% @(#)reducepisc.hlq 17.1.1.1 (ESO-IPG) 01/25/02 17:55:18 %++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ %.COPYRIGHT (c) 1990 European Southern Observatory %.IDENT reducepisc.hlq %.AUTHOR MP, IPG/ESO %.KEYWORDS MIDAS, help files, REDUCE/PISCO %.PURPOSE On-line help file for the command: REDUCE/PISCO %.VERSION 1.0 24-SEP-1991 : Creation, MP %.VERSION 1.1 29-SEP-1992 : Update, KB %---------------------------------------------------------------- \se SECTION./PISC \es\co REDUCE/PISCO 24-SEP-1991 OS,MS \oc\su REDUCE/PISCO catalog table sky calibration [mode] perform complete reduction of polarimetric data \us\pu Purpose: Perform complete reduction of polarimetric data obtained at La Silla with PISCO \up\sy Syntax: REDUCE/PISCO catalog table sky calibration [mode] \ys\pa catalog = input catalog of data files to be reduced \ap\pa table = output table \ap\pa sky = input sky (or dark) measurement file \ap\pa calibration = input calibration file \ap\pa mode = 1, 2 or 3: \\ 1: X and Y channel are reduced separately \\ 2: X and Y channel are reduced together \\ 3: X and Y channel are reduced separately as well as together \ap\sa See also: CREATE/TABLE, EXTRACT/LINE, COMPUTE/IMAGE, FFT/...\\ MIDAS User Manual - Volume B \as\no Note: The data format must conform to the one described in the 1989 March version of ESO Operating Manual No. 13 (PISCO). The format of old PISCO data may have to be adapted. \\ A description of the command and the format of measurement files and output table is given in Appendix F of Volume B of the MIDAS User Manual. \\ All data frames, including sky measurements, must have the double precision descriptor O_TIME set with element 7 (exposure time) not being zero. \on\exs Examples: \ex REDUCE/PISCO incat outtab sky calib 3 This would process all files withe entries in the image catalog `incat.cat' taking the file `sky.bdf' as sky measurement and calibrate with frame `calib.bdf'. The X and Y channels will be reduced separately as well as together. Results are stored in table `outtab.tbl'. \xe \sxe