Nimg = 24 #number of images (int) img0_file = 10776_M82-POS4_F435W_drz.chip1 img1_file = j9l044gbq_F435W_flt.chip1 img2_file = j9l044gbq_F435W_flt.chip2 img3_file = j9l041fpq_F555W_flt.chip1 img4_file = j9l041fpq_F555W_flt.chip2 img5_file = j9l042fuq_F814W_flt.chip1 img6_file = j9l043g3q_F435W_flt.chip1 img7_file = j9l042fuq_F814W_flt.chip2 img8_file = j9l043g3q_F435W_flt.chip2 img9_file = j9l041fmq_F814W_flt.chip1 img10_file = j9l041fmq_F814W_flt.chip2 img11_file = j9l042fvq_F435W_flt.chip1 img12_file = j9l044gdq_F555W_flt.chip1 img13_file = j9l042fvq_F435W_flt.chip2 img14_file = j9l044gdq_F555W_flt.chip2 img15_file = j9l043g5q_F555W_flt.chip1 img16_file = j9l043g5q_F555W_flt.chip2 img17_file = j9l044gaq_F814W_flt.chip1 img18_file = j9l044gaq_F814W_flt.chip2 img19_file = j9l041fnq_F435W_flt.chip1 img20_file = j9l041fnq_F435W_flt.chip2 img21_file = j9l043g2q_F814W_flt.chip1 img22_file = j9l043g2q_F814W_flt.chip2 img23_file = j9l042fxq_F555W_flt.chip1 img24_file = j9l042fxq_F555W_flt.chip2 # img0_shift = 0 0 img1_shift = 61.1888855000002 1062.3754557 img2_shift = -24.1093375999999 -1015.5771 img3_shift = 51.1286906 1001.3888962 img4_shift = -34.1447923000001 -1076.5061269 img5_shift = 53.6791354000002 1002.9603687 img6_shift = 58.6389678999999 1060.8039062 img7_shift = -31.6006769999999 -1074.8221163 img8_shift = -26.6598798 -1017.148897 img9_shift = 51.1286906 1001.3888962 img10_shift = -34.1506558999999 -1076.39377 img11_shift = 53.6791354000002 1002.9603687 img12_shift = 61.1888855000002 1062.3754557 img13_shift = -31.6185392000002 -1074.992498 img14_shift = -24.0856184999998 -1015.5187451 img15_shift = 58.6389678999999 1060.8039062 img16_shift = -26.6361606 -1017.0905421 img17_shift = 61.1888855000002 1062.3754557 img18_shift = -24.0915340000001 -1015.4070048 img19_shift = 51.1285296000001 1001.3887041 img20_shift = -34.1684632000001 -1076.5641973 img21_shift = 58.6389678999999 1060.8039062 img22_shift = -26.6421862000002 -1016.9787093 img23_shift = 53.6791354000002 1002.9603687 img24_shift = -31.5947070000002 -1074.9342353 # img1_apsky = 15 25 img1_xform = 1 0 0 img2_apsky = 15 25 img2_xform = 1 0 0 img3_apsky = 15 25 img3_xform = 1 0 0 img4_apsky = 15 25 img4_xform = 1 0 0 img5_apsky = 15 25 img5_xform = 1 0 0 img6_apsky = 15 25 img6_xform = 1 0 0 img7_apsky = 15 25 img7_xform = 1 0 0 img8_apsky = 15 25 img8_xform = 1 0 0 img9_apsky = 15 25 img9_xform = 1 0 0 img10_apsky = 15 25 img10_xform = 1 0 0 img11_apsky = 15 25 img11_xform = 1 0 0 img12_apsky = 15 25 img12_xform = 1 0 0 img13_apsky = 15 25 img13_xform = 1 0 0 img14_apsky = 15 25 img14_xform = 1 0 0 img15_apsky = 15 25 img15_xform = 1 0 0 img16_apsky = 15 25 img16_xform = 1 0 0 img17_apsky = 15 25 img17_xform = 1 0 0 img18_apsky = 15 25 img18_xform = 1 0 0 img19_apsky = 15 25 img19_xform = 1 0 0 img20_apsky = 15 25 img20_xform = 1 0 0 img21_apsky = 15 25 img21_xform = 1 0 0 img22_apsky = 15 25 img22_xform = 1 0 0 img23_apsky = 15 25 img23_xform = 1 0 0 img24_apsky = 15 25 img24_xform = 1 0 0 # RAper = 10 #photometry apeture size (flt) PSFPhot = 1 #photometry type (int/0=aper,1=psf,2=wtd-psf) FitSky = 3 #fit sky? (int/0=no,1=yes,2=small,3=with-phot) RSky0 = 15 #inner sky radius (flt>=RAper+0.5) Rsky1 = 35 #outer sky radius (flt>=RSky0+1) SkipSky = 2 #spacing for sky measurement (int>0) SkySig = 2.25 #sigma clipping for sky (flt>=1) xytfile = #position file for warmstart (str) xytpsf = #reference PSF for image subtraction SecondPass = 1 #second pass finding stars (int 0=no,1=yes) SigFind = 3.0 #sigma detection threshold (flt) SigFindMult = 0.85 #Multiple for quick-and-dirty photometry (flt>0) SigFinal = 3.5 #sigma output threshold (flt) MaxIT = 25 #maximum iterations (int>0) NoiseMult = 0.10 #noise multiple in imgadd (flt) FSat = 0.999 #fraction of saturate limit (flt) ApCor = 1 #find/make aperture corrections? (int 0=no,1=yes) Force1 = 1 #force type 1/2 (stars)? (int 0=no,1=yes) Align = 2 #align images? (int 0=no,1=const,2=lin,3=cube) Rotate = 1 #allow cross terms in alignment? (int 0=no, 1=yes) RCentroid = 1 #centroid box size (int>0) PosStep = 0.1 #search step for position iterations (flt) dPosMax = 2.5 #maximum single-step in position iterations (flt) RCombine = 1.0 #minimum separation for two stars for cleaning (flt) RPSF = 10 #PSF size (int>0) SigPSF = 3.0 #min S/N for psf parameter fits (flt) PSFres = 1 #make PSF residual image? (int 0=no,1=yes) psfstars = #Coordinates of PSF stars psfoff = 0.0 #coordinate offset (PSF system - dolphot system) UseACS = 1 #ACS PSF library #FakeStars= #FakeMatch= #FakePSF=