# template for object finding for CFH12K, based on 0920C2_04 set iecho 1 set inoise 0 set iwd 10. set conthres .3333 set smsig 5 set imerad 2 set rwd 10. # iobjsm = 0: box smooth, 1: tapered box set iobjsm 1 # set up diffration spike parttern set dsc 5 15 5 set difang 0.00 #make wt average of R and z image # this template fixes the R and z images for bad columns # separately, rather than in the sum. This is good for images # with single column bad columns. #read and fix R image, and save as temptemp rdis 1 n2660av crbp 2 2048 3350 b 804 2635 804 3350 b 804 3154 963 3350 b 963 3154 981 3270 b 981 3154 1428 3155 r 3350 1 2048 rple 1 0 30000 # object finding for saturated stars # negative thresky to use global threshold, # larger sky aperture to make sure good sky determination set thresky -100 set iir 15 set ior 29 set adusat 29000 # satf : must have 2 blank lines at end satf 1 N6208sat N6208 sat stars 2 3 0 #set adusat ZZZZ +bldm 1 2 1 #smooth image, tapered box 3 #tsmo 1 #3 # set parameters for regular object finding set thresky 0.70 set iir 11 set ior 21 set adusat 30000 # object finding, must have two blank lines at end afim 1 N2660 NGC2660, sum3 (n1), 2 3 3 # for cosmic ray rejection, read in unsmoothed image again set rwd 7. rdis 1 n2660av rple 1 0 30000 rejc 1 # save final pos file # first apply an additional merging of close objects (merp) posf merp 1 save 1 N2660 N2660 aver 3 (n1) cr rej, nsm ths=0.75 q # remove the rejection position file #%\rm reject1.pos quit