDF(dvif) 17 10 elif myenv["makedoc"].lower() == 'html': 18 11 if os.path.exists("/usr/bin/latex2html"): 19 12 myenv.Command("userguide","userguide.tex", 20 13 "/usr/bin/latex2html -local_icons $TARGET" ) 21 #Return() -
trunk/doc/userguide.tex
r1344 r1347 649 649 have a trailing ``\_R'' in the source name for data from Parkes and 650 650 Mopra, and a trailing ``e'' or ``w'' for data from Tidbinbilla. 651 This functions has two \cmd{mode}s. \cmd{paired} (the deafault), which assumes matching652 adjacent pairs of source/reference scans and \cmd{time}, which finds the closest 653 reference scan in time.651 This functions has two \cmd{mode}s. \cmd{paired} (the deafault), which assumes 652 matching adjacent pairs of source/reference scans and \cmd{time}, which finds 653 the closest reference scan in time. 654 654 655 655 \begin{verbatim} … … 875 875 876 876 Gain-elevation curves for some telescopes and frequencies are known to 877 ASAP (currently only for Tidbinbilla at 20~GHz ). In these cases878 making gain-corrections is simple. If the gain curve for your data is 879 not known, the user can supply either a gain polynomial or text file877 ASAP (currently only for Tidbinbilla at 20~GHz and Parkes at K-band). 878 In these cases making gain-corrections is simple. If the gain curve for your 879 data is not known, the user can supply either a gain polynomial or text file 880 880 tabulating gain factors at a range of elevations (see \cmd{help 881 881 scantable.gain\_el}). … … 1927 1927 limitations. The data is position switched, observing first an 1928 1928 reference to the west, then the source twice and finally reference to 1929 the east. 1929 the east. Important to note, that \cmd{auto\_quotient} should be executed 1930 using the \cmd{mode} `time'. 1930 1931 1931 1932 \begin{verbatim} … … 1936 1937 1937 1938 # Make the quotient spectra 1938 q = d.auto_quotient( )1939 q = d.auto_quotient(mode='time') 1939 1940 print q 1940 1941
Note:
See TracChangeset
for help on using the changeset viewer.