.idlwave_catalog

basic median filter simulation

   ("ftcreate" pro nil (lib "ftcreate.pro" nil "Astrolib") "%s, MAXCOLS, MAXROWS, H, TAB" (nil))
   ("ftdelcol" pro nil (lib "ftdelcol.pro" nil "Astrolib") "%s, h, tab, name" (nil))
   ("ftdelrow" pro nil (lib "ftdelrow.pro" nil "Astrolib") "%s, h, tab, rows" (nil))
   ("ftget" fun nil (lib "ftget.pro" nil "Astrolib") "Result = %s(hdr_or_ftstr, tab, field, rows, nulls)" (nil))
   ("fthelp" pro nil (lib "fthelp.pro" nil "Astrolib") "%s, h" (nil ("TEXTOUT")))
   ("fthmod" pro nil (lib "fthmod.pro" nil "Astrolib") "%s, h, field, parameter, value" (nil))
   ("ftinfo" pro nil (lib "ftinfo.pro" nil "Astrolib") "%s, h, ft_str" (nil ("Count")))
   ("ftkeeprow" pro nil (lib "ftkeeprow.pro" nil "Astrolib") "%s, h, tab, subs" (nil))
   ("ftprint" pro nil (lib "ftprint.pro" nil "Astrolib") "%s, h, tab, columns, rows" (nil ("textout")))
   ("ftput" pro nil (lib "ftput.pro" nil "Astrolib") "%s, h, tab, field, row, values, nulls" (nil))
   ("ftsize" pro nil (lib "ftsize.pro" nil "Astrolib") "%s, h, tab, ncols, nrows, tfields, ncols_all, nrows_all" (nil ("ERRMSG")))
   ("ftsort" pro nil (lib "ftsort.pro" nil "Astrolib") "%s, h, tab, hnew, tabnew, field" (nil ("reverse")))
   ("tbdelcol" pro nil (lib "tbdelcol.pro" nil "Astrolib") "%s, h, tab, name" (nil))
   ("tbdelrow" pro nil (lib "tbdelrow.pro" nil "Astrolib") "%s, h, tab, rows" (nil))
   ("tbget" fun nil (lib "tbget.pro" nil "Astrolib") "Result = %s(hdr_or_tbstr, tab, field, rows, nulls)" (nil ("CONTINUE") ("NOSCALE")))
   ("tbhelp" pro nil (lib "tbhelp.pro" nil "Astrolib") "%s, h" (nil ("TEXTOUT")))
   ("tbinfo" pro nil (lib "tbinfo.pro" nil "Astrolib") "%s, h, tb_str" (nil ("errmsg") ("NOSCALE")))
   ("tbprint" pro nil (lib "tbprint.pro" nil "Astrolib") "%s, hdr_or_tbstr, tab, columns, rows" (nil ("fmt") ("textout")))
   ("tbsize" pro nil (lib "tbsize.pro" nil "Astrolib") "%s, h, tab, ncols, nrows, tfields, ncols_all, nrows_all" (nil))
   ("writefits" pro nil (lib "writefits.pro" nil "Astrolib") "%s, filename, data, header, heap" (nil ("Append") ("CheckSum") ("compress") ("NaNValue")))
   ("aper" pro nil (lib "aper.pro" nil "Astrolib") "%s, image, xc, yc, mags, errap, sky, skyerr, phpadu, apr, skyrad, badpix" (nil ("CLIPSIG") ("CONVERGE_NUM") ("EXACT") ("FLUX") ("MAXITER") ("MEANBACK") ("Nan") ("PRINT") ("READNOISE") ("SETSKYVAL") ("SILENT")))
   ("cntrd" pro nil (lib "cntrd.pro" nil "Astrolib") "%s, img, x, y, xcen, ycen, fwhm" (nil ("DEBUG") ("EXTENDBOX") ("KeepCenter") ("SILENT")))
   ("daoerf" pro nil (lib "daoerf.pro" nil "Astrolib") "%s, x, y, a, f, pder" (nil))
   ("DAO_VALUE" fun nil (lib "dao_value.pro" nil "Astrolib") "Result = %s(XX, YY, GAUSS, PSF, DVDX, DVDY)" (nil))
   ("find" pro nil (lib "find.pro" nil "Astrolib") "%s, image, x, y, flux, sharp, roundness, hmin, fwhm, roundlim, sharplim" (nil ("MONITOR") ("PRINT") ("SILENT")))
   ("gcntrd" pro nil (lib "gcntrd.pro" nil "Astrolib") "%s, img, x, y, xcen, ycen, fwhm" (nil ("DEBUG") ("keepcenter") ("maxgood") ("SILENT")))
   ("getpsf" pro nil (lib "getpsf.pro" nil "Astrolib") "%s, image, xc, yc, apmag, sky, ronois, phpadu, gauss, psf, idpsf, psfrad, fitrad, psfname" (nil ("DEBUG")))
   ("GROUP" pro nil (lib "group.pro" nil "Astrolib") "%s, X, Y, RCRIT, NGROUP" (nil))
   ("mmm" pro nil (lib "mmm.pro" nil "Astrolib") "%s, sky_vector, skymod, sigma, skew" (nil ("DEBUG") ("HIGHBAD") ("INTEGER") ("Nsky") ("ReadNoise") ("SILENT")))
   ("nstar" pro nil (lib "nstar.pro" nil "Astrolib") "%s, image, id, xc, yc, mags, sky, group, phpadu, readns, psfname, errmag, iter, chisq, peak" (nil ("DEBUG") ("PRINT") ("SILENT") ("VARSKY")))
   ("Arc" fun nil (lib "pixwt.pro" nil "Astrolib") "Result = %s(x, y0, y1, r)" (nil))
   ("Chord" fun nil (lib "pixwt.pro" nil "Astrolib") "Result = %s(x, y0, y1)" (nil))
   ("Oneside" fun nil (lib "pixwt.pro" nil "Astrolib") "Result = %s(x, y0, y1, r)" (nil))
   ("Intarea" fun nil (lib "pixwt.pro" nil "Astrolib") "Result = %s(xc, yc, r, x0, x1, y0, y1)" (nil))
   ("Pixwt" fun nil (lib "pixwt.pro" nil "Astrolib") "Result = %s(xc, yc, r, x, y)" (nil))
   ("pkfit" pro nil (lib "pkfit.pro" nil "Astrolib") "%s, f, scale, x, y, sky, radius, ronois, phpadu, gauss, psf, errmag, chi, sharp, niter" (nil ("DEBUG")))
   ("rdpsf" pro nil (lib "rdpsf.pro" nil "Astrolib") "%s, psf, hpsf, psfname" (nil))
   ("sky" pro nil (lib "sky.pro" nil "Astrolib") "%s, image, skymode, skysig" (nil ("_EXTRA") ("CIRCLERAD") ("MEANBACK") ("NAN") ("SILENT")))
   ("srcor" pro nil (lib "srcor.pro" nil "Astrolib") "%s, x1in, y1in, x2in, y2in, dcr, ind1, ind2" (nil ("magnitude") ("option") ("silent") ("spherical")))
   ("substar" pro nil (lib "substar.pro" nil "Astrolib") "%s, image, x, y, mag, id, psfname" (nil ("VERBOSE")))
   ("t_aper" pro nil (lib "t_aper.pro" nil "Astrolib") "%s, image, fitsfile, apr, skyrad, badpix" (nil ("EXACT") ("NEWTABLE") ("PRINT") ("SETSKYVAL") ("SILENT")))
   ("t_find" pro nil (lib "t_find.pro" nil "Astrolib") "%s, image, im_hdr, fitsfile, hmin, fwhm, sharplim, roundlim" (nil ("PRINT") ("SILENT")))
   ("t_getpsf" pro nil (lib "t_getpsf.pro" nil "Astrolib") "%s, image, fitsfile, idpsf, psfrad, fitrad, psfname" (nil ("DEBUG") ("NEWTABLE")))
   ("t_group" pro nil (lib "t_group.pro" nil "Astrolib") "%s, fitsfile, rmax" (nil ("NEWTABLE") ("xpar") ("ypar")))
   ("t_nstar" pro nil (lib "t_nstar.pro" nil "Astrolib") "%s, image, fitsfile, psfname, groupsel" (nil ("DEBUG") ("NEWTABLE") ("PRINT") ("SILENT") ("VARSKY")))
   ("t_substar" pro nil (lib "t_substar.pro" nil "Astrolib") "%s, image, fitsfile, id, psfname" (nil ("NOPSF") ("VERBOSE")))
   ("boxave" fun nil (lib "boxave.pro" nil "Astrolib") "Result = %s(array, xsize, ysize)" (nil))
   ("convolve" fun nil (lib "convolve.pro" nil "Astrolib") "Result = %s(image, psf)" (nil ("AUTO_CORRELATION") ("CORRELATE") ("FT_IMAGE") ("FT_PSF") ("NO_FT")))
   ("correl_images" fun nil (lib "correl_images.pro" nil "Astrolib") "Result = %s(image_A, image_B)" (nil ("MAGNIFICATION") ("MONITOR") ("NUMPIX") ("REDUCTION") ("XOFFSET_B") ("XSHIFT") ("YOFFSET_B") ("YSHIFT")))
   ("correl_optimize" pro nil (lib "correl_optimize.pro" nil "Astrolib") "%s, image_A, image_B, xoffset_optimum, yoffset_optimum" (nil ("MAGNIFICATION") ("MONITOR") ("NUMPIX") ("PLATEAU_TRESH") ("PRINT") ("XOFF_INIT") ("YOFF_INIT")))
   ("corrmat_analyze" pro nil (lib "corrmat_analyze.pro" nil "Astrolib") "%s, correl_mat, xoffset_optimum, yoffset_optimum, max_corr, edge, plateau" (nil ("MAGNIFICATION") ("PLATEAU_THRESH") ("PRINT") ("REDUCTION") ("XOFF_INIT") ("YOFF_INIT")))
   ("cr_reject" pro nil (lib "cr_reject.pro" nil "Astrolib") "%s, input_cube, rd_noise_dn, dark_dn, gain, mult_noise, combined_image, combined_noise, combined_npix" (nil ("BIAS") ("DFACTOR") ("DILATION") ("EXPTIME") ("INIT_MEAN") ("INIT_MED") ("INIT_MIN") ("INPUT_MASK") ("MASK_CUBE") ("MEAN_LOOP") ("MEDIAN_LOOP") ("MINIMUM_LOOP") ("NOCLEARMASK") ("NOISE_CUBE") ("NOSKYADJUST") ("NSIG") ("NULL_VALUE") ("RESTORE_SKY") ("SKYBOX") ("SKYVALS") ("TRACKING_SET") ("VERBOSE") ("WEIGHTING") ("XMEDSKY")))
   ("dist_circle" pro nil (lib "dist_circle.pro" nil "Astrolib") "%s, im, n, xcen, ycen" (nil ("DOUBLE")))
   ("dist_ellipse" pro nil (lib "dist_ellipse.pro" nil "Astrolib") "%s, im, n, xc, yc, ratio, pos_ang" (nil ("DOUBLE")))
   ("filter_image" fun nil (lib "filter_image.pro" nil "Astrolib") "Result = %s(image)" (nil ("ALL_PIXELS") ("FWHM_GAUSSIAN") ("ITERATE_SMOOTH") ("MEDIAN") ("NO_FT_CONVOL") ("PSF") ("SMOOTH")))
   ("frebin" fun nil (lib "frebin.pro" nil "Astrolib") "Result = %s(image, nsout, nlout)" (nil ("total")))
   ("imlist" pro nil (lib "imlist.pro" nil "Astrolib") "%s, image, xc, yc" (nil ("DESCRIP") ("DX") ("DY") ("OFFSET") ("TEXTOUT") ("WIDTH")))
   ("max_entropy" pro nil (lib "max_entropy.pro" nil "Astrolib") "%s, data, psf, deconv, multipliers" (nil ("FT_PSF") ("LINEAR") ("LOGMIN") ("NO_FT") ("RE_CONVOL_IMAGE")))
   ("Max_Likelihood" pro nil (lib "max_likelihood.pro" nil "Astrolib") "%s, data, psf, deconv, Re_conv" (nil ("FT_PSF") ("GAUSSIAN") ("NO_FT") ("POSITIVITY_EPS") ("UNDERFLOW_ZERO")))
   ("medarr" pro nil (lib "medarr.pro" nil "Astrolib") "%s, inarr, outarr, mask, output_mask" (nil))
   ("positivity" fun nil (lib "positivity.pro" nil "Astrolib") "Result = %s(x)" (nil ("DERIVATIVE") ("EPSILON")))
   ("psf_gaussian" fun nil (lib "psf_gaussian.pro" nil "Astrolib") "Result = %s(parameters)" (nil ("CENTROID") ("DOUBLE") ("FWHM") ("NDIMENSION") ("NORMALIZE") ("NPIXEL") ("ST_DEV") ("XY_CORREL")))
   ("RINTER" fun nil (lib "rinter.pro" nil "Astrolib") "Result = %s(P, X, Y, DFDX, DFDY)" (nil ("INITIALIZE")))
   ("sigma_filter" fun nil (lib "sigma_filter.pro" nil "Astrolib") "Result = %s(image, box_width)" (nil ("ALL_PIXELS") ("DEVIATION_IMAGE") ("ITERATE") ("KEEP_OUTLIERS") ("MONITOR") ("N_CHANGE") ("N_SIGMA") ("RADIUS") ("VARIANCE_IMAGE")))
   ("EXTRAP" pro nil (lib "skyadj_cube.pro" nil "Astrolib") "%s, Deg, X, Y, Y2" (nil ("LIMS")))
   ("SKYADJ_CUBE" pro nil (lib "skyadj_cube.pro" nil "Astrolib") "%s, Datacube, Skyvals, Totsky" (nil ("EDEGREE") ("EXTRAPR") ("INPUT_MASK") ("NOEDIT") ("REGION") ("SELECT") ("VERBOSE") ("XMEDSKY")))
   ("XMEDSKY" pro nil (lib "xmedsky.pro" nil "Astrolib") "%s, Image, Bkg" (nil ("CLIP") ("Nsig")))
   ("spc" fun nil (lib "factor.pro" nil "Astrolib") "Result = %s(n, text)" (nil ("character") ("help") ("notrim")))
   ("print_fact" pro nil (lib "factor.pro" nil "Astrolib") "%s, p, n" (nil ("help")))
   ("factor" pro nil (lib "factor.pro" nil "Astrolib") "%s, x, p, n" (nil ("debug") ("help") ("quiet") ("try")))
   ("GETWRD" fun nil (lib "getwrd.pro" nil "Astrolib") "Result = %s(TXTSTR, NTH, MTH)" (nil ("delimiter") ("help") ("last") ("location") ("notrim") ("nwords")))
   ("isarray" fun nil (lib "isarray.pro" nil "Astrolib") "Result = %s(a)" (nil ("help")))
   ("POLREC" pro nil (lib "polrec.pro" nil "Astrolib") "%s, R, A, X, Y" (nil ("degrees") ("help")))
   ("prime" fun nil (lib "prime.pro" nil "Astrolib") "Result = %s(n)" (nil ("help")))
   ("recpol" pro nil (lib "recpol.pro" nil "Astrolib") "%s, x, y, r, a" (nil ("degrees") ("help")))
   ("randomdir" fun nil (lib "randomdir.pro" nil "Astrolib") "Result = %s(seed, alpha, nrand)" (nil))
   ("REPCHR" fun nil (lib "repchr.pro" nil "Astrolib") "Result = %s(OLD, C1, C2)" (nil ("help")))
   ("sphdist" fun nil (lib "sphdist.pro" nil "Astrolib") "Result = %s(long1, lat1, long2, lat2)" (nil ("degrees") ("help")))
   ("ymd2dn" fun nil (lib "ymd2dn.pro" nil "Astrolib") "Result = %s(yr, m, d)" (nil ("help")))
   ("asinh" fun nil (lib "asinh.pro" nil "Astrolib") "Result = %s(x)" (nil))
   ("AVG" fun nil (lib "avg.pro" nil "Astrolib") "Result = %s(ARRAY, DIMENSION)" (nil ("DOUBLE") ("NAN")))
   ("cic" fun nil (lib "cic.pro" nil "Astrolib") "Result = %s(value, posx, nx, posy, ny, posz, nz)" (nil ("AVERAGE") ("ISOLATED") ("NO_MESSAGE") ("WRAPAROUND")))
   ("cspline" fun nil (lib "cspline.pro" nil "Astrolib") "Result = %s(xx, yy, tt)" (nil ("Deriv")))
   ("chisq_fitexy" fun nil (lib "fitexy.pro" nil "Astrolib") "Result = %s(B_angle)" (nil))
   ("fitexy" pro nil (lib "fitexy.pro" nil "Astrolib") "%s, x, y, A_intercept, B_slope, sigma_A_B, chi_sq, q" (nil ("TOLERANCE") ("X_SIGMA") ("Y_SIGMA")))
   ("flegendre" fun nil (lib "flegendre.pro" nil "Astrolib") "Result = %s(x, m)" (nil))
   ("gaussian" fun nil (lib "gaussian.pro" nil "Astrolib") "Result = %s(xi, parms, pderiv)" (nil ("DOUBLE")))
   ("hermite" fun nil (lib "hermite.pro" nil "Astrolib") "Result = %s(xx, ff, x)" (nil ("FDERIV")))
   ("ksone" pro nil (lib "ksone.pro" nil "Astrolib") "%s, data, func_name, d, prob" (nil ("_EXTRA") ("PLOT")))
   ("kstwo" pro nil (lib "kstwo.pro" nil "Astrolib") "%s, data1, data2, D, prob" (nil))
   ("kuiperone" pro nil (lib "kuiperone.pro" nil "Astrolib") "%s, data, func_name, d, prob" (nil ("_EXTRA") ("PLOT")))
   ("kuipertwo" pro nil (lib "kuipertwo.pro" nil "Astrolib") "%s, data1, data2, D, prob" (nil ("_EXTRA") ("PLOT")))
   ("linterp" pro nil (lib "linterp.pro" nil "Astrolib") "%s, Xtab, Ytab, Xint, Yint" (nil ("MISSING") ("NoInterp")))
   ("MEANCLIP" pro nil (lib "meanclip.pro" nil "Astrolib") "%s, Image, Mean, Sigma" (nil ("CLIPSIG") ("CONVERGE_NUM") ("DOUBLE") ("MAXITER") ("SUBS") ("VERBOSE")))
   ("minF_bracket" pro nil (lib "minf_bracket.pro" nil "Astrolib") "%s, xa, xb, xc, fa, fb, fc" (nil ("DIRECTION") ("FUNC_NAME") ("POINT_NDIM")))
   ("minF_conj_grad" pro nil (lib "minf_conj_grad.pro" nil "Astrolib") "%s, p_min, f_min, conv_factor" (nil ("FUNC_NAME") ("INITIALIZE") ("QUADRATIC") ("TOLERANCE") ("USE_DERIV")))
   ("call_func_deriv" fun nil (lib "minf_parabol_d.pro" nil "Astrolib") "Result = %s(func_name, x, deriv)" (nil ("DIRECTION") ("POINT_NDIM")))
   ("minF_parabol_D" pro nil (lib "minf_parabol_d.pro" nil "Astrolib") "%s, xa, xb, xc, xmin, fmin" (nil ("DIRECTION") ("FUNC_NAME") ("MAX_ITERATIONS") ("POINT_NDIM") ("TOLERANCE")))
   ("minF_parabolic" pro nil (lib "minf_parabolic.pro" nil "Astrolib") "%s, xa, xb, xc, xmin, fmin" (nil ("DIRECTION") ("FUNC_NAME") ("MAX_ITERATIONS") ("POINT_NDIM") ("TOLERANCE")))
   ("ngp" fun nil (lib "ngp.pro" nil "Astrolib") "Result = %s(value, posx, nx, posy, ny, posz, nz)" (nil ("AVERAGE") ("NO_MESSAGE") ("WRAPAROUND")))
   ("PCA" pro nil (lib "pca.pro" nil "Astrolib") "%s, data, eigenval, eigenvect, percentages, proj_obj, proj_atr" (nil ("COVARIANCE") ("MATRIX") ("SILENT") ("SSQ") ("TEXTOUT")))
   ("pent" fun nil (lib "pent.pro" nil "Astrolib") "Result = %s(p, t, x, m, n)" (nil))
   ("poidev" fun nil (lib "poidev.pro" nil "Astrolib") "Result = %s(xm)" (nil ("SEED")))
   ("polint" pro nil (lib "polint.pro" nil "Astrolib") "%s, xa, ya, x, y, dy" (nil))