Postage Stamp Pipeline Plan

File Format: FTCL parameter file

Name: psPlan.par

Produced by: psPre

Used by: ps

Size: < 10 Kb

Archived? Yes

Description

Processing plan to control the postage stamp pipeline. Each plan targets the data from one column in the Imaging Array for one imaging run.

Contents


parameters          'XXX'               # Tunable parameters file (if any)
parametersDir 	    'XXX'               # Directory containing the 'parameters'
                                        # file

run                 XXX                 # Imaging run number. 
camCol              XXX                 # Column in the imaging camera. 
startField          XXX                 # Start pipeline with this field. 
endField            XXX                 # Stop pipeline with this field  
                                        # (inclusive). 
startRun	    XXX			# First field in the observing run
endRun		    XXX			# Last field in the observing run

# Processing Parameters
diagnostics         1                   # if > 0, do create a file with
                                        #   diagnostic output from each field
diagFile            psDiag              # prefix of the file into which 
                                        #   diagnostic output will be placed.
                                        #   Name includes run, camCol. Ex:
                                        #       psDiag-0000505-1.par
                                        # NB: this parameter must exist, even
                                        #   if "diagnostics" is set to 0!!!

filterlist          u g r i z           # filters to include when processing
nfilters            5                   # number of filters with data in fang
stampsize           45                  # size on a side of postage stamps
refcolor            r
ccdrow_r            1
ccdrow_i            2
ccdrow_u            3
ccdrow_z            4
ccdrow_g            5
ccdrow_o            6
ccdrow_l            7
ccdrow_t            8
ccdrow_s            9

# default calibration is here (last good output from psp)
ctFileDir           'XXX'
ctFile              'XXX'

# the fangs, output of SSC line may be found here
fangDir 	    'XXX'

# astrometric trans's for this run
transFileDir 	    'XXX'
transFile	    'XXX'

# monitor telescope photoms 
photomFileDir	    'XXX'
photomFile 	    'XXX'

# monitor telescope secondary patches are here
mtPatchFormat       kaCalObj-%08d.fit
mtPatches	    {seq directory} {seq directory} ...

# directory for col bias frames, named idB-000581-rc.fit
biasDir		    'XXX'

# CCD configuration files
configDir           'XXX'		# directory for ccd calibration files
ccdConfig           'XXX'               # amplifier configuration
ccdECalib           'XXX'               # electronic calibrations
ccdBC               'XXX'               # bad pixels

# put the corrected FANGs here
outputFangDir      'XXX'

# put other output (corrected images, atlas images, OBJC catalogs, logs) here:
outputDir 	    'XXX'

# the remaining parameters are all optional
verbose             1                   # verbose > 0 means print a lot
					#   (optional)
display             0                   # display > 0 means show various
                                        #   images as the pipeline progresses,
                                        #   waiting for user input after 
                                        #   displaying each one
					#   (optional)

# the following flags control saoimage display (optional)
display_raw	      0    # show the raw PSF stamps
display_psf	      0    # show the corrected PSF stamps (2 for rejects)
display_PSFstars      0    # show good and clipped PSF stars
display_average_psf   0    # display the average of PS stars
display_wing          0    # display corrected wing stamps
display_symmetry      0    # display residual after subtracting symmetric image
display_flat	      0    # display flatfield (>1 for the smoothed flat-field vector)

# the following flags control pgplot display (optional)
display_bias          0    # plot bias 
display_clipping      0    # plots of (sigma1,sigma2) and (Q,U) for good stars 
                           # for >1 produces hard copies in outdir
			   # (psPlotsQU*.ps)
display_rejection     0    # display rejection statistics for all frames 
                           # for >1 produces hard copies in outdir
			   # (psPlotsRejecStats*.ps)
display_profiles      0    # display stars' CELL_PROFs 
                           # for >1 produces hard copies in outdir
			   # (psPlotsCellProf*.ps)
display_summary       0    # graphs at the end (also written to psPlots*.ps)