source: trunk/docs/app-resultsEx.tex @ 231

Last change on this file since 231 was 231, checked in by Matthew Whiting, 17 years ago

Mostly improvements to the Guide, with better formatting and descriptions of one of the changes below. The changes to the code are:

  • Addition of the option of specifying in the subsection string a number of pixels to be chopped from either end of an axis (as requested in #5).
  • Addition of a test in the reconstruction functions to see whether the number of non-BLANK pixels is zero. If so, the input array is returned as the output without having to do the reconstruction (and avoiding problems with the stats functions).
File size: 5.0 KB
Line 
1\begin{landscape}
2\secA{Example results file}
3\label{app-output}
4This the typical content of an output file, after running \duchamp\
5with the parameters illustrated on the previous page.
6
7{\tiny
8  \begin{verbatim}
9Results of the Duchamp source finder: Tue May 23 14:51:38 2006
10---- Parameters ----
11      (... omitted for clarity -- see previous page for examples...)
12--------------------
13Detection threshold = 0.0373519 Jy/beam
14  Noise level = 0.000122074, Noise spread = 0.0124099
15Total number of detections = 22
16--------------------
17------------------------------------------------------------------------------------------------------------------------------------------------------------------
18 Obj#           Name     X     Y     Z           RA          DEC      VEL     w_RA    w_DEC    w_VEL     F_int    F_peak S/Nmax  X1  X2  Y1  Y2  Z1  Z2  Npix Flag
19                                                                   [km/s] [arcmin] [arcmin]   [km/s] [Jy km/s] [Jy/beam]                                [pix]     
20------------------------------------------------------------------------------------------------------------------------------------------------------------------
21    1 J060919-215700  59.5 140.5 114.5  06:09:19.25 -21:57:00.84  223.839    44.66    51.51   39.574    16.969     0.213  17.12  55  65 133 145 113 116   170     
22    2 J054555-214432 141.0 142.9 114.7  05:45:55.07 -21:44:32.92  226.599    23.52    20.78   26.383     2.877     0.090   7.23 138 143 141 145 114 116    35     
23    3 J061722-263336  33.5  70.8 115.5  06:17:22.66 -26:33:36.04  237.560    64.92    26.11   26.383    11.182     0.117   9.44  26  41  68  74 115 117   120    E
24    4 J060142-250018  86.0  94.9 117.9  06:01:42.69 -25:00:18.58  269.025    27.99    24.02   26.383     4.404     0.124   9.98  83  89  92  97 117 119    51     
25    5 J060218-254650  84.0  83.3 117.9  06:02:18.24 -25:46:50.45  269.277    20.01    23.99   26.383     3.295     0.118   9.49  82  86  81  86 117 119    38     
26    6 J060610-271934  71.1  60.1 121.3  06:06:10.94 -27:19:34.16  313.788    52.36    39.59   26.383    14.040     0.150  12.05  65  77  55  64 120 122   149     
27    7 J061119-213726  52.5 145.3 162.6  06:11:19.99 -21:37:26.56  858.208    32.39    23.49  118.722    42.903     0.410  33.05  49  56 142 147 158 167   256    E
28    8 J060034-285855  89.7  35.3 202.3  06:00:34.64 -28:58:55.56 1382.114    23.93    24.10  171.487    23.577     0.173  13.92  87  92  33  38 196 209   255     
29    9 J055853-263852  95.4  70.2 223.2  05:58:53.52 -26:38:52.62 1658.705     7.95     8.05   92.339     0.752     0.063   5.07  95  96  70  71 220 227    12     
30   10 J061707-272344  34.7  58.3 227.4  06:17:07.40 -27:23:44.93 1712.894    16.64    19.53  290.209     7.237     0.093   7.48  33  36  56  60 215 237    95     
31   11 J055849-252525  95.8  88.6 231.8  05:58:49.15 -25:25:25.60 1771.131    23.88    20.14  237.444    11.712     0.115   9.30  93  98  87  91 221 239   154     
32   12 J061524-263409  40.0  70.9 232.4  06:15:24.79 -26:34:09.27 1779.710    12.44    15.69   52.765     1.803     0.068   5.51  39  41  69  72 231 235    26     
33   13 J060054-214152  88.8 144.5 232.5  06:00:54.01 -21:41:52.68 1781.012    27.96    24.13  224.252    29.538     0.166  13.33  86  92 142 147 222 239   322    E
34   14 J060441-260613  75.9  78.4 232.9  06:04:41.33 -26:06:13.16 1785.878    20.12    23.90  211.061    22.397     0.155  12.44  74  78  76  81 225 241   256     
35   15 J060108-234023  87.9 114.9 235.8  06:01:08.76 -23:40:23.49 1823.639    27.96    28.07  237.444    81.622     0.297  23.90  85  91 112 118 227 245   628     
36   16 J061733-230557  31.4 122.7 258.2  06:17:33.33 -23:05:57.88 2119.133     8.33    11.77   26.383     0.848     0.062   5.02  31  32 122 124 257 259    13     
37   17 J061210-214929  49.6 142.2 270.1  06:12:10.85 -21:49:29.47 2276.626    16.27    15.73  395.740    13.315     0.101   8.12  48  51 141 144 257 287   172     
38   18 J061616-213319  35.3 145.9 299.4  06:16:16.08 -21:33:19.50 2663.021    20.22     7.47  211.061     2.877     0.127  10.23  33  37 145 146 294 310    26    E
39   19 J055508-295540 107.3  21.0 367.5  05:55:08.50 -29:55:40.89 3561.149    19.71    20.30   39.574     5.486     0.169  13.62 105 109  19  23 366 369    49     
40   20 J055743-224642  99.8 128.2 434.0  05:57:43.77 -22:46:42.95 4438.776    11.88    16.12  105.531     1.703     0.167  13.48  99 101 127 130 430 438    17    N
41   21 J061603-264802  38.0  67.4 546.6  06:16:03.03 -26:48:02.76 5924.685    12.35    11.67   26.383     1.017     0.064   5.16  37  39  66  68 546 548    14     
42   22 J055213-291656 116.9  30.5 726.8  05:52:13.81 -29:16:57.00 8300.595    11.59    20.25  290.209    35.296     0.479  38.56 116 118  28  32 716 738   110     
43  \end{verbatim}
44}
45
46Note that the width of the table can make it hard to read. A good
47trick for those using UNIX/Linux is to make use of the \texttt{a2ps}
48command. The following works well, producing a postscript file
49\texttt{duchamp-Results.ps}:
50\\\verb|a2ps -1 -r -f7 -o duchamp-Results.ps duchamp-Results.txt|
51\end{landscape}
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