# Results of the Duchamp source finder v.1.5: Thu Aug 29 10:22:26 2013 # # ---- Parameters ---- # Image to be analysed.............................[imageFile] = verification/verificationCube.fits # Intermediate Logfile...............................[logFile] = verification/log3.txt # Final Results file.................................[outFile] = verification/results3.txt # Spectrum file..................................[spectraFile] = verification/spectra3.ps # VOTable file.......................................[votFile] = verification/results3.xml # Karma annotation file............................[karmaFile] = verification/results3.ann # DS9 annotation file................................[ds9File] = verification/results3.reg # Display a map in a pgplot xwindow?.............[flagXOutput] = true # Saving smoothed cube?.....................[flagOutputSmooth] = false # Saving mask cube?...........................[flagOutputMask] = false # Saving 0th moment to FITS file?........[flagOutputMomentMap] = false # Saving 0th moment mask to FITS file?..[flagOutputMomentMask] = false # Saving baseline values to FITS file?....[flagOutputBaseline] = false # ------ # Type of searching performed.....................[searchType] = spatial # Trimming Blank Pixels?............................[flagTrim] = false # Searching for Negative features?..............[flagNegative] = false # Area of Beam (pixels)....................................... = 14.6848 (beam: 3.6 x 3.6 pixels) # Removing baselines before search?.............[flagBaseline] = false # Smoothing data prior to searching?..............[flagSmooth] = true # Type of smoothing...............................[smoothType] = spatial # Gaussian kernel major axis FWHM [pix]..............[kernMaj] = 3 # Gaussian kernel minor axis FWHM [pix]..............[kernMin] = 3 # Gaussian kernel position angle [deg]................[kernPA] = 0 # Method for treating edge pixels...........[smoothEdgeMethod] = equal # Cutoff value for determining kernel....[spatialSmoothCutoff] = 1e-10 # Using A Trous reconstruction?...................[flagATrous] = false # Using Robust statistics?...................[flagRobustStats] = true # Using FDR analysis?................................[flagFDR] = false # SNR Threshold (in sigma)............................[snrCut] = 3 # Minimum # Pixels in a detection.....................[minPix] = 2 # Minimum # Channels in a detection..............[minChannels] = 3 # Minimum # Voxels in a detection..................[minVoxels] = 4 # Growing objects after detection?................[flagGrowth] = false # Using Adjacent-pixel criterion?...............[flagAdjacent] = true # Max. velocity separation for merging........[threshVelocity] = 7 # Reject objects before merging?.......[flagRejectBeforeMerge] = false # Merge objects in two stages?...........[flagTwoStageMerging] = true # Method of spectral plotting.................[spectralMethod] = peak # Type of object centre used in results..........[pixelCentre] = centroid # -------------------- # # -------------------- # Summary of statistics: # Detection threshold = 0.681274 Jy/beam in smoothed cube. # Noise level = 0.00640906, Noise spread = 0.224955 in smoothed cube. # Full stats: # Mean = 0.0279033 Std.Dev. = 0.365593 # Median = 0.00640906 MADFM = 0.15173 (= 0.224955 as std.dev.) # -------------------- # Total number of detections = 5 # -------------------- # -------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- # ObjID Name X Y Z RA DEC RA DEC VOPT MAJ MIN PA w_RA w_DEC w_50 w_20 w_VOPT F_int F_tot F_peak S/Nmax X1 X2 Y1 Y2 Z1 Z2 Nvoxel Nchan Nspatpix Flag X_av Y_av Z_av X_cent Y_cent Z_cent X_peak Y_peak Z_peak # [deg] [deg] [m/s] [deg] [deg] [deg] [arcmin] [arcmin] [m/s] [m/s] [m/s] [Jy m/s] [Jy/beam] [Jy/beam] # -------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- 1 J060912-273542 25.0 24.9 20.0 06:09:12.7 -27:35:42 92.303044 -27.595225 277065.852 0.53 0.48 143.86 77.17 78.97 114231.704 167248.533 382548.280 5700987.521 6346.451 11.489 39.75 16 34 16 35 5 34 2564 18 278 - 25.0 24.9 20.0 25.0 24.9 20.0 26 25 21 2 J055412-273522 74.9 25.0 42.0 05:54:12.4 -27:35:22 88.551545 -27.589641 567072.376 0.56 0.51 82.85 74.66 89.16 108411.537 173912.374 263826.400 5626877.280 6263.943 11.766 39.10 66 84 14 35 33 53 2534 18 276 - 74.8 25.0 42.0 74.9 25.0 42.0 76 25 43 3 J060141-255627 50.0 49.9 64.0 06:01:41.6 -25:56:27 90.423377 -25.941015 857052.103 0.50 0.47 133.97 76.00 84.04 110246.161 169951.648 237443.760 5774123.639 6427.867 10.926 39.27 41 59 39 59 55 73 2631 19 284 - 50.2 49.9 64.0 50.0 49.9 64.0 50 51 66 4 J060859-241516 25.1 75.0 86.0 06:08:59.8 -24:15:16 92.249226 -24.254716 1147001.739 0.53 0.52 28.16 88.97 74.87 108867.835 168108.621 290209.040 5659489.017 6300.253 10.445 38.89 15 36 66 84 75 97 2559 18 293 - 25.1 75.0 85.9 25.1 75.0 86.0 26 75 86 5 J055423-241526 75.0 74.9 108.0 05:54:23.4 -24:15:26 88.597365 -24.257387 1438475.846 0.52 0.51 28.47 74.92 81.14 104676.211 166398.243 369356.960 5674361.246 6316.802 11.304 39.53 66 84 66 85 94 122 2597 19 280 - 75.1 75.0 108.1 75.0 74.9 108.0 74 75 107