Commit d61e31007a67c0a537da1e3466eae8b485477309

Authored by Jürgen Knödlseder
1 parent 1e0be48f

Convert reference manual into RST format (remove old statis html pages).

doc/source/_templates/index.html
@@ -37,7 +37,7 @@ CTA format), Fermi/LAT and COMPTEL data. {%endtrans%}</p> @@ -37,7 +37,7 @@ CTA format), Fermi/LAT and COMPTEL data. {%endtrans%}</p>
37 <li><a class="smalllink" href="{{ pathto("user_manual/getting_started/quickstart") }}">{%trans%}Quickstart{%endtrans%}</a></li> 37 <li><a class="smalllink" href="{{ pathto("user_manual/getting_started/quickstart") }}">{%trans%}Quickstart{%endtrans%}</a></li>
38 <li><a class="smalllink" href="{{ pathto("user_manual/getting_started/response") }}">{%trans%}CTA response functions{%endtrans%}</a></li> 38 <li><a class="smalllink" href="{{ pathto("user_manual/getting_started/response") }}">{%trans%}CTA response functions{%endtrans%}</a></li>
39 <li><a class="smalllink" href="{{ pathto("user_manual/index") }}">{%trans%}User Manual{%endtrans%}</a></li> 39 <li><a class="smalllink" href="{{ pathto("user_manual/index") }}">{%trans%}User Manual{%endtrans%}</a></li>
40 -<li><a class="smalllink" href="{{ pathto("tools_reference") }}">{%trans%}ctools Reference{%endtrans%}</a></li> 40 +<li><a class="smalllink" href="{{ pathto("reference_manual/index") }}">{%trans%}Reference Manual{%endtrans%}</a></li>
41 <li><a class="smalllink" href="doxygen/index.html">{%trans%}Source code documentation (Doxygen){%endtrans%}</a></li> 41 <li><a class="smalllink" href="doxygen/index.html">{%trans%}Source code documentation (Doxygen){%endtrans%}</a></li>
42 </ul> 42 </ul>
43 43
doc/source/contents.rst
@@ -10,4 +10,5 @@ Documentation @@ -10,4 +10,5 @@ Documentation
10 :maxdepth: 2 10 :maxdepth: 2
11 11
12 user_manual/index 12 user_manual/index
  13 + reference_manual/index
13 develop 14 develop
14 \ No newline at end of file 15 \ No newline at end of file
doc/source/fhelp/cspull.html deleted
1 -<!DOCTYPE html PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN">  
2 -<html lang="en"><head>  
3 -<meta content="text/html; charset=ISO-8859-1" http-equiv="content-type"><title>cspull</title>  
4 -  
5 -<link rel="stylesheet" type="text/css" media="screen,print" href="ctools.css">  
6 -<meta content="Jurgen Knodlseder" name="author">  
7 -<meta content="CTA pull distribution generator" name="description">  
8 -</head>  
9 -<body>  
10 -<p class="Header">cspull</p>  
11 -<p class="Body">Generates pull distribution for all model  
12 -parameters.</p>  
13 -<br>  
14 -<p class="Title">Synopsis</p>  
15 -<p style="padding-top: 0pt; text-align: left;" class="Body">Generates  
16 -pull distributions for all parameters in a model. The pull is defined  
17 -by the fitted value minus the simulated true value, devided by the  
18 -statistical uncertainty. For unbiased parameter estimates, the pull  
19 -distribution should follow a Gaussian centred on 0 and a sigma  
20 -parameter of 1.</p>  
21 -<br>  
22 -<p class="Title">Links</p>  
23 -<ul class="Body">  
24 -<li><a href="ftools_usage.html">Basic FTOOL  
25 -Parameter Usage</a></li>  
26 -</ul>  
27 -<p style="padding-top: 0pt; text-align: left;" class="Body"></p>  
28 -<br>  
29 -<p class="Title">General parameters</p>  
30 -<table id="table1" class="Body" border="0" cellpadding="0" cellspacing="0" width="600">  
31 -<tbody>  
32 -<tr>  
33 -<td width="50">&nbsp;</td>  
34 -<td colspan="2"><span class="irafpar"><strong>srcmdl  
35 -[file]</strong></span></td>  
36 -</tr>  
37 -<tr>  
38 -<td width="50">&nbsp;</td>  
39 -<td width="25">&nbsp;</td>  
40 -<td width="525">XML file that describes the  
41 -astrophysical sources and the instrumental background.</td>  
42 -</tr>  
43 -<tr>  
44 -<td width="50">&nbsp;</td>  
45 -<td>&nbsp;</td>  
46 -<td width="525">&nbsp;</td>  
47 -</tr>  
48 -<tr>  
49 -<td width="50">&nbsp;</td>  
50 -<td colspan="2"><span class="irafpar"><strong>outfile  
51 -[file]</strong></span></td>  
52 -</tr>  
53 -<tr>  
54 -<td width="50">&nbsp;</td>  
55 -<td width="25">&nbsp;</td>  
56 -<td width="525">ASCII file containing the individual  
57 -pull values.</td>  
58 -</tr>  
59 -<tr>  
60 -<td width="50">&nbsp;</td>  
61 -<td>&nbsp;</td>  
62 -<td width="525">&nbsp;</td>  
63 -</tr>  
64 -<tr>  
65 -<td width="50">&nbsp;</td>  
66 -<td colspan="2"><span class="irafpar"><strong>ntrials  
67 -[integer]</strong></span></td>  
68 -</tr>  
69 -<tr>  
70 -<td width="50">&nbsp;</td>  
71 -<td width="25">&nbsp;</td>  
72 -<td width="525">Number of samples for generating the  
73 -pull distribution.</td>  
74 -</tr>  
75 -<tr>  
76 -<td width="50">&nbsp;</td>  
77 -<td>&nbsp;</td>  
78 -<td width="525">&nbsp;</td>  
79 -</tr>  
80 -<tr>  
81 -<td width="50">&nbsp;</td>  
82 -<td colspan="2"><span class="irafpar"><strong>caldb  
83 -[string]</strong></span></td>  
84 -</tr>  
85 -<tr>  
86 -<td width="50">&nbsp;</td>  
87 -<td width="25">&nbsp;</td>  
88 -<td width="525">Calibration database repository.</td>  
89 -</tr>  
90 -<tr>  
91 -<td width="50">&nbsp;</td>  
92 -<td>&nbsp;</td>  
93 -<td width="525">&nbsp;</td>  
94 -</tr>  
95 -<tr>  
96 -<td width="50">&nbsp;</td>  
97 -<td colspan="2"><span class="irafpar"><strong>irf  
98 -[string]</strong></span></td>  
99 -</tr>  
100 -<tr>  
101 -<td width="50">&nbsp;</td>  
102 -<td width="25">&nbsp;</td>  
103 -<td width="525">Instrumental response function that  
104 -should be used for event generation.</td>  
105 -</tr>  
106 -<tr>  
107 -<td width="50">&nbsp;</td>  
108 -<td>&nbsp;</td>  
109 -<td width="525">&nbsp;</td>  
110 -</tr>  
111 -<tr>  
112 -<td width="50">&nbsp;</td>  
113 -<td colspan="2"><span class="irafpar"><strong>ra  
114 -[double]</strong></span></td>  
115 -</tr>  
116 -<tr>  
117 -<td width="50">&nbsp;</td>  
118 -<td width="25">&nbsp;</td>  
119 -<td width="525">Right Ascension of CTA pointing  
120 -(J2000, in degrees).</td>  
121 -</tr>  
122 -<tr>  
123 -<td width="50">&nbsp;</td>  
124 -<td>&nbsp;</td>  
125 -<td width="525">&nbsp;</td>  
126 -</tr>  
127 -<tr>  
128 -<td width="50">&nbsp;</td>  
129 -<td colspan="2"><span class="irafpar"><strong>dec  
130 -[double]</strong></span></td>  
131 -</tr>  
132 -<tr>  
133 -<td width="50">&nbsp;</td>  
134 -<td width="25">&nbsp;</td>  
135 -<td width="525">Declination of CTA pointing (J2000,  
136 -in degrees).</td>  
137 -</tr>  
138 -<tr>  
139 -<td width="50">&nbsp;</td>  
140 -<td>&nbsp;</td>  
141 -<td width="525">&nbsp;</td>  
142 -</tr>  
143 -<tr>  
144 -<td width="50">&nbsp;</td>  
145 -<td colspan="2"><span class="irafpar"><strong>rad  
146 -[double]</strong></span></td>  
147 -</tr>  
148 -<tr>  
149 -<td width="50">&nbsp;</td>  
150 -<td width="25">&nbsp;</td>  
151 -<td width="525">Radius of CTA field of view  
152 -(simulation cone radius) (in degrees).</td>  
153 -</tr>  
154 -<tr>  
155 -<td width="50">&nbsp;</td>  
156 -<td>&nbsp;</td>  
157 -<td width="525">&nbsp;</td>  
158 -</tr>  
159 -<tr>  
160 -<td width="50">&nbsp;</td>  
161 -<td colspan="2"><span class="irafpar"><strong>emin  
162 -[double]</strong></span></td>  
163 -</tr>  
164 -<tr>  
165 -<td width="50">&nbsp;</td>  
166 -<td width="25">&nbsp;</td>  
167 -<td width="525">Lower energy limit of events (in  
168 -TeV).</td>  
169 -</tr>  
170 -<tr>  
171 -<td width="50">&nbsp;</td>  
172 -<td>&nbsp;</td>  
173 -<td width="525">&nbsp;</td>  
174 -</tr>  
175 -<tr>  
176 -<td width="50">&nbsp;</td>  
177 -<td colspan="2"><span class="irafpar"><strong>emax  
178 -[double]</strong></span></td>  
179 -</tr>  
180 -<tr>  
181 -<td width="50">&nbsp;</td>  
182 -<td width="25">&nbsp;</td>  
183 -<td width="525">Upper energy limit of events (in  
184 -TeV).</td>  
185 -</tr>  
186 -<tr>  
187 -<td width="50">&nbsp;</td>  
188 -<td>&nbsp;</td>  
189 -<td width="525">&nbsp;</td>  
190 -</tr>  
191 -<tr>  
192 -<td width="50">&nbsp;</td>  
193 -<td colspan="2"><span class="irafpar"><strong>enumbins  
194 -[integer]</strong></span></td>  
195 -</tr>  
196 -<tr>  
197 -<td width="50">&nbsp;</td>  
198 -<td width="25">&nbsp;</td>  
199 -<td width="525">Number of energy bins (0=unbinned).</td>  
200 -</tr>  
201 -<tr>  
202 -<td width="50">&nbsp;</td>  
203 -<td>&nbsp;</td>  
204 -<td width="525">&nbsp;</td>  
205 -</tr>  
206 -<tr>  
207 -<td width="50">&nbsp;</td>  
208 -<td colspan="2"><span class="irafpar"><strong>duration  
209 -[double]</strong></span></td>  
210 -</tr>  
211 -<tr>  
212 -<td width="50">&nbsp;</td>  
213 -<td width="25">&nbsp;</td>  
214 -<td width="525">Duration of  
215 -observation (in seconds).</td>  
216 -</tr>  
217 -<tr>  
218 -<td width="50">&nbsp;</td>  
219 -<td>&nbsp;</td>  
220 -<td width="525">&nbsp;</td>  
221 -</tr>  
222 -<tr>  
223 -<td width="50">&nbsp;</td>  
224 -<td colspan="2"><span class="irafpar"><strong>(deadc  
225 -= 0.95)  
226 -[double]</strong></span></td>  
227 -</tr>  
228 -<tr>  
229 -<td width="50">&nbsp;</td>  
230 -<td width="25">&nbsp;</td>  
231 -<td width="525">Average deadtime correction factor.</td>  
232 -</tr>  
233 -<tr>  
234 -<td width="50">&nbsp;</td>  
235 -<td>&nbsp;</td>  
236 -<td width="525">&nbsp;</td>  
237 -</tr>  
238 -<tr>  
239 -<td width="50">&nbsp;</td>  
240 -<td colspan="2"><span class="irafpar"><strong>(rad  
241 -= 5.0)  
242 -[double]</strong></span></td>  
243 -</tr>  
244 -<tr>  
245 -<td width="50">&nbsp;</td>  
246 -<td width="25">&nbsp;</td>  
247 -<td width="525">ROI radius (in degrees).</td>  
248 -</tr>  
249 -<tr>  
250 -<td width="50">&nbsp;</td>  
251 -<td>&nbsp;</td>  
252 -<td width="525">&nbsp;</td>  
253 -</tr>  
254 -<tr>  
255 -<td width="50">&nbsp;</td>  
256 -<td colspan="2"><span class="irafpar"><strong>(npix  
257 -= 200)  
258 -[integer]</strong></span></td>  
259 -</tr>  
260 -<tr>  
261 -<td width="50">&nbsp;</td>  
262 -<td width="25">&nbsp;</td>  
263 -<td width="525">Number of pixels for binned analysis.</td>  
264 -</tr>  
265 -<tr>  
266 -<td width="50">&nbsp;</td>  
267 -<td>&nbsp;</td>  
268 -<td width="525">&nbsp;</td>  
269 -</tr>  
270 -<tr>  
271 -<td width="50">&nbsp;</td>  
272 -<td colspan="2"><span class="irafpar"><strong>(binsz  
273 -= 0.05)  
274 -[double]</strong></span></td>  
275 -</tr>  
276 -<tr>  
277 -<td width="50">&nbsp;</td>  
278 -<td width="25">&nbsp;</td>  
279 -<td width="525">Pixel size for binned analysis.</td>  
280 -</tr>  
281 -<tr>  
282 -<td width="50">&nbsp;</td>  
283 -<td>&nbsp;</td>  
284 -<td width="525">&nbsp;</td>  
285 -</tr>  
286 -</tbody>  
287 -</table>  
288 -<p class="Title">Standard parameters</p>  
289 -<table id="table1" class="Body" border="0" cellpadding="0" cellspacing="0" width="600">  
290 -<tbody>  
291 -<tr>  
292 -<td width="50">&nbsp;</td>  
293 -<td colspan="2"><span class="irafpar"><strong>(chatter  
294 -= 2) [integer]</strong></span></td>  
295 -</tr>  
296 -<tr>  
297 -<td width="50">&nbsp;</td>  
298 -<td width="25">&nbsp;</td>  
299 -<td width="525">Verbosity of the executable:<br>  
300 -<code>chatter = 0</code>: no information will be  
301 -logged<br>  
302 -<code>chatter = 1</code>: only errors will be logged<br>  
303 -<code>chatter = 2</code>: errors and actions will be  
304 -logged<br>  
305 -<code>chatter = 3</code>: report about the task  
306 -execution<br>  
307 -<code>chatter = 4</code>: detailed report about the  
308 -task execution</td>  
309 -</tr>  
310 -<tr>  
311 -<td width="50">&nbsp;</td>  
312 -<td>&nbsp;</td>  
313 -<td width="525">&nbsp;</td>  
314 -</tr>  
315 -<tr>  
316 -<td width="50">&nbsp;</td>  
317 -<td colspan="2"><span class="irafpar"><strong>(clobber  
318 -= yes) [boolean]</strong></span></td>  
319 -</tr>  
320 -<tr>  
321 -<td width="50">&nbsp;</td>  
322 -<td width="25">&nbsp;</td>  
323 -<td width="525">Specifies whether an existing output  
324 -event list should be overwritten.</td>  
325 -</tr>  
326 -<tr>  
327 -<td width="50">&nbsp;</td>  
328 -<td>&nbsp;</td>  
329 -<td width="525">&nbsp;</td>  
330 -</tr>  
331 -<tr>  
332 -<td width="50">&nbsp;</td>  
333 -<td colspan="2"><span class="irafpar"><strong>(debug  
334 -= no) [boolean]</strong></span></td>  
335 -</tr>  
336 -<tr>  
337 -<td width="50">&nbsp;</td>  
338 -<td width="25">&nbsp;</td>  
339 -<td width="525">Enables debug mode. In debug mode  
340 -the executable will dump any log file output in the console.</td>  
341 -</tr>  
342 -<tr>  
343 -<td width="50">&nbsp;</td>  
344 -<td>&nbsp;</td>  
345 -<td width="525">&nbsp;</td>  
346 -</tr>  
347 -<tr>  
348 -<td width="50">&nbsp;</td>  
349 -<td colspan="2"><span class="irafpar"><strong>(mode  
350 -= ql) [string]</strong></span></td>  
351 -</tr>  
352 -<tr>  
353 -<td width="50">&nbsp;</td>  
354 -<td width="25">&nbsp;</td>  
355 -<td width="525">Mode of automatic parameters.</td>  
356 -</tr>  
357 -<tr>  
358 -<td width="50">&nbsp;</td>  
359 -<td>&nbsp;</td>  
360 -<td width="525">&nbsp;</td>  
361 -</tr>  
362 -</tbody>  
363 -</table>  
364 -<br>  
365 -<p class="Title">Related FTOOLS</p>  
366 -<br>  
367 -<hr size="1">  
368 -<p class="Body">Last updated by: J&uuml;rgen  
369 -Kn&ouml;dlseder 21 December  
370 -2012  
371 -</p>  
372 -<br>  
373 -</body></html>  
374 \ No newline at end of file 0 \ No newline at end of file
doc/source/fhelp/cssens.html deleted
1 -<!DOCTYPE html PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN">  
2 -<html lang="en"><head>  
3 -<meta content="text/html; charset=ISO-8859-1" http-equiv="content-type"><title>cssens</title>  
4 -  
5 -<link rel="stylesheet" type="text/css" media="screen,print" href="ctools.css">  
6 -<meta content="Jurgen Knodlseder" name="author">  
7 -<meta content="CTA sensitivity estimator" name="description">  
8 -</head>  
9 -<body>  
10 -<p class="Header">cssens</p>  
11 -<p class="Body">Computes the CTA sensitivity for a number  
12 -of energy bins.</p>  
13 -<br>  
14 -<p class="Title">Synopsis</p>  
15 -<p style="padding-top: 0pt; text-align: left;" class="Body">Computes  
16 -the CTA sensitivity for a number of energy bins using <a href="ctlike.html">ctlike</a>. Crab spectra are fitted  
17 -in narrow energy bins to simulated data, and the flux level is  
18 -determined that leads to a particular significance.</p>  
19 -<br>  
20 -<p class="Title">Links</p>  
21 -<ul class="Body">  
22 -<li><a href="ftools_usage.html">Basic FTOOL  
23 -Parameter Usage</a></li>  
24 -</ul>  
25 -<p style="padding-top: 0pt; text-align: left;" class="Body"></p>  
26 -<br>  
27 -<p class="Title">General parameters</p>  
28 -<table id="table1" class="Body" border="0" cellpadding="0" cellspacing="0" width="600">  
29 -<tbody>  
30 -<tr>  
31 -<td width="50">&nbsp;</td>  
32 -<td colspan="2"><span class="irafpar"><strong>outfile  
33 -[file]</strong></span></td>  
34 -</tr>  
35 -<tr>  
36 -<td width="50">&nbsp;</td>  
37 -<td width="25">&nbsp;</td>  
38 -<td width="525">ASCII file containing the  
39 -sensitivity  
40 -values.</td>  
41 -</tr>  
42 -<tr>  
43 -<td width="50">&nbsp;</td>  
44 -<td>&nbsp;</td>  
45 -<td width="525">&nbsp;</td>  
46 -</tr>  
47 -<tr>  
48 -<td width="50">&nbsp;</td>  
49 -<td colspan="2"><span class="irafpar"><strong>caldb  
50 -[string]</strong></span></td>  
51 -</tr>  
52 -<tr>  
53 -<td width="50">&nbsp;</td>  
54 -<td width="25">&nbsp;</td>  
55 -<td width="525">Calibration database repository.</td>  
56 -</tr>  
57 -<tr>  
58 -<td width="50">&nbsp;</td>  
59 -<td>&nbsp;</td>  
60 -<td width="525">&nbsp;</td>  
61 -</tr>  
62 -<tr>  
63 -<td width="50">&nbsp;</td>  
64 -<td colspan="2"><span class="irafpar"><strong>irf  
65 -[string]</strong></span></td>  
66 -</tr>  
67 -<tr>  
68 -<td width="50">&nbsp;</td>  
69 -<td width="25">&nbsp;</td>  
70 -<td width="525">Instrumental response function that  
71 -should be used for event generation.</td>  
72 -</tr>  
73 -<tr>  
74 -<td width="50">&nbsp;</td>  
75 -<td>&nbsp;</td>  
76 -<td width="525">&nbsp;</td>  
77 -</tr>  
78 -<tr>  
79 -<td width="50">&nbsp;</td>  
80 -<td colspan="2"><span class="irafpar"><strong>type  
81 -[string]</strong></span></td>  
82 -</tr>  
83 -<tr>  
84 -<td width="50">&nbsp;</td>  
85 -<td width="25">&nbsp;</td>  
86 -<td width="525">Source model type  
87 -(point/gauss/shell/disk).</td>  
88 -</tr>  
89 -<tr>  
90 -<td width="50">&nbsp;</td>  
91 -<td>&nbsp;</td>  
92 -<td width="525">&nbsp;</td>  
93 -</tr>  
94 -<tr>  
95 -<td width="50">&nbsp;</td>  
96 -<td colspan="2"><span class="irafpar"><strong>offset  
97 -[double]</strong></span></td>  
98 -</tr>  
99 -<tr>  
100 -<td width="50">&nbsp;</td>  
101 -<td width="25">&nbsp;</td>  
102 -<td width="525">Source offset angle&nbsp;(in  
103 -degrees).</td>  
104 -</tr>  
105 -<tr>  
106 -<td width="50">&nbsp;</td>  
107 -<td>&nbsp;</td>  
108 -<td width="525">&nbsp;</td>  
109 -</tr>  
110 -<tr>  
111 -<td width="50">&nbsp;</td>  
112 -<td colspan="2"><span class="irafpar"><strong>bkg  
113 -[string]</strong></span></td>  
114 -</tr>  
115 -<tr>  
116 -<td width="50">&nbsp;</td>  
117 -<td width="25">&nbsp;</td>  
118 -<td width="525">Background model file function  
119 -(none=power law for subarray E).</td>  
120 -</tr>  
121 -<tr>  
122 -<td width="50">&nbsp;</td>  
123 -<td>&nbsp;</td>  
124 -<td width="525">&nbsp;</td>  
125 -</tr>  
126 -<tr>  
127 -<td width="50">&nbsp;</td>  
128 -<td colspan="2"><span class="irafpar"><strong>duration  
129 -[double]</strong></span></td>  
130 -</tr>  
131 -<tr>  
132 -<td width="50">&nbsp;</td>  
133 -<td width="25">&nbsp;</td>  
134 -<td width="525">Effective exposure time (in seconds).</td>  
135 -</tr>  
136 -<tr>  
137 -<td width="50">&nbsp;</td>  
138 -<td>&nbsp;</td>  
139 -<td width="525">&nbsp;</td>  
140 -</tr>  
141 -<tr>  
142 -<td width="50">&nbsp;</td>  
143 -<td colspan="2"><span class="irafpar"><strong>rad  
144 -[double]</strong></span></td>  
145 -</tr>  
146 -<tr>  
147 -<td width="50">&nbsp;</td>  
148 -<td width="25">&nbsp;</td>  
149 -<td width="525">Radius of ROI (in degrees).</td>  
150 -</tr>  
151 -<tr>  
152 -<td width="50">&nbsp;</td>  
153 -<td>&nbsp;</td>  
154 -<td width="525">&nbsp;</td>  
155 -</tr>  
156 -<tr>  
157 -<td width="50">&nbsp;</td>  
158 -<td colspan="2"><span class="irafpar"><strong>(enumbins = 0)  
159 -[integer]</strong></span></td>  
160 -</tr>  
161 -<tr>  
162 -<td width="50">&nbsp;</td>  
163 -<td width="25">&nbsp;</td>  
164 -<td width="525">Number of energy bins (0=unbinned).</td>  
165 -</tr>  
166 - <tr>  
167 -<td width="50">&nbsp;</td>  
168 -<td>&nbsp;</td>  
169 -<td width="525">&nbsp;</td>  
170 -</tr>  
171 -<tr>  
172 -<td width="50">&nbsp;</td>  
173 -<td colspan="2"><span class="irafpar"><strong>(npix = 200)  
174 -[integer]</strong></span></td>  
175 -</tr>  
176 -<tr>  
177 -<td width="50">&nbsp;</td>  
178 -<td width="25">&nbsp;</td>  
179 -<td width="525">Number of pixels for binned analysis.</td>  
180 -</tr>  
181 -<tr>  
182 -<td width="50">&nbsp;</td>  
183 -<td>&nbsp;</td>  
184 -<td width="525">&nbsp;</td>  
185 -</tr>  
186 -<tr>  
187 -<td width="50">&nbsp;</td>  
188 -<td colspan="2"><span class="irafpar"><strong>(binsz = 0.05)  
189 -[double]</strong></span></td>  
190 -</tr>  
191 -<tr>  
192 -<td width="50">&nbsp;</td>  
193 -<td width="25">&nbsp;</td>  
194 -<td width="525">Pixel size for binned analysis.</td>  
195 -</tr>  
196 -<tr>  
197 -<td width="50">&nbsp;</td>  
198 -<td>&nbsp;</td>  
199 -<td width="525">&nbsp;</td>  
200 -</tr>  
201 -<tr>  
202 -<td width="50">&nbsp;</td>  
203 -<td colspan="2"><span class="irafpar"><strong>(sigma = 5.0)  
204 -[double]</strong></span></td>  
205 -</tr>  
206 -<tr>  
207 -<td width="50">&nbsp;</td>  
208 -<td width="25">&nbsp;</td>  
209 -<td width="525">Significance threshold.</td>  
210 -</tr>  
211 -<tr>  
212 -<td width="50">&nbsp;</td>  
213 -<td>&nbsp;</td>  
214 -<td width="525">&nbsp;</td>  
215 -</tr>  
216 -<tr>  
217 -<td width="50">&nbsp;</td>  
218 -<td colspan="2"><span class="irafpar"><strong>(ts_use = yes)  
219 -[boolean]</strong></span></td>  
220 -</tr>  
221 -<tr>  
222 -<td width="50">&nbsp;</td>  
223 -<td width="25">&nbsp;</td>  
224 -<td width="525">Use TS for signifiance estimation?</td>  
225 -</tr>  
226 -<tr>  
227 -<td width="50">&nbsp;</td>  
228 -<td>&nbsp;</td>  
229 -<td width="525">&nbsp;</td>  
230 -</tr>  
231 -<tr>  
232 -<td width="50">&nbsp;</td>  
233 -<td colspan="2"><span class="irafpar"><strong>(index = -2.48)  
234 -[double]</strong></span></td>  
235 -</tr>  
236 -<tr>  
237 -<td width="50">&nbsp;</td>  
238 -<td width="25">&nbsp;</td>  
239 -<td width="525">Spectral index for source model.</td>  
240 -</tr>  
241 -<tr>  
242 -<td width="50">&nbsp;</td>  
243 -<td>&nbsp;</td>  
244 -<td width="525">&nbsp;</td>  
245 -</tr>  
246 -<tr>  
247 -<td width="50">&nbsp;</td>  
248 -<td colspan="2"><span class="irafpar"><strong>(radius = 0.1)  
249 -[double]</strong></span></td>  
250 -</tr>  
251 -<tr>  
252 -<td width="50">&nbsp;</td>  
253 -<td width="25">&nbsp;</td>  
254 -<td width="525">Extended source model radius (in degrees).</td>  
255 -</tr>  
256 -<tr>  
257 -<td width="50">&nbsp;</td>  
258 -<td>&nbsp;</td>  
259 -<td width="525">&nbsp;</td>  
260 -</tr>  
261 -<tr>  
262 -<td width="50">&nbsp;</td>  
263 -<td colspan="2"><span class="irafpar"><strong>(width = 0.05)  
264 -[double]</strong></span></td>  
265 -</tr>  
266 -<tr>  
267 -<td width="50">&nbsp;</td>  
268 -<td width="25">&nbsp;</td>  
269 -<td width="525">Extended source model width (in degrees).</td>  
270 -</tr>  
271 -<tr>  
272 -<td width="50">&nbsp;</td>  
273 -<td>&nbsp;</td>  
274 -<td width="525">&nbsp;</td>  
275 -</tr>  
276 -<tr>  
277 -<td width="50">&nbsp;</td>  
278 -<td colspan="2"><span class="irafpar"><strong>(max_iter = 50)  
279 -[integer]</strong></span></td>  
280 -</tr>  
281 -<tr>  
282 -<td width="50">&nbsp;</td>  
283 -<td width="25">&nbsp;</td>  
284 -<td width="525">Maximum number of iterations.</td>  
285 -</tr>  
286 -<tr>  
287 -<td width="50">&nbsp;</td>  
288 -<td>&nbsp;</td>  
289 -<td width="525">&nbsp;</td>  
290 -</tr>  
291 -<tr>  
292 -<td width="50">&nbsp;</td>  
293 -<td colspan="2"><span class="irafpar"><strong>(num_avg = 3)  
294 -[integer]</strong></span></td>  
295 -</tr>  
296 -<tr>  
297 -<td width="50">&nbsp;</td>  
298 -<td width="25">&nbsp;</td>  
299 -<td width="525">Number of iterations for sliding average.</td>  
300 -</tr>  
301 - <tr>  
302 -<td width="50">&nbsp;</td>  
303 -<td>&nbsp;</td>  
304 -<td width="525">&nbsp;</td>  
305 -</tr>  
306 -</tbody>  
307 -</table>  
308 -<p class="Title">Standard parameters</p>  
309 -<table id="table1" class="Body" border="0" cellpadding="0" cellspacing="0" width="600">  
310 -<tbody>  
311 -<tr>  
312 -<td width="50">&nbsp;</td>  
313 -<td colspan="2"><span class="irafpar"><strong>(chatter  
314 -= 2) [integer]</strong></span></td>  
315 -</tr>  
316 -<tr>  
317 -<td width="50">&nbsp;</td>  
318 -<td width="25">&nbsp;</td>  
319 -<td width="525">Verbosity of the executable:<br>  
320 -<code>chatter = 0</code>: no information will be  
321 -logged<br>  
322 -<code>chatter = 1</code>: only errors will be logged<br>  
323 -<code>chatter = 2</code>: errors and actions will be  
324 -logged<br>  
325 -<code>chatter = 3</code>: report about the task  
326 -execution<br>  
327 -<code>chatter = 4</code>: detailed report about the  
328 -task execution</td>  
329 -</tr>  
330 -<tr>  
331 -<td width="50">&nbsp;</td>  
332 -<td>&nbsp;</td>  
333 -<td width="525">&nbsp;</td>  
334 -</tr>  
335 -<tr>  
336 -<td width="50">&nbsp;</td>  
337 -<td colspan="2"><span class="irafpar"><strong>(clobber  
338 -= yes) [boolean]</strong></span></td>  
339 -</tr>  
340 -<tr>  
341 -<td width="50">&nbsp;</td>  
342 -<td width="25">&nbsp;</td>  
343 -<td width="525">Specifies whether an existing output  
344 -event list should be overwritten.</td>  
345 -</tr>  
346 -<tr>  
347 -<td width="50">&nbsp;</td>  
348 -<td>&nbsp;</td>  
349 -<td width="525">&nbsp;</td>  
350 -</tr>  
351 -<tr>  
352 -<td width="50">&nbsp;</td>  
353 -<td colspan="2"><span class="irafpar"><strong>(debug  
354 -= no) [boolean]</strong></span></td>  
355 -</tr>  
356 -<tr>  
357 -<td width="50">&nbsp;</td>  
358 -<td width="25">&nbsp;</td>  
359 -<td width="525">Enables debug mode. In debug mode  
360 -the executable will dump any log file output in the console.</td>  
361 -</tr>  
362 -<tr>  
363 -<td width="50">&nbsp;</td>  
364 -<td>&nbsp;</td>  
365 -<td width="525">&nbsp;</td>  
366 -</tr>  
367 -<tr>  
368 -<td width="50">&nbsp;</td>  
369 -<td colspan="2"><span class="irafpar"><strong>(mode  
370 -= ql) [string]</strong></span></td>  
371 -</tr>  
372 -<tr>  
373 -<td width="50">&nbsp;</td>  
374 -<td width="25">&nbsp;</td>  
375 -<td width="525">Mode of automatic parameters.</td>  
376 -</tr>  
377 -<tr>  
378 -<td width="50">&nbsp;</td>  
379 -<td>&nbsp;</td>  
380 -<td width="525">&nbsp;</td>  
381 -</tr>  
382 -</tbody>  
383 -</table>  
384 -<br>  
385 -<p class="Title">Related FTOOLS</p>  
386 -<br>  
387 -<hr size="1">  
388 -<p class="Body">Last updated by: J&uuml;rgen  
389 -Kn&ouml;dlseder 21 December  
390 -2012  
391 -</p>  
392 -<br>  
393 -</body></html>  
394 \ No newline at end of file 0 \ No newline at end of file
doc/source/fhelp/cstsdist.html deleted
1 -<!DOCTYPE html PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN">  
2 -<html lang="en"><head>  
3 -<meta content="text/html; charset=ISO-8859-1" http-equiv="content-type"><title>cstsdist</title>  
4 -  
5 -<link rel="stylesheet" type="text/css" media="screen,print" href="ctools.css">  
6 -<meta content="Jurgen Knodlseder" name="author">  
7 -<meta content="CTA TS distribution generator" name="description">  
8 -</head>  
9 -<body>  
10 -<p class="Header">cstsdist</p>  
11 -<p class="Body">Generates the TS distribution for a  
12 -particular model.</p>  
13 -<br>  
14 -<p class="Title">Synopsis</p>  
15 -<p style="padding-top: 0pt; text-align: left;" class="Body">Generates  
16 -the Test Statistics (TS) distribution for a particular model based on  
17 -Monte-Carlo simulations.</p>  
18 -<br>  
19 -<p class="Title">Links</p>  
20 -<ul class="Body">  
21 -<li><a href="ftools_usage.html">Basic FTOOL  
22 -Parameter Usage</a></li>  
23 -</ul>  
24 -<p style="padding-top: 0pt; text-align: left;" class="Body"></p>  
25 -<br>  
26 -<p class="Title">General parameters</p>  
27 -<table id="table1" class="Body" border="0" cellpadding="0" cellspacing="0" width="600">  
28 -<tbody>  
29 -<tr>  
30 -<td width="50">&nbsp;</td>  
31 -<td colspan="2"><span class="irafpar"><strong>(outfile  
32 -= ts.dat)  
33 -[file]</strong></span></td>  
34 -</tr>  
35 -<tr>  
36 -<td width="50">&nbsp;</td>  
37 -<td width="25">&nbsp;</td>  
38 -<td width="525">ASCII file containing the TS  
39 -distribution values.</td>  
40 -</tr>  
41 -<tr>  
42 -<td width="50">&nbsp;</td>  
43 -<td>&nbsp;</td>  
44 -<td width="525">&nbsp;</td>  
45 -</tr>  
46 -<tr>  
47 -<td width="50">&nbsp;</td>  
48 -<td colspan="2"><span class="irafpar"><strong>ntrials  
49 -[integer]</strong></span></td>  
50 -</tr>  
51 -<tr>  
52 -<td width="50">&nbsp;</td>  
53 -<td width="25">&nbsp;</td>  
54 -<td width="525">Number of Monte Carlo samples.</td>  
55 -</tr>  
56 -<tr>  
57 -<td width="50">&nbsp;</td>  
58 -<td>&nbsp;</td>  
59 -<td width="525">&nbsp;</td>  
60 -</tr>  
61 -<tr>  
62 -<td width="50">&nbsp;</td>  
63 -<td colspan="2"><span class="irafpar"><strong>caldb  
64 -[string]</strong></span></td>  
65 -</tr>  
66 -<tr>  
67 -<td width="50">&nbsp;</td>  
68 -<td width="25">&nbsp;</td>  
69 -<td width="525">Calibration database repository.</td>  
70 -</tr>  
71 -<tr>  
72 -<td width="50">&nbsp;</td>  
73 -<td>&nbsp;</td>  
74 -<td width="525">&nbsp;</td>  
75 -</tr>  
76 -<tr>  
77 -<td width="50">&nbsp;</td>  
78 -<td colspan="2"><span class="irafpar"><strong>irf  
79 -[string]</strong></span></td>  
80 -</tr>  
81 -<tr>  
82 -<td width="50">&nbsp;</td>  
83 -<td width="25">&nbsp;</td>  
84 -<td width="525">Instrumental response function that  
85 -should be used for event generation.</td>  
86 -</tr>  
87 -<tr>  
88 -<td width="50">&nbsp;</td>  
89 -<td>&nbsp;</td>  
90 -<td width="525">&nbsp;</td>  
91 -</tr>  
92 -<tr>  
93 -<td width="50">&nbsp;</td>  
94 -<td colspan="2"><span class="irafpar"><strong>type  
95 -[string]</strong></span></td>  
96 -</tr>  
97 -<tr>  
98 -<td width="50">&nbsp;</td>  
99 -<td width="25">&nbsp;</td>  
100 -<td width="525">Source model type  
101 -(point/gauss/shell/disk).</td>  
102 -</tr>  
103 -<tr>  
104 -<td width="50">&nbsp;</td>  
105 -<td>&nbsp;</td>  
106 -<td width="525">&nbsp;</td>  
107 -</tr>  
108 -<tr>  
109 -<td width="50">&nbsp;</td>  
110 -<td colspan="2"><span class="irafpar"><strong>(index  
111 -= -2.48)  
112 -[double]</strong></span></td>  
113 -</tr>  
114 -<tr>  
115 -<td width="50">&nbsp;</td>  
116 -<td width="25">&nbsp;</td>  
117 -<td width="525">Spectral index for source model.</td>  
118 -</tr>  
119 -<tr>  
120 -<td width="50">&nbsp;</td>  
121 -<td>&nbsp;</td>  
122 -<td width="525">&nbsp;</td>  
123 -</tr>  
124 -<tr>  
125 -<td width="50">&nbsp;</td>  
126 -<td colspan="2"><span class="irafpar"><strong>offset  
127 -[double]</strong></span></td>  
128 -</tr>  
129 -<tr>  
130 -<td width="50">&nbsp;</td>  
131 -<td width="25">&nbsp;</td>  
132 -<td width="525">Source offset angle&nbsp;(in  
133 -degrees).</td>  
134 -</tr>  
135 -<tr>  
136 -<td width="50">&nbsp;</td>  
137 -<td>&nbsp;</td>  
138 -<td width="525">&nbsp;</td>  
139 -</tr>  
140 -<tr>  
141 -<td width="50">&nbsp;</td>  
142 -<td colspan="2"><span class="irafpar"><strong>bkg  
143 -[string]</strong></span></td>  
144 -</tr>  
145 -<tr>  
146 -<td width="50">&nbsp;</td>  
147 -<td width="25">&nbsp;</td>  
148 -<td width="525">Background model file function  
149 -(none=power law for subarray E).</td>  
150 -</tr>  
151 -<tr>  
152 -<td width="50">&nbsp;</td>  
153 -<td>&nbsp;</td>  
154 -<td width="525">&nbsp;</td>  
155 -</tr>  
156 -<tr>  
157 -<td width="50">&nbsp;</td>  
158 -<td>&nbsp;</td>  
159 -<td width="525">&nbsp;</td>  
160 -</tr>  
161 -<tr>  
162 -<td width="50">&nbsp;</td>  
163 -<td colspan="2"><span class="irafpar"><strong>emin  
164 -[double]</strong></span></td>  
165 -</tr>  
166 -<tr>  
167 -<td width="50">&nbsp;</td>  
168 -<td width="25">&nbsp;</td>  
169 -<td width="525">Lower energy limit (in TeV).</td>  
170 -</tr>  
171 -<tr>  
172 -<td width="50">&nbsp;</td>  
173 -<td>&nbsp;</td>  
174 -<td width="525">&nbsp;</td>  
175 -</tr>  
176 -<tr>  
177 -<td width="50">&nbsp;</td>  
178 -<td colspan="2"><span class="irafpar"><strong>emax  
179 -[double]</strong></span></td>  
180 -</tr>  
181 -<tr>  
182 -<td width="50">&nbsp;</td>  
183 -<td width="25">&nbsp;</td>  
184 -<td width="525">Upper energy limit (in TeV).</td>  
185 -</tr>  
186 -<tr>  
187 -<td width="50">&nbsp;</td>  
188 -<td>&nbsp;</td>  
189 -<td width="525">&nbsp;</td>  
190 -</tr>  
191 -<tr>  
192 -<td width="50">&nbsp;</td>  
193 -<td colspan="2"><span class="irafpar"><strong>enumbins  
194 -[integer]</strong></span></td>  
195 -</tr>  
196 -<tr>  
197 -<td width="50">&nbsp;</td>  
198 -<td width="25">&nbsp;</td>  
199 -<td width="525">Number of energy bins (0=unbinned).</td>  
200 -</tr>  
201 -<tr>  
202 -<td width="50">&nbsp;</td>  
203 -<td>&nbsp;</td>  
204 -<td width="525">&nbsp;</td>  
205 -</tr>  
206 -<tr>  
207 -<td width="50">&nbsp;</td>  
208 -<td colspan="2"><span class="irafpar"><strong>duration  
209 -[double]</strong></span></td>  
210 -</tr>  
211 -<tr>  
212 -<td width="50">&nbsp;</td>  
213 -<td width="25">&nbsp;</td>  
214 -<td width="525">Effective exposure time (in seconds).</td>  
215 -</tr>  
216 -<tr>  
217 -<td width="50">&nbsp;</td>  
218 -<td>&nbsp;</td>  
219 -<td width="525">&nbsp;</td>  
220 -</tr>  
221 -<tr>  
222 -<td width="50">&nbsp;</td>  
223 -<td colspan="2"><span class="irafpar"><strong>(rad  
224 -= 5.0)  
225 -[double]</strong></span></td>  
226 -</tr>  
227 -<tr>  
228 -<td width="50">&nbsp;</td>  
229 -<td width="25">&nbsp;</td>  
230 -<td width="525">Radius of ROI (in degrees).</td>  
231 -</tr>  
232 -<tr>  
233 -<td width="50">&nbsp;</td>  
234 -<td>&nbsp;</td>  
235 -<td width="525">&nbsp;</td>  
236 -</tr>  
237 -<tr>  
238 -<td width="50">&nbsp;</td>  
239 -<td colspan="2"><span class="irafpar"><strong>(npix  
240 -= 200)  
241 -[integer]</strong></span></td>  
242 -</tr>  
243 -<tr>  
244 -<td width="50">&nbsp;</td>  
245 -<td width="25">&nbsp;</td>  
246 -<td width="525">Number of pixels for binned analysis.</td>  
247 -</tr>  
248 -<tr>  
249 -<td width="50">&nbsp;</td>  
250 -<td>&nbsp;</td>  
251 -<td width="525">&nbsp;</td>  
252 -</tr>  
253 -<tr>  
254 -<td width="50">&nbsp;</td>  
255 -<td colspan="2"><span class="irafpar"><strong>(binsz  
256 -= 0.05)  
257 -[double]</strong></span></td>  
258 -</tr>  
259 -<tr>  
260 -<td width="50">&nbsp;</td>  
261 -<td width="25">&nbsp;</td>  
262 -<td width="525">Pixel size for binned analysis.</td>  
263 -</tr>  
264 -<tr>  
265 -<td width="50">&nbsp;</td>  
266 -<td>&nbsp;</td>  
267 -<td width="525">&nbsp;</td>  
268 -</tr>  
269 -</tbody>  
270 -</table>  
271 -<p class="Title">Standard parameters</p>  
272 -<table id="table1" class="Body" border="0" cellpadding="0" cellspacing="0" width="600">  
273 -<tbody>  
274 -<tr>  
275 -<td width="50">&nbsp;</td>  
276 -<td colspan="2"><span class="irafpar"><strong>(chatter  
277 -= 2) [integer]</strong></span></td>  
278 -</tr>  
279 -<tr>  
280 -<td width="50">&nbsp;</td>  
281 -<td width="25">&nbsp;</td>  
282 -<td width="525">Verbosity of the executable:<br>  
283 -<code>chatter = 0</code>: no information will be  
284 -logged<br>  
285 -<code>chatter = 1</code>: only errors will be logged<br>  
286 -<code>chatter = 2</code>: errors and actions will be  
287 -logged<br>  
288 -<code>chatter = 3</code>: report about the task  
289 -execution<br>  
290 -<code>chatter = 4</code>: detailed report about the  
291 -task execution</td>  
292 -</tr>  
293 -<tr>  
294 -<td width="50">&nbsp;</td>  
295 -<td>&nbsp;</td>  
296 -<td width="525">&nbsp;</td>  
297 -</tr>  
298 -<tr>  
299 -<td width="50">&nbsp;</td>  
300 -<td colspan="2"><span class="irafpar"><strong>(clobber  
301 -= yes) [boolean]</strong></span></td>  
302 -</tr>  
303 -<tr>  
304 -<td width="50">&nbsp;</td>  
305 -<td width="25">&nbsp;</td>  
306 -<td width="525">Specifies whether an existing output  
307 -event list should be overwritten.</td>  
308 -</tr>  
309 -<tr>  
310 -<td width="50">&nbsp;</td>  
311 -<td>&nbsp;</td>  
312 -<td width="525">&nbsp;</td>  
313 -</tr>  
314 -<tr>  
315 -<td width="50">&nbsp;</td>  
316 -<td colspan="2"><span class="irafpar"><strong>(debug  
317 -= no) [boolean]</strong></span></td>  
318 -</tr>  
319 -<tr>  
320 -<td width="50">&nbsp;</td>  
321 -<td width="25">&nbsp;</td>  
322 -<td width="525">Enables debug mode. In debug mode  
323 -the executable will dump any log file output in the console.</td>  
324 -</tr>  
325 -<tr>  
326 -<td width="50">&nbsp;</td>  
327 -<td>&nbsp;</td>  
328 -<td width="525">&nbsp;</td>  
329 -</tr>  
330 -<tr>  
331 -<td width="50">&nbsp;</td>  
332 -<td colspan="2"><span class="irafpar"><strong>(mode  
333 -= ql) [string]</strong></span></td>  
334 -</tr>  
335 -<tr>  
336 -<td width="50">&nbsp;</td>  
337 -<td width="25">&nbsp;</td>  
338 -<td width="525">Mode of automatic parameters.</td>  
339 -</tr>  
340 -<tr>  
341 -<td width="50">&nbsp;</td>  
342 -<td>&nbsp;</td>  
343 -<td width="525">&nbsp;</td>  
344 -</tr>  
345 -</tbody>  
346 -</table>  
347 -<br>  
348 -<p class="Title">Related FTOOLS</p>  
349 -<br>  
350 -<hr size="1">  
351 -<p class="Body">Last updated by: J&uuml;rgen  
352 -Kn&ouml;dlseder 21 December  
353 -2012  
354 -</p>  
355 -<br>  
356 -</body></html>  
357 \ No newline at end of file 0 \ No newline at end of file
doc/source/fhelp/ctbin.html deleted
1 -<!DOCTYPE html PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN">  
2 -<html lang="en"><head>  
3 -<meta content="text/html; charset=ISO-8859-1" http-equiv="content-type"><title>ctbin</title>  
4 -  
5 -<link rel="stylesheet" type="text/css" media="screen,print" href="ctools.css">  
6 -<meta content="Jurgen Knodlseder" name="author">  
7 -<meta content="CTA event binning tool" name="description">  
8 -</head>  
9 -<body>  
10 -<p class="Header">ctbin</p>  
11 -<p class="Body">Calculates counts maps for binned maximum  
12 -likelihood analysis.</p>  
13 -<br>  
14 -<p class="Title">Synopsis</p>  
15 -<p style="padding-top: 0pt; text-align: left;" class="Body">This  
16 -tool computes the counts cube for use in a binned likelihood analysis.  
17 -The maps are data cubes in Right Ascension or Galactic longitude,  
18 -Declination or Galactic latitude,&nbsp;and log(energy).</p>  
19 -<br>  
20 -<p class="Title">Links</p>  
21 -<ul class="Body">  
22 -<li><a href="ftools_usage.html">Basic FTOOL  
23 -Parameter Usage</a></li>  
24 -</ul>  
25 -<p style="padding-top: 0pt; text-align: left;" class="Body"></p>  
26 -<br>  
27 -<p class="Title">General parameters</p>  
28 -<table id="table1" class="Body" border="0" cellpadding="0" cellspacing="0" width="600">  
29 -<tbody>  
30 -<tr>  
31 -<td width="50">&nbsp;</td>  
32 -<td colspan="2"><span class="irafpar"><strong>evfile  
33 -[file]</strong></span></td>  
34 -</tr>  
35 -<tr>  
36 -<td width="50">&nbsp;</td>  
37 -<td width="25">&nbsp;</td>  
38 -<td width="525">Input event list or observation  
39 -definition XML file.</td>  
40 -</tr>  
41 -<tr>  
42 -<td width="50">&nbsp;</td>  
43 -<td>&nbsp;</td>  
44 -<td width="525">&nbsp;</td>  
45 -</tr>  
46 -<tr>  
47 -<td width="50">&nbsp;</td>  
48 -<td colspan="2"><span class="irafpar"><strong>outfile  
49 -[file]</strong></span></td>  
50 -</tr>  
51 -<tr>  
52 -<td width="50">&nbsp;</td>  
53 -<td width="25">&nbsp;</td>  
54 -<td width="525">Output counts cube file.</td>  
55 -</tr>  
56 -<tr>  
57 -<td width="50">&nbsp;</td>  
58 -<td>&nbsp;</td>  
59 -<td width="525">&nbsp;</td>  
60 -</tr>  
61 -<tr>  
62 -<td width="50">&nbsp;</td>  
63 -<td colspan="2"><span class="irafpar"><strong>(prefix = "cntmap_")  
64 -[string]</strong></span></td>  
65 -</tr>  
66 -<tr>  
67 -<td width="50">&nbsp;</td>  
68 -<td width="25">&nbsp;</td>  
69 -<td width="525">Prefix for counts maps (no longer used).</td>  
70 -</tr>  
71 -<tr>  
72 -<td width="50">&nbsp;</td>  
73 -<td>&nbsp;</td>  
74 -<td width="525">&nbsp;</td>  
75 -</tr>  
76 -<tr>  
77 -<td width="50">&nbsp;</td>  
78 -<td colspan="2"><span class="irafpar"><strong>(ebinalg  
79 -= LOG)  
80 -&lt;FILE|LIN|LOG&gt; [string]</strong></span></td>  
81 -</tr>  
82 -<tr>  
83 -<td width="50">&nbsp;</td>  
84 -<td width="25">&nbsp;</td>  
85 -<td width="525">Algorithm for defining energy bins.  
86 -Currently, only <code>LOG</code> is supported.</td>  
87 -</tr>  
88 -<tr>  
89 -<td width="50">&nbsp;</td>  
90 -<td>&nbsp;</td>  
91 -<td width="525">&nbsp;</td>  
92 -</tr>  
93 -<tr>  
94 -<td width="50">&nbsp;</td>  
95 -<td colspan="2"><span class="irafpar"><strong>emin  
96 -[double]</strong></span></td>  
97 -</tr>  
98 -<tr>  
99 -<td width="50">&nbsp;</td>  
100 -<td width="25">&nbsp;</td>  
101 -<td width="525">Lower energy value for first energy  
102 -bin (in  
103 -TeV).</td>  
104 -</tr>  
105 -<tr>  
106 -<td width="50">&nbsp;</td>  
107 -<td>&nbsp;</td>  
108 -<td width="525">&nbsp;</td>  
109 -</tr>  
110 -<tr>  
111 -<td width="50">&nbsp;</td>  
112 -<td colspan="2"><span class="irafpar"><strong>emax  
113 -[double]</strong></span></td>  
114 -</tr>  
115 -<tr>  
116 -<td width="50">&nbsp;</td>  
117 -<td width="25">&nbsp;</td>  
118 -<td width="525">Upper energy value for last energy  
119 -bin  
120 -(in  
121 -TeV).</td>  
122 -</tr>  
123 -<tr>  
124 -<td width="50">&nbsp;</td>  
125 -<td>&nbsp;</td>  
126 -<td width="525">&nbsp;</td>  
127 -</tr>  
128 -<tr>  
129 -<td width="50">&nbsp;</td>  
130 -<td colspan="2"><span class="irafpar"><strong>enumbins  
131 -[integer]</strong></span></td>  
132 -</tr>  
133 -<tr>  
134 -<td width="50">&nbsp;</td>  
135 -<td width="25">&nbsp;</td>  
136 -<td width="525">Number of energy bins.</td>  
137 -</tr>  
138 -<tr>  
139 -<td width="50">&nbsp;</td>  
140 -<td>&nbsp;</td>  
141 -<td width="525">&nbsp;</td>  
142 -</tr>  
143 -<tr>  
144 -<td width="50">&nbsp;</td>  
145 -<td colspan="2"><span class="irafpar"><strong>(ebinfile  
146 -= NONE)  
147 -[file]</strong></span></td>  
148 -</tr>  
149 -<tr>  
150 -<td width="50">&nbsp;</td>  
151 -<td width="25">&nbsp;</td>  
152 -<td width="525">Name of the file containing the  
153 -energy bin definition (<span style="font-weight: bold;">not  
154 -yet implemented</span>).</td>  
155 -</tr>  
156 -<tr>  
157 -<td width="50">&nbsp;</td>  
158 -<td>&nbsp;</td>  
159 -<td width="525">&nbsp;</td>  
160 -</tr>  
161 -<tr>  
162 -<td width="50">&nbsp;</td>  
163 -<td colspan="2"><span class="irafpar"><strong>nxpix  
164 -[integer]</strong></span></td>  
165 -</tr>  
166 -<tr>  
167 -<td width="50">&nbsp;</td>  
168 -<td width="25">&nbsp;</td>  
169 -<td width="525">Size of the Right Ascension /  
170 -Galactic longitude axis (in pixels).</td>  
171 -</tr>  
172 -<tr>  
173 -<td width="50">&nbsp;</td>  
174 -<td>&nbsp;</td>  
175 -<td width="525">&nbsp;</td>  
176 -</tr>  
177 -<tr>  
178 -<td width="50">&nbsp;</td>  
179 -<td colspan="2"><span class="irafpar"><strong>nypix  
180 -[integer]</strong></span></td>  
181 -</tr>  
182 -<tr>  
183 -<td width="50">&nbsp;</td>  
184 -<td width="25">&nbsp;</td>  
185 -<td width="525">Size of the Declination / Galactic  
186 -latitude axis (in pixels).</td>  
187 -</tr>  
188 -<tr>  
189 -<td width="50">&nbsp;</td>  
190 -<td>&nbsp;</td>  
191 -<td width="525">&nbsp;</td>  
192 -</tr>  
193 -<tr>  
194 -<td width="50">&nbsp;</td>  
195 -<td colspan="2"><span class="irafpar"><strong>binsz  
196 -[double]</strong></span></td>  
197 -</tr>  
198 -<tr>  
199 -<td width="50">&nbsp;</td>  
200 -<td width="25">&nbsp;</td>  
201 -<td width="525">Pixel size (in degrees/pixel).</td>  
202 -</tr>  
203 -<tr>  
204 -<td width="50">&nbsp;</td>  
205 -<td>&nbsp;</td>  
206 -<td width="525">&nbsp;</td>  
207 -</tr>  
208 -<tr>  
209 -<td width="50">&nbsp;</td>  
210 -<td colspan="2"><span class="irafpar"><strong>coordsys  
211 -= CEL &lt;CEL|GAL&gt; [string]</strong></span></td>  
212 -</tr>  
213 -<tr>  
214 -<td width="50">&nbsp;</td>  
215 -<td width="25">&nbsp;</td>  
216 -<td width="525">Coordinate system (<code>CEL</code>  
217 -- celestial, <code>GAL</code> - galactic).</td>  
218 -</tr>  
219 -<tr>  
220 -<td width="50">&nbsp;</td>  
221 -<td>&nbsp;</td>  
222 -<td width="525">&nbsp;</td>  
223 -</tr>  
224 -<tr>  
225 -<td width="50">&nbsp;</td>  
226 -<td colspan="2"><span class="irafpar"><strong>xref  
227 -[double]</strong></span></td>  
228 -</tr>  
229 -<tr>  
230 -<td width="50">&nbsp;</td>  
231 -<td width="25">&nbsp;</td>  
232 -<td width="525">Right Ascension / Galactic longitude  
233 -of image centre  
234 -(J2000, in degrees).</td>  
235 -</tr>  
236 -<tr>  
237 -<td width="50">&nbsp;</td>  
238 -<td>&nbsp;</td>  
239 -<td width="525">&nbsp;</td>  
240 -</tr>  
241 -<tr>  
242 -<td width="50">&nbsp;</td>  
243 -<td colspan="2"><span class="irafpar"><strong>yref  
244 -[double]</strong></span></td>  
245 -</tr>  
246 -<tr>  
247 -<td width="50">&nbsp;</td>  
248 -<td width="25">&nbsp;</td>  
249 -<td width="525">Declination / Galactic latitude of  
250 -image centre (J2000,  
251 -in degrees).</td>  
252 -</tr>  
253 -<tr>  
254 -<td width="50">&nbsp;</td>  
255 -<td>&nbsp;</td>  
256 -<td width="525">&nbsp;</td>  
257 -</tr>  
258 -<tr>  
259 -<td width="50">&nbsp;</td>  
260 -<td colspan="2"><span class="irafpar"><strong>(axisrot  
261 -= h) [double]</strong></span></td>  
262 -</tr>  
263 -<tr>  
264 -<td width="50">&nbsp;</td>  
265 -<td width="25">&nbsp;</td>  
266 -<td width="525">Rotation angle of image axes (in  
267 -degrees).</td>  
268 -</tr>  
269 -<tr>  
270 -<td width="50">&nbsp;</td>  
271 -<td>&nbsp;</td>  
272 -<td width="525">&nbsp;</td>  
273 -</tr>  
274 -<tr>  
275 -<td width="50">&nbsp;</td>  
276 -<td colspan="2"><span class="irafpar"><strong>proj  
277 -= CAR [string]</strong></span></td>  
278 -</tr>  
279 -<tr>  
280 -<td width="50">&nbsp;</td>  
281 -<td width="25">&nbsp;</td>  
282 -<td width="525">Projection method (only <code>AZP,CAR,STG,TAN</code>  
283 -are supported so far).</td>  
284 -</tr>  
285 -<tr>  
286 -<td width="50">&nbsp;</td>  
287 -<td>&nbsp;</td>  
288 -<td width="525">&nbsp;</td>  
289 -</tr>  
290 -</tbody>  
291 -</table>  
292 -<p class="Title">Standard parameters</p>  
293 -<table id="table1" class="Body" border="0" cellpadding="0" cellspacing="0" width="600">  
294 -<tbody>  
295 -<tr>  
296 -<td width="50">&nbsp;</td>  
297 -<td colspan="2"><span class="irafpar"><strong>(chatter  
298 -= 1) [integer]</strong></span></td>  
299 -</tr>  
300 -<tr>  
301 -<td width="50">&nbsp;</td>  
302 -<td width="25">&nbsp;</td>  
303 -<td width="525">Verbosity of the executable:<br>  
304 -<code>chatter = 0</code>: no information will be  
305 -logged<br>  
306 -<code>chatter = 1</code>: only errors will be logged<br>  
307 -<code>chatter = 2</code>: errors and actions will be  
308 -logged<br>  
309 -<code>chatter = 3</code>: report about the task  
310 -execution<br>  
311 -<code>chatter = 4</code>: detailed report about the  
312 -task execution</td>  
313 -</tr>  
314 -<tr>  
315 -<td width="50">&nbsp;</td>  
316 -<td>&nbsp;</td>  
317 -<td width="525">&nbsp;</td>  
318 -</tr>  
319 -<tr>  
320 -<td width="50">&nbsp;</td>  
321 -<td colspan="2"><span class="irafpar"><strong>(clobber  
322 -= yes) [boolean]</strong></span></td>  
323 -</tr>  
324 -<tr>  
325 -<td width="50">&nbsp;</td>  
326 -<td width="25">&nbsp;</td>  
327 -<td width="525">Specifies whether an existing output  
328 -counts map should be overwritten.</td>  
329 -</tr>  
330 -<tr>  
331 -<td width="50">&nbsp;</td>  
332 -<td>&nbsp;</td>  
333 -<td width="525">&nbsp;</td>  
334 -</tr>  
335 -<tr>  
336 -<td width="50">&nbsp;</td>  
337 -<td colspan="2"><span class="irafpar"><strong>(debug  
338 -= no) [boolean]</strong></span></td>  
339 -</tr>  
340 -<tr>  
341 -<td width="50">&nbsp;</td>  
342 -<td width="25">&nbsp;</td>  
343 -<td width="525">Enables debug mode. In debug mode  
344 -the executable will dump any log file output in the console.</td>  
345 -</tr>  
346 -<tr>  
347 -<td width="50">&nbsp;</td>  
348 -<td>&nbsp;</td>  
349 -<td width="525">&nbsp;</td>  
350 -</tr>  
351 -<tr>  
352 -<td width="50">&nbsp;</td>  
353 -<td colspan="2"><span class="irafpar"><strong>(mode  
354 -= ql) [string]</strong></span></td>  
355 -</tr>  
356 -<tr>  
357 -<td width="50">&nbsp;</td>  
358 -<td width="25">&nbsp;</td>  
359 -<td width="525">Mode of automatic parameters.</td>  
360 -</tr>  
361 -<tr>  
362 -<td width="50">&nbsp;</td>  
363 -<td>&nbsp;</td>  
364 -<td width="525">&nbsp;</td>  
365 -</tr>  
366 -</tbody>  
367 -</table>  
368 -<br>  
369 -<p class="Title">Related FTOOLS</p>  
370 -<br>  
371 -<hr size="1">  
372 -<p class="Body">Last updated by: J&uuml;rgen  
373 -Kn&ouml;dlseder 4 April  
374 -2012  
375 -</p>  
376 -<br>  
377 -</body></html>  
378 \ No newline at end of file 0 \ No newline at end of file
doc/source/fhelp/ctbutterfly.html deleted
1 -<!DOCTYPE html PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN">  
2 -<html lang="en"><head>  
3 -<meta content="text/html; charset=ISO-8859-1" http-equiv="content-type"><title>ctbutterfly</title>  
4 -  
5 -<link rel="stylesheet" type="text/css" media="screen,print" href="ctools.css">  
6 -<meta content="Michael Mayer" name="author">  
7 -<meta content="Spectral butterfly (confidence band) computation tools" name="description">  
8 -</head>  
9 -<body>  
10 -<p class="Header">ctbutterfly</p>  
11 -<p class="Body">Butterfly calculation tool.</p>  
12 -<br>  
13 -<p class="Title">Synopsis</p>  
14 -<p style="padding-top: 0pt; text-align: left;" class="Body">Calculates  
15 -the confidence band of a spectral model, taking into account the  
16 -covariance matrix of a likelihood fit.  
17 -</p>  
18 -<br>  
19 -<p class="Title">Links</p>  
20 -<ul class="Body">  
21 -<li><a href="ftools_usage.html">Basic FTOOL  
22 -Parameter Usage</a></li>  
23 -</ul>  
24 -<p style="padding-top: 0pt; text-align: left;" class="Body"></p>  
25 -<br>  
26 -<p class="Title">General parameters</p>  
27 -<table id="table1" class="Body" border="0" cellpadding="0" cellspacing="0" width="600">  
28 -<tbody>  
29 -<tr>  
30 -<td width="50">&nbsp;</td>  
31 -<td colspan="2"><span class="irafpar"><strong>infile  
32 -[file]</strong></span></td>  
33 -</tr>  
34 -<tr>  
35 -<td width="50">&nbsp;</td>  
36 -<td width="25">&nbsp;</td>  
37 -<td width="525">XML or fits file that defines the observation</td>  
38 -</tr>  
39 -<tr>  
40 -<td width="50">&nbsp;</td>  
41 -<td>&nbsp;</td>  
42 -<td width="525">&nbsp;</td>  
43 -</tr>  
44 -<tr>  
45 -<td width="50">&nbsp;</td>  
46 -<td colspan="2"><span class="irafpar"><strong>srcmdl  
47 -[file]</strong></span></td>  
48 -</tr>  
49 -<tr>  
50 -<td width="50">&nbsp;</td>  
51 -<td width="25">&nbsp;</td>  
52 -<td width="525">Model XML file containing the source and background definitions</td>  
53 -</tr>  
54 -<tr>  
55 -<td width="50">&nbsp;</td>  
56 -<td>&nbsp;</td>  
57 -<td width="525">&nbsp;</td>  
58 -</tr>  
59 -<td width="50">&nbsp;</td>  
60 -<td colspan="2"><span class="irafpar"><strong>srcname  
61 - [file]</strong></span></td>  
62 -</tr>  
63 -<tr>  
64 - <td width="50">&nbsp;</td>  
65 - <td width="25">&nbsp;</td>  
66 - <td width="525">Name of model for which butterfly should be computed</td>  
67 -</tr>  
68 -<tr>  
69 - <td width="50">&nbsp;</td>  
70 - <td>&nbsp;</td>  
71 - <td width="525">&nbsp;</td>  
72 -</tr>  
73 -<tr>  
74 - <td width="50">&nbsp;</td>  
75 - <td colspan="2"><span class="irafpar"><strong>caldb  
76 - [string]</strong></span></td>  
77 -</tr>  
78 -<tr>  
79 - <td width="50">&nbsp;</td>  
80 - <td width="25">&nbsp;</td>  
81 - <td width="525">Calibration database repository.</td>  
82 -</tr>  
83 -<tr>  
84 - <td width="50">&nbsp;</td>  
85 - <td>&nbsp;</td>  
86 - <td width="525">&nbsp;</td>  
87 -</tr>  
88 -<tr>  
89 - <td width="50">&nbsp;</td>  
90 - <td colspan="2"><span class="irafpar"><strong>irf  
91 - [string]</strong></span></td>  
92 -</tr>  
93 -<tr>  
94 - <td width="50">&nbsp;</td>  
95 - <td width="25">&nbsp;</td>  
96 - <td width="525">Instrumental response function that  
97 - should be used for event generation.</td>  
98 -</tr>  
99 -<tr>  
100 - <td width="50">&nbsp;</td>  
101 - <td>&nbsp;</td>  
102 - <td width="525">&nbsp;</td>  
103 -</tr>  
104 -<tr>  
105 - <td width="50">&nbsp;</td>  
106 - <td colspan="2"><span class="irafpar"><strong>outfile  
107 - [file]</strong></span></td>  
108 -</tr>  
109 -<tr>  
110 - <td width="50">&nbsp;</td>  
111 - <td width="25">&nbsp;</td>  
112 - <td width="525">Output butterfly file name</td>  
113 -</tr>  
114 -<tr>  
115 - <td width="50">&nbsp;</td>  
116 - <td>&nbsp;</td>  
117 - <td width="525">&nbsp;</td>  
118 -</tr>  
119 -<tr>  
120 - <td width="50">&nbsp;</td>  
121 - <td colspan="2"><span class="irafpar"><strong>(matrix = "NONE")  
122 - [file]</strong></span></td>  
123 -</tr>  
124 -<tr>  
125 - <td width="50">&nbsp;</td>  
126 - <td width="25">&nbsp;</td>  
127 - <td width="525">Input covariance matrix file (not used)</td>  
128 -</tr>  
129 -<tr>  
130 - <td width="50">&nbsp;</td>  
131 - <td>&nbsp;</td>  
132 - <td width="525">&nbsp;</td>  
133 -</tr>  
134 -<td width="50">&nbsp;</td>  
135 -<td colspan="2"><span class="irafpar"><strong>emin  
136 - [double]</strong></span></td>  
137 -</tr>  
138 -<tr>  
139 - <td width="50">&nbsp;</td>  
140 - <td width="25">&nbsp;</td>  
141 - <td width="525">Minimum energy of butterfly (in  
142 - TeV).</td>  
143 -</tr>  
144 -<tr>  
145 - <td width="50">&nbsp;</td>  
146 - <td>&nbsp;</td>  
147 - <td width="525">&nbsp;</td>  
148 -</tr>  
149 -<tr>  
150 - <td width="50">&nbsp;</td>  
151 - <td colspan="2"><span class="irafpar"><strong>emax  
152 - [double]</strong></span></td>  
153 -</tr>  
154 -<tr>  
155 - <td width="50">&nbsp;</td>  
156 - <td width="25">&nbsp;</td>  
157 - <td width="525">Maximum energy of butterfly (in  
158 - TeV).</td>  
159 -</tr>  
160 -<tr>  
161 - <td width="50">&nbsp;</td>  
162 - <td>&nbsp;</td>  
163 - <td width="525">&nbsp;</td>  
164 -</tr>  
165 -<tr>  
166 - <td width="50">&nbsp;</td>  
167 - <td colspan="2"><span class="irafpar"><strong>(ebinalg  
168 - = "LOG") &lt;FILE|LIN|LOG&gt;  
169 - [string]</strong></span></td>  
170 -</tr>  
171 -<tr>  
172 - <td width="50">&nbsp;</td>  
173 - <td width="25">&nbsp;</td>  
174 - <td width="525">Butterfly binning algorithm</td>  
175 -</tr>  
176 -<tr>  
177 - <td width="50">&nbsp;</td>  
178 - <td>&nbsp;</td>  
179 - <td width="525">&nbsp;</td>  
180 -</tr>  
181 -<tr>  
182 - <td width="50">&nbsp;</td>  
183 - <td colspan="2"><span class="irafpar"><strong>(enumbins  
184 - = 100)  
185 - [string]</strong></span></td>  
186 -</tr>  
187 -<tr>  
188 - <td width="50">&nbsp;</td>  
189 - <td width="25">&nbsp;</td>  
190 - <td width="525">Number of energy bins of butterfly</td>  
191 -</tr>  
192 -<tr>  
193 - <td width="50">&nbsp;</td>  
194 - <td>&nbsp;</td>  
195 - <td width="525">&nbsp;</td>  
196 -</tr>  
197 -<tr>  
198 - <td width="50">&nbsp;</td>  
199 - <td colspan="2"><span class="irafpar"><strong>(ebinfile  
200 - = "NONE")  
201 - [string]</strong></span></td>  
202 -</tr>  
203 -<tr>  
204 - <td width="50">&nbsp;</td>  
205 - <td width="25">&nbsp;</td>  
206 - <td width="525">File for energy binning algorithm</td>  
207 -</tr>  
208 -<tr>  
209 - <td width="50">&nbsp;</td>  
210 - <td>&nbsp;</td>  
211 - <td width="525">&nbsp;</td>  
212 -</tr>  
213 -</tbody>  
214 -</table>  
215 -<p class="Title">Standard parameters</p>  
216 -<table id="table1" class="Body" border="0" cellpadding="0" cellspacing="0" width="600">  
217 -<tbody>  
218 -<tr>  
219 -<td width="50">&nbsp;</td>  
220 -<td colspan="2"><span class="irafpar"><strong>(chatter  
221 -= 2) [integer]</strong></span></td>  
222 -</tr>  
223 -<tr>  
224 -<td width="50">&nbsp;</td>  
225 -<td width="25">&nbsp;</td>  
226 -<td width="525">Verbosity of the executable:<br>  
227 -<code>chatter = 0</code>: no information will be  
228 -logged<br>  
229 -<code>chatter = 1</code>: only errors will be logged<br>  
230 -<code>chatter = 2</code>: errors and actions will be  
231 -logged<br>  
232 -<code>chatter = 3</code>: report about the task  
233 -execution<br>  
234 -<code>chatter = 4</code>: detailed report about the  
235 -task execution</td>  
236 -</tr>  
237 -<tr>  
238 -<td width="50">&nbsp;</td>  
239 -<td>&nbsp;</td>  
240 -<td width="525">&nbsp;</td>  
241 -</tr>  
242 -<tr>  
243 -<td width="50">&nbsp;</td>  
244 -<td colspan="2"><span class="irafpar"><strong>(clobber  
245 -= yes) [boolean]</strong></span></td>  
246 -</tr>  
247 -<tr>  
248 -<td width="50">&nbsp;</td>  
249 -<td width="25">&nbsp;</td>  
250 -<td width="525">Specifies whether an existing output  
251 -event list should be overwritten.</td>  
252 -</tr>  
253 -<tr>  
254 -<td width="50">&nbsp;</td>  
255 -<td>&nbsp;</td>  
256 -<td width="525">&nbsp;</td>  
257 -</tr>  
258 -<tr>  
259 -<td width="50">&nbsp;</td>  
260 -<td colspan="2"><span class="irafpar"><strong>(debug  
261 -= no) [boolean]</strong></span></td>  
262 -</tr>  
263 -<tr>  
264 -<td width="50">&nbsp;</td>  
265 -<td width="25">&nbsp;</td>  
266 -<td width="525">Enables debug mode. In debug mode  
267 -the executable will dump any log file output in the console.</td>  
268 -</tr>  
269 -<tr>  
270 -<td width="50">&nbsp;</td>  
271 -<td>&nbsp;</td>  
272 -<td width="525">&nbsp;</td>  
273 -</tr>  
274 -<tr>  
275 -<td width="50">&nbsp;</td>  
276 -<td colspan="2"><span class="irafpar"><strong>(mode  
277 -= ql) [string]</strong></span></td>  
278 -</tr>  
279 -<tr>  
280 -<td width="50">&nbsp;</td>  
281 -<td width="25">&nbsp;</td>  
282 -<td width="525">Mode of automatic parameters.</td>  
283 -</tr>  
284 -<tr>  
285 -<td width="50">&nbsp;</td>  
286 -<td>&nbsp;</td>  
287 -<td width="525">&nbsp;</td>  
288 -</tr>  
289 -</tbody>  
290 -</table>  
291 -<br>  
292 -<p class="Title">Related FTOOLS</p>  
293 -<br>  
294 -<hr size="1">  
295 -<p class="Body">Last updated by: Michael  
296 -Mayer 30 October  
297 -2014  
298 -</p>  
299 -<br>  
300 -</body></html>  
301 \ No newline at end of file 0 \ No newline at end of file
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1 -<!DOCTYPE html PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN">  
2 -<html lang="en"><head>  
3 -<meta content="text/html; charset=ISO-8859-1" http-equiv="content-type"><title>ctlike</title>  
4 -  
5 -<link rel="stylesheet" type="text/css" media="screen,print" href="ctools.css">  
6 -<meta content="Jurgen Knodlseder" name="author">  
7 -<meta content="CTA maximum likelihood fitting tool" name="description"></head>  
8 -<body>  
9 -<p class="Header">ctlike</p>  
10 -<p class="Body">Performs binned and unbinned maximum  
11 -likelihood analysis of CTA data.</p>  
12 -<br>  
13 -<p class="Title">Synopsis</p>  
14 -<p style="padding-top: 0pt; text-align: left;" class="Body">Determines  
15 -source model parameters, such as flux, spectral index, source position,  
16 -and source extent from a maximum likelihood analysis of CTA data. The  
17 -analysis can be done in a binned or an unbinned formulation of the  
18 -log-likelihood function. For binned analysis, a counts map producted by  
19 -<a href="ctbin.html">ctbin</a> is required. For  
20 -unbinned analysis, an events list processed by <a href="ctselect.html">ctselect</a>  
21 -is required. Based on the input file format, ctlike automatically  
22 -selects between binned and unbinned maximum likelihood analysis.</p>  
23 -<br>  
24 -<p class="Title">Links</p>  
25 -<ul class="Body">  
26 -<li><a href="ftools_usage.html">Basic FTOOL  
27 -Parameter Usage</a></li>  
28 -</ul>  
29 -<p style="padding-top: 0pt; text-align: left;" class="Body"></p>  
30 -<br>  
31 -<p class="Title">General parameters</p>  
32 -<table id="table1" class="Body" border="0" cellpadding="0" cellspacing="0" width="600">  
33 -<tbody>  
34 -<tr>  
35 -<td width="50">&nbsp;</td>  
36 -<td colspan="2"><span class="irafpar"><strong>infile  
37 -[file]</strong></span></td>  
38 -</tr>  
39 -<tr>  
40 -<td width="50">&nbsp;</td>  
41 -<td width="25">&nbsp;</td>  
42 -<td width="525">Input event list, counts map or  
43 -observation definition XML file.</td>  
44 -</tr>  
45 -<tr>  
46 -<td width="50">&nbsp;</td>  
47 -<td>&nbsp;</td>  
48 -<td width="525">&nbsp;</td>  
49 -</tr>  
50 -<tr>  
51 -<td width="50">&nbsp;</td>  
52 -<td colspan="2"><span class="irafpar"><strong>(stat  
53 -= POISSON) [string]</strong></span></td>  
54 -</tr>  
55 -<tr>  
56 -<td width="50">&nbsp;</td>  
57 -<td width="25">&nbsp;</td>  
58 -<td width="525">Fitting statistics (only affects  
59 -binned analysis).</td>  
60 -</tr>  
61 -<tr>  
62 -<td width="50">&nbsp;</td>  
63 -<td>&nbsp;</td>  
64 -<td width="525">&nbsp;</td>  
65 -</tr>  
66 -<tr>  
67 -<td width="50">&nbsp;</td>  
68 -<td colspan="2"><span class="irafpar"><strong>(refit  
69 -= no) [boolean]</strong></span></td>  
70 -</tr>  
71 -<tr>  
72 -<td width="50">&nbsp;</td>  
73 -<td width="25">&nbsp;</td>  
74 -<td width="525">Performs refitting of solution after  
75 -initial fit.</td>  
76 -</tr>  
77 -<tr>  
78 -<td width="50">&nbsp;</td>  
79 -<td>&nbsp;</td>  
80 -<td width="525">&nbsp;</td>  
81 -</tr>  
82 -<tr>  
83 -<td width="50">&nbsp;</td>  
84 -<td colspan="2"><span class="irafpar"><strong>caldb  
85 -[string]</strong></span></td>  
86 -</tr>  
87 -<tr>  
88 -<td width="50">&nbsp;</td>  
89 -<td width="25">&nbsp;</td>  
90 -<td width="525">Calibration database.</td>  
91 -</tr>  
92 -<tr>  
93 -<td width="50">&nbsp;</td>  
94 -<td>&nbsp;</td>  
95 -<td width="525">&nbsp;</td>  
96 -</tr>  
97 -<tr>  
98 -<td width="50">&nbsp;</td>  
99 -<td colspan="2"><span class="irafpar"><strong>irf  
100 -[string]</strong></span></td>  
101 -</tr>  
102 -<tr>  
103 -<td width="50">&nbsp;</td>  
104 -<td width="25">&nbsp;</td>  
105 -<td width="525">Instrument response function.</td>  
106 -</tr>  
107 -<tr>  
108 -<td width="50">&nbsp;</td>  
109 -<td>&nbsp;</td>  
110 -<td width="525">&nbsp;</td>  
111 -</tr>  
112 -<tr>  
113 -<td width="50">&nbsp;</td>  
114 -<td colspan="2"><span class="irafpar"><strong>srcmdl  
115 -[string]</strong></span></td>  
116 -</tr>  
117 -<tr>  
118 -<td width="50">&nbsp;</td>  
119 -<td width="25">&nbsp;</td>  
120 -<td width="525">Source model input XML file.</td>  
121 -</tr>  
122 -<tr>  
123 -<td width="50">&nbsp;</td>  
124 -<td>&nbsp;</td>  
125 -<td width="525">&nbsp;</td>  
126 -</tr>  
127 -<tr>  
128 -<td width="50">&nbsp;</td>  
129 -<td colspan="2"><span class="irafpar"><strong>outmdl  
130 -[string]</strong></span></td>  
131 -</tr>  
132 -<tr>  
133 -<td width="50">&nbsp;</td>  
134 -<td width="25">&nbsp;</td>  
135 -<td width="525">Source model result XML file.</td>  
136 -</tr>  
137 -<tr>  
138 -<td width="50">&nbsp;</td>  
139 -<td>&nbsp;</td>  
140 -<td width="525">&nbsp;</td>  
141 -</tr>  
142 -</tbody>  
143 -</table>  
144 -<p class="Title">Standard parameters</p>  
145 -<table id="table1" class="Body" border="0" cellpadding="0" cellspacing="0" width="600">  
146 -<tbody>  
147 -<tr>  
148 -<td width="50">&nbsp;</td>  
149 -<td colspan="2"><span class="irafpar"><strong>(chatter  
150 -= 2) [integer]</strong></span></td>  
151 -</tr>  
152 -<tr>  
153 -<td width="50">&nbsp;</td>  
154 -<td width="25">&nbsp;</td>  
155 -<td width="525">Verbosity of the executable:<br>  
156 -<code>chatter = 0</code>: no information will be  
157 -logged<br>  
158 -<code>chatter = 1</code>: only errors will be logged<br>  
159 -<code>chatter = 2</code>: errors and actions will be  
160 -logged<br>  
161 -<code>chatter = 3</code>: report about the task  
162 -execution<br>  
163 -<code>chatter = 4</code>: detailed report about the  
164 -task execution</td>  
165 -</tr>  
166 -<tr>  
167 -<td width="50">&nbsp;</td>  
168 -<td>&nbsp;</td>  
169 -<td width="525">&nbsp;</td>  
170 -</tr>  
171 -<tr>  
172 -<td width="50">&nbsp;</td>  
173 -<td colspan="2"><span class="irafpar"><strong>(clobber  
174 -= yes) [boolean]</strong></span></td>  
175 -</tr>  
176 -<tr>  
177 -<td width="50">&nbsp;</td>  
178 -<td width="25">&nbsp;</td>  
179 -<td width="525">Specifies whether an existing source  
180 -model result file should be overwritten.</td>  
181 -</tr>  
182 -<tr>  
183 -<td width="50">&nbsp;</td>  
184 -<td>&nbsp;</td>  
185 -<td width="525">&nbsp;</td>  
186 -</tr>  
187 -<tr>  
188 -<td width="50">&nbsp;</td>  
189 -<td colspan="2"><span class="irafpar"><strong>(debug  
190 -= no) [boolean]</strong></span></td>  
191 -</tr>  
192 -<tr>  
193 -<td width="50">&nbsp;</td>  
194 -<td width="25">&nbsp;</td>  
195 -<td width="525">Enables debug mode. In debug mode  
196 -the executable will dump any log file output in the console.</td>  
197 -</tr>  
198 -<tr>  
199 -<td width="50">&nbsp;</td>  
200 -<td>&nbsp;</td>  
201 -<td width="525">&nbsp;</td>  
202 -</tr>  
203 -<tr>  
204 -<td width="50">&nbsp;</td>  
205 -<td colspan="2"><span class="irafpar"><strong>(mode  
206 -= ql) [string]</strong></span></td>  
207 -</tr>  
208 -<tr>  
209 -<td width="50">&nbsp;</td>  
210 -<td width="25">&nbsp;</td>  
211 -<td width="525">Mode of automatic parameters.</td>  
212 -</tr>  
213 -<tr>  
214 -<td width="50">&nbsp;</td>  
215 -<td>&nbsp;</td>  
216 -<td width="525">&nbsp;</td>  
217 -</tr>  
218 -</tbody>  
219 -</table>  
220 -<br>  
221 -<p class="Title">Related FTOOLS</p>  
222 -<ul class="Body">  
223 -<li><a href="ctbin.html">ctbin</a></li>  
224 -<li><a href="ctselect.html">ctselect</a></li>  
225 -</ul>  
226 -<br>  
227 -<hr size="1">  
228 -<p class="Body">Last updated by: J&uuml;rgen  
229 -Kn&ouml;dlseder 3 April  
230 -2012  
231 -</p>  
232 -<br>  
233 -</body></html>  
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doc/source/fhelp/ctmodel.html deleted
1 -<!DOCTYPE html PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN">  
2 -<html lang="en"><head>  
3 -<meta content="text/html; charset=ISO-8859-1" http-equiv="content-type"><title>ctmodel</title>  
4 -  
5 -<link rel="stylesheet" type="text/css" media="screen,print" href="ctools.css">  
6 -<meta content="Jurgen Knodlseder" name="author">  
7 -<meta content="CTA modelling tool" name="description">  
8 -</head>  
9 -<body>  
10 -<p class="Header">ctmodel</p>  
11 -<p class="Body">Calculates model counts maps.</p>  
12 -<br>  
13 -<p class="Title">Synopsis</p>  
14 -<p style="padding-top: 0pt; text-align: left;" class="Body">This  
15 -tool computes model counts maps based on an XML model.  
16 -The maps are data cubes in Right Ascension or Galactic longitude,  
17 -Declination or Galactic latitude,&nbsp;and log(energy).</p>  
18 -<br>  
19 -<p class="Title">Links</p>  
20 -<ul class="Body">  
21 -<li><a href="ftools_usage.html">Basic FTOOL  
22 -Parameter Usage</a></li>  
23 -</ul>  
24 -<p style="padding-top: 0pt; text-align: left;" class="Body"></p>  
25 -<br>  
26 -<p class="Title">General parameters</p>  
27 -<table id="table1" class="Body" border="0" cellpadding="0" cellspacing="0" width="600">  
28 -<tbody>  
29 -<tr>  
30 -<td width="50">&nbsp;</td>  
31 -<td colspan="2"><span class="irafpar"><strong>infile  
32 -[file]</strong></span></td>  
33 -</tr>  
34 -<tr>  
35 -<td width="50">&nbsp;</td>  
36 -<td width="25">&nbsp;</td>  
37 -<td width="525">Input counts map or observation  
38 -definition XML file.</td>  
39 -</tr>  
40 -<tr>  
41 -<td width="50">&nbsp;</td>  
42 -<td>&nbsp;</td>  
43 -<td width="525">&nbsp;</td>  
44 -</tr>  
45 -<tr>  
46 -<td width="50">&nbsp;</td>  
47 -<td colspan="2"><span class="irafpar"><strong>outfile  
48 -[file]</strong></span></td>  
49 -</tr>  
50 -<tr>  
51 -<td width="50">&nbsp;</td>  
52 -<td width="25">&nbsp;</td>  
53 -<td width="525">Output model counts map or  
54 -observation definition XML file.</td>  
55 -</tr>  
56 -<tr>  
57 -<td width="50">&nbsp;</td>  
58 -<td>&nbsp;</td>  
59 -<td width="525">&nbsp;</td>  
60 -</tr>  
61 -<tr>  
62 -<td width="50">&nbsp;</td>  
63 -<td colspan="2"><span class="irafpar"><strong>(prefix  
64 -= "modmap_")  
65 -[string]</strong></span></td>  
66 -</tr>  
67 -<tr>  
68 -<td width="50">&nbsp;</td>  
69 -<td width="25">&nbsp;</td>  
70 -<td width="525">Prefix for model counts maps in  
71 -observation definition file.</td>  
72 -</tr>  
73 -<tr>  
74 -<td width="50">&nbsp;</td>  
75 -<td>&nbsp;</td>  
76 -<td width="525">&nbsp;</td>  
77 -</tr>  
78 -<tr>  
79 -<td width="50">&nbsp;</td>  
80 -<td colspan="2"><span class="irafpar"><strong>caldb  
81 -[string]</strong></span></td>  
82 -</tr>  
83 -<tr>  
84 -<td width="50">&nbsp;</td>  
85 -<td width="25">&nbsp;</td>  
86 -<td width="525">Calibration database.</td>  
87 -</tr>  
88 -<tr>  
89 -<td width="50">&nbsp;</td>  
90 -<td>&nbsp;</td>  
91 -<td width="525">&nbsp;</td>  
92 -</tr>  
93 -<tr>  
94 -<td width="50">&nbsp;</td>  
95 -<td colspan="2"><span class="irafpar"><strong>irf  
96 -[string]</strong></span></td>  
97 -</tr>  
98 -<tr>  
99 -<td width="50">&nbsp;</td>  
100 -<td width="25">&nbsp;</td>  
101 -<td width="525">Instrument response function.</td>  
102 -</tr>  
103 -<tr>  
104 -<td width="50">&nbsp;</td>  
105 -<td>&nbsp;</td>  
106 -<td width="525">&nbsp;</td>  
107 -</tr>  
108 -<tr>  
109 -<td width="50">&nbsp;</td>  
110 -<td colspan="2"><span class="irafpar"><strong>srcmdl  
111 -[string]</strong></span></td>  
112 -</tr>  
113 -<tr>  
114 -<td width="50">&nbsp;</td>  
115 -<td width="25">&nbsp;</td>  
116 -<td width="525">Source model input XML file.</td>  
117 -</tr>  
118 -<tr>  
119 -<td width="50">&nbsp;</td>  
120 -<td>&nbsp;</td>  
121 -<td width="525">&nbsp;</td>  
122 -</tr>  
123 -<tr>  
124 -<td width="50">&nbsp;</td>  
125 -<td colspan="2"><span class="irafpar"><strong>ra  
126 -[double]</strong></span></td>  
127 -</tr>  
128 -<tr>  
129 -<td width="50">&nbsp;</td>  
130 -<td width="25">&nbsp;</td>  
131 -<td width="525">Right Ascension of pointing  
132 -(J2000, in degrees).</td>  
133 -</tr>  
134 -<tr>  
135 -<td width="50">&nbsp;</td>  
136 -<td>&nbsp;</td>  
137 -<td width="525">&nbsp;</td>  
138 -</tr>  
139 -<tr>  
140 -<td width="50">&nbsp;</td>  
141 -<td colspan="2"><span class="irafpar"><strong>dec  
142 -[double]</strong></span></td>  
143 -</tr>  
144 -<tr>  
145 -<td width="50">&nbsp;</td>  
146 -<td width="25">&nbsp;</td>  
147 -<td width="525">Declination of pointing (J2000,  
148 -in degrees).</td>  
149 -</tr>  
150 -<tr>  
151 -<td width="50">&nbsp;</td>  
152 -<td>&nbsp;</td>  
153 -<td width="525">&nbsp;</td>  
154 -</tr>  
155 -<tr>  
156 -<td width="50">&nbsp;</td>  
157 -<td colspan="2"><span class="irafpar"><strong>(deadc  
158 -= 0.95)  
159 -[double]</strong></span></td>  
160 -</tr>  
161 -<tr>  
162 -<td width="50">&nbsp;</td>  
163 -<td width="25">&nbsp;</td>  
164 -<td width="525">Average deadtime correction factor.</td>  
165 -</tr>  
166 -<tr>  
167 -<td width="50">&nbsp;</td>  
168 -<td>&nbsp;</td>  
169 -<td width="525">&nbsp;</td>  
170 -</tr>  
171 -<tr>  
172 -<td width="50">&nbsp;</td>  
173 -<td colspan="2"><span class="irafpar"><strong>tmin  
174 -[double]</strong></span></td>  
175 -</tr>  
176 -<tr>  
177 -<td width="50">&nbsp;</td>  
178 -<td width="25">&nbsp;</td>  
179 -<td width="525">CTA mission elapsed start time&nbsp;(in  
180 -seconds).</td>  
181 -</tr>  
182 -<tr>  
183 -<td width="50">&nbsp;</td>  
184 -<td>&nbsp;</td>  
185 -<td width="525">&nbsp;</td>  
186 -</tr>  
187 -<tr>  
188 -<td width="50">&nbsp;</td>  
189 -<td colspan="2"><span class="irafpar"><strong>tmax  
190 -[double]</strong></span></td>  
191 -</tr>  
192 -<tr>  
193 -<td width="50">&nbsp;</td>  
194 -<td width="25">&nbsp;</td>  
195 -<td width="525">CTA mission elapsed stop time  
196 -(in  
197 -seconds).</td>  
198 -</tr>  
199 -<tr>  
200 -<td width="50">&nbsp;</td>  
201 -<td>&nbsp;</td>  
202 -<td width="525">&nbsp;</td>  
203 -</tr>  
204 -<tr>  
205 -<td width="50">&nbsp;</td>  
206 -<td colspan="2"><span class="irafpar"><strong>(ebinalg  
207 -= LOG)  
208 -&lt;FILE|LIN|LOG&gt; [string]</strong></span></td>  
209 -</tr>  
210 -<tr>  
211 -<td width="50">&nbsp;</td>  
212 -<td width="25">&nbsp;</td>  
213 -<td width="525">Algorithm for defining energy bins.  
214 -Currently, only <code>LOG</code> is supported.</td>  
215 -</tr>  
216 -<tr>  
217 -<td width="50">&nbsp;</td>  
218 -<td>&nbsp;</td>  
219 -<td width="525">&nbsp;</td>  
220 -</tr>  
221 -<tr>  
222 -<td width="50">&nbsp;</td>  
223 -<td colspan="2"><span class="irafpar"><strong>emin  
224 -[double]</strong></span></td>  
225 -</tr>  
226 -<tr>  
227 -<td width="50">&nbsp;</td>  
228 -<td width="25">&nbsp;</td>  
229 -<td width="525">Lower energy value for first energy  
230 -bin (in  
231 -TeV).</td>  
232 -</tr>  
233 -<tr>  
234 -<td width="50">&nbsp;</td>  
235 -<td>&nbsp;</td>  
236 -<td width="525">&nbsp;</td>  
237 -</tr>  
238 -<tr>  
239 -<td width="50">&nbsp;</td>  
240 -<td colspan="2"><span class="irafpar"><strong>emax  
241 -[double]</strong></span></td>  
242 -</tr>  
243 -<tr>  
244 -<td width="50">&nbsp;</td>  
245 -<td width="25">&nbsp;</td>  
246 -<td width="525">Upper energy value for last energy  
247 -bin  
248 -(in  
249 -TeV).</td>  
250 -</tr>  
251 -<tr>  
252 -<td width="50">&nbsp;</td>  
253 -<td>&nbsp;</td>  
254 -<td width="525">&nbsp;</td>  
255 -</tr>  
256 -<tr>  
257 -<td width="50">&nbsp;</td>  
258 -<td colspan="2"><span class="irafpar"><strong>enumbins  
259 -[integer]</strong></span></td>  
260 -</tr>  
261 -<tr>  
262 -<td width="50">&nbsp;</td>  
263 -<td width="25">&nbsp;</td>  
264 -<td width="525">Number of energy bins.</td>  
265 -</tr>  
266 -<tr>  
267 -<td width="50">&nbsp;</td>  
268 -<td>&nbsp;</td>  
269 -<td width="525">&nbsp;</td>  
270 -</tr>  
271 -<tr>  
272 -<td width="50">&nbsp;</td>  
273 -<td colspan="2"><span class="irafpar"><strong>(ebinfile  
274 -= NONE)  
275 -[file]</strong></span></td>  
276 -</tr>  
277 -<tr>  
278 -<td width="50">&nbsp;</td>  
279 -<td width="25">&nbsp;</td>  
280 -<td width="525">Name of the file containing the  
281 -energy bin definition (<span style="font-weight: bold;">not  
282 -yet implemented</span>).</td>  
283 -</tr>  
284 -<tr>  
285 -<td width="50">&nbsp;</td>  
286 -<td>&nbsp;</td>  
287 -<td width="525">&nbsp;</td>  
288 -</tr>  
289 -<tr>  
290 -<td width="50">&nbsp;</td>  
291 -<td colspan="2"><span class="irafpar"><strong>nxpix  
292 -[integer]</strong></span></td>  
293 -</tr>  
294 -<tr>  
295 -<td width="50">&nbsp;</td>  
296 -<td width="25">&nbsp;</td>  
297 -<td width="525">Size of the Right Ascension /  
298 -Galactic longitude axis (in pixels).</td>  
299 -</tr>  
300 -<tr>  
301 -<td width="50">&nbsp;</td>  
302 -<td>&nbsp;</td>  
303 -<td width="525">&nbsp;</td>  
304 -</tr>  
305 -<tr>  
306 -<td width="50">&nbsp;</td>  
307 -<td colspan="2"><span class="irafpar"><strong>nypix  
308 -[integer]</strong></span></td>  
309 -</tr>  
310 -<tr>  
311 -<td width="50">&nbsp;</td>  
312 -<td width="25">&nbsp;</td>  
313 -<td width="525">Size of the Declination / Galactic  
314 -latitude axis (in pixels).</td>  
315 -</tr>  
316 -<tr>  
317 -<td width="50">&nbsp;</td>  
318 -<td>&nbsp;</td>  
319 -<td width="525">&nbsp;</td>  
320 -</tr>  
321 -<tr>  
322 -<td width="50">&nbsp;</td>  
323 -<td colspan="2"><span class="irafpar"><strong>binsz  
324 -[double]</strong></span></td>  
325 -</tr>  
326 -<tr>  
327 -<td width="50">&nbsp;</td>  
328 -<td width="25">&nbsp;</td>  
329 -<td width="525">Pixel size (in degrees/pixel).</td>  
330 -</tr>  
331 -<tr>  
332 -<td width="50">&nbsp;</td>  
333 -<td>&nbsp;</td>  
334 -<td width="525">&nbsp;</td>  
335 -</tr>  
336 -<tr>  
337 -<td width="50">&nbsp;</td>  
338 -<td colspan="2"><span class="irafpar"><strong>coordsys  
339 -= CEL &lt;CEL|GAL&gt; [string]</strong></span></td>  
340 -</tr>  
341 -<tr>  
342 -<td width="50">&nbsp;</td>  
343 -<td width="25">&nbsp;</td>  
344 -<td width="525">Coordinate system (<code>CEL</code>  
345 -- celestial, <code>GAL</code> - galactic).</td>  
346 -</tr>  
347 -<tr>  
348 -<td width="50">&nbsp;</td>  
349 -<td>&nbsp;</td>  
350 -<td width="525">&nbsp;</td>  
351 -</tr>  
352 -<tr>  
353 -<td width="50">&nbsp;</td>  
354 -<td colspan="2"><span class="irafpar"><strong>xref  
355 -[double]</strong></span></td>  
356 -</tr>  
357 -<tr>  
358 -<td width="50">&nbsp;</td>  
359 -<td width="25">&nbsp;</td>  
360 -<td width="525">Right Ascension / Galactic longitude  
361 -of image centre  
362 -(J2000, in degrees).</td>  
363 -</tr>  
364 -<tr>  
365 -<td width="50">&nbsp;</td>  
366 -<td>&nbsp;</td>  
367 -<td width="525">&nbsp;</td>  
368 -</tr>  
369 -<tr>  
370 -<td width="50">&nbsp;</td>  
371 -<td colspan="2"><span class="irafpar"><strong>yref  
372 -[double]</strong></span></td>  
373 -</tr>  
374 -<tr>  
375 -<td width="50">&nbsp;</td>  
376 -<td width="25">&nbsp;</td>  
377 -<td width="525">Declination / Galactic latitude of  
378 -image centre (J2000,  
379 -in degrees).</td>  
380 -</tr>  
381 -<tr>  
382 -<td width="50">&nbsp;</td>  
383 -<td>&nbsp;</td>  
384 -<td width="525">&nbsp;</td>  
385 -</tr>  
386 -<tr>  
387 -<td width="50">&nbsp;</td>  
388 -<td colspan="2"><span class="irafpar"><strong>(axisrot  
389 -= h) [double]</strong></span></td>  
390 -</tr>  
391 -<tr>  
392 -<td width="50">&nbsp;</td>  
393 -<td width="25">&nbsp;</td>  
394 -<td width="525">Rotation angle of image axes (in  
395 -degrees).</td>  
396 -</tr>  
397 -<tr>  
398 -<td width="50">&nbsp;</td>  
399 -<td>&nbsp;</td>  
400 -<td width="525">&nbsp;</td>  
401 -</tr>  
402 -<tr>  
403 -<td width="50">&nbsp;</td>  
404 -<td colspan="2"><span class="irafpar"><strong>proj  
405 -= CAR [string]</strong></span></td>  
406 -</tr>  
407 -<tr>  
408 -<td width="50">&nbsp;</td>  
409 -<td width="25">&nbsp;</td>  
410 -<td width="525">Projection method (only <code>AZP,CAR,STG,TAN</code>  
411 -are supported so far).</td>  
412 -</tr>  
413 -<tr>  
414 -<td width="50">&nbsp;</td>  
415 -<td>&nbsp;</td>  
416 -<td width="525">&nbsp;</td>  
417 -</tr>  
418 -</tbody>  
419 -</table>  
420 -<p class="Title">Standard parameters</p>  
421 -<table id="table1" class="Body" border="0" cellpadding="0" cellspacing="0" width="600">  
422 -<tbody>  
423 -<tr>  
424 -<td width="50">&nbsp;</td>  
425 -<td colspan="2"><span class="irafpar"><strong>(chatter  
426 -= 1) [integer]</strong></span></td>  
427 -</tr>  
428 -<tr>  
429 -<td width="50">&nbsp;</td>  
430 -<td width="25">&nbsp;</td>  
431 -<td width="525">Verbosity of the executable:<br>  
432 -<code>chatter = 0</code>: no information will be  
433 -logged<br>  
434 -<code>chatter = 1</code>: only errors will be logged<br>  
435 -<code>chatter = 2</code>: errors and actions will be  
436 -logged<br>  
437 -<code>chatter = 3</code>: report about the task  
438 -execution<br>  
439 -<code>chatter = 4</code>: detailed report about the  
440 -task execution</td>  
441 -</tr>  
442 -<tr>  
443 -<td width="50">&nbsp;</td>  
444 -<td>&nbsp;</td>  
445 -<td width="525">&nbsp;</td>  
446 -</tr>  
447 -<tr>  
448 -<td width="50">&nbsp;</td>  
449 -<td colspan="2"><span class="irafpar"><strong>(clobber  
450 -= yes) [boolean]</strong></span></td>  
451 -</tr>  
452 -<tr>  
453 -<td width="50">&nbsp;</td>  
454 -<td width="25">&nbsp;</td>  
455 -<td width="525">Specifies whether an existing output  
456 -counts map should be overwritten.</td>  
457 -</tr>  
458 -<tr>  
459 -<td width="50">&nbsp;</td>  
460 -<td>&nbsp;</td>  
461 -<td width="525">&nbsp;</td>  
462 -</tr>  
463 -<tr>  
464 -<td width="50">&nbsp;</td>  
465 -<td colspan="2"><span class="irafpar"><strong>(debug  
466 -= no) [boolean]</strong></span></td>  
467 -</tr>  
468 -<tr>  
469 -<td width="50">&nbsp;</td>  
470 -<td width="25">&nbsp;</td>  
471 -<td width="525">Enables debug mode. In debug mode  
472 -the executable will dump any log file output in the console.</td>  
473 -</tr>  
474 -<tr>  
475 -<td width="50">&nbsp;</td>  
476 -<td>&nbsp;</td>  
477 -<td width="525">&nbsp;</td>  
478 -</tr>  
479 -<tr>  
480 -<td width="50">&nbsp;</td>  
481 -<td colspan="2"><span class="irafpar"><strong>(mode  
482 -= ql) [string]</strong></span></td>  
483 -</tr>  
484 -<tr>  
485 -<td width="50">&nbsp;</td>  
486 -<td width="25">&nbsp;</td>  
487 -<td width="525">Mode of automatic parameters.</td>  
488 -</tr>  
489 -<tr>  
490 -<td width="50">&nbsp;</td>  
491 -<td>&nbsp;</td>  
492 -<td width="525">&nbsp;</td>  
493 -</tr>  
494 -</tbody>  
495 -</table>  
496 -<br>  
497 -<p class="Title">Related FTOOLS</p>  
498 -<br>  
499 -<hr size="1">  
500 -<p class="Body">Last updated by: J&uuml;rgen  
501 -Kn&ouml;dlseder 18 December  
502 -2012  
503 -</p>  
504 -<br>  
505 -</body></html>  
506 \ No newline at end of file 0 \ No newline at end of file
doc/source/fhelp/ctobssim.html deleted
1 -<!DOCTYPE html PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN">  
2 -<html lang="en"><head>  
3 -<meta content="text/html; charset=ISO-8859-1" http-equiv="content-type"><title>ctobssim</title>  
4 -  
5 -<link rel="stylesheet" type="text/css" media="screen,print" href="ctools.css">  
6 -<meta content="Jurgen Knodlseder" name="author">  
7 -<meta content="CTA observation simulation tool" name="description">  
8 -</head>  
9 -<body>  
10 -<p class="Header">ctobssim</p>  
11 -<p class="Body">Observation simulator.</p>  
12 -<br>  
13 -<p class="Title">Synopsis</p>  
14 -<p style="padding-top: 0pt; text-align: left;" class="Body">Generate  
15 -photon events from astrophysical sources and process those photons  
16 -according to the specified instrument response functions and generate  
17 -instrumental background events.</p>  
18 -<br>  
19 -<p class="Title">Links</p>  
20 -<ul class="Body">  
21 -<li><a href="ftools_usage.html">Basic FTOOL  
22 -Parameter Usage</a></li>  
23 -</ul>  
24 -<p style="padding-top: 0pt; text-align: left;" class="Body"></p>  
25 -<br>  
26 -<p class="Title">General parameters</p>  
27 -<table id="table1" class="Body" border="0" cellpadding="0" cellspacing="0" width="600">  
28 -<tbody>  
29 -<tr>  
30 -<td width="50">&nbsp;</td>  
31 -<td colspan="2"><span class="irafpar"><strong>infile  
32 -[file]</strong></span></td>  
33 -</tr>  
34 -<tr>  
35 -<td width="50">&nbsp;</td>  
36 -<td width="25">&nbsp;</td>  
37 -<td width="525">XML file that describes the  
38 -astrophysical sources and the instrumental background.</td>  
39 -</tr>  
40 -<tr>  
41 -<td width="50">&nbsp;</td>  
42 -<td>&nbsp;</td>  
43 -<td width="525">&nbsp;</td>  
44 -</tr>  
45 -<tr>  
46 -<td width="50">&nbsp;</td>  
47 -<td colspan="2"><span class="irafpar"><strong>outfile  
48 -[file]</strong></span></td>  
49 -</tr>  
50 -<tr>  
51 -<td width="50">&nbsp;</td>  
52 -<td width="25">&nbsp;</td>  
53 -<td width="525">Output event list or observation definition file.</td>  
54 -</tr>  
55 -<tr>  
56 -<td width="50">&nbsp;</td>  
57 -<td>&nbsp;</td>  
58 -<td width="525">&nbsp;</td>  
59 -</tr>  
60 -<tr>  
61 -<td width="50">&nbsp;</td>  
62 -<td colspan="2"><span class="irafpar"><strong>(prefix  
63 -= "sim_")  
64 -[string]</strong></span></td>  
65 -</tr>  
66 -<tr>  
67 -<td width="50">&nbsp;</td>  
68 -<td width="25">&nbsp;</td>  
69 -<td width="525">Prefix for event list in  
70 -observation definition file.</td>  
71 -</tr>  
72 -<tr>  
73 -<td width="50">&nbsp;</td>  
74 -<td>&nbsp;</td>  
75 -<td width="525">&nbsp;</td>  
76 -</tr>  
77 - <tr>  
78 -<td width="50">&nbsp;</td>  
79 -<td colspan="2"><span class="irafpar"><strong>caldb  
80 -[string]</strong></span></td>  
81 -</tr>  
82 -<tr>  
83 -<td width="50">&nbsp;</td>  
84 -<td width="25">&nbsp;</td>  
85 -<td width="525">Calibration database repository.</td>  
86 -</tr>  
87 -<tr>  
88 -<td width="50">&nbsp;</td>  
89 -<td>&nbsp;</td>  
90 -<td width="525">&nbsp;</td>  
91 -</tr>  
92 -<tr>  
93 -<td width="50">&nbsp;</td>  
94 -<td colspan="2"><span class="irafpar"><strong>irf  
95 -[string]</strong></span></td>  
96 -</tr>  
97 -<tr>  
98 -<td width="50">&nbsp;</td>  
99 -<td width="25">&nbsp;</td>  
100 -<td width="525">Instrumental response function that  
101 -should be used for event generation.</td>  
102 -</tr>  
103 -<tr>  
104 -<td width="50">&nbsp;</td>  
105 -<td>&nbsp;</td>  
106 -<td width="525">&nbsp;</td>  
107 -</tr>  
108 -<tr>  
109 -<td width="50">&nbsp;</td>  
110 -<td colspan="2"><span class="irafpar"><strong>(seed  
111 -= 1) [integer]</strong></span></td>  
112 -</tr>  
113 -<tr>  
114 -<td width="50">&nbsp;</td>  
115 -<td width="25">&nbsp;</td>  
116 -<td width="525">Integer seed value to be used for  
117 -Monte Carlo simulations.</td>  
118 -</tr>  
119 -<tr>  
120 -<td width="50">&nbsp;</td>  
121 -<td>&nbsp;</td>  
122 -<td width="525">&nbsp;</td>  
123 -</tr>  
124 -<tr>  
125 -<td width="50">&nbsp;</td>  
126 -<td colspan="2"><span class="irafpar"><strong>ra  
127 -[double]</strong></span></td>  
128 -</tr>  
129 -<tr>  
130 -<td width="50">&nbsp;</td>  
131 -<td width="25">&nbsp;</td>  
132 -<td width="525">Right Ascension of CTA pointing  
133 -(J2000, in degrees).</td>  
134 -</tr>  
135 -<tr>  
136 -<td width="50">&nbsp;</td>  
137 -<td>&nbsp;</td>  
138 -<td width="525">&nbsp;</td>  
139 -</tr>  
140 -<tr>  
141 -<td width="50">&nbsp;</td>  
142 -<td colspan="2"><span class="irafpar"><strong>dec  
143 -[double]</strong></span></td>  
144 -</tr>  
145 -<tr>  
146 -<td width="50">&nbsp;</td>  
147 -<td width="25">&nbsp;</td>  
148 -<td width="525">Declination of CTA pointing (J2000,  
149 -in degrees).</td>  
150 -</tr>  
151 -<tr>  
152 -<td width="50">&nbsp;</td>  
153 -<td>&nbsp;</td>  
154 -<td width="525">&nbsp;</td>  
155 -</tr>  
156 -<tr>  
157 -<td width="50">&nbsp;</td>  
158 -<td colspan="2"><span class="irafpar"><strong>rad  
159 -[double]</strong></span></td>  
160 -</tr>  
161 -<tr>  
162 -<td width="50">&nbsp;</td>  
163 -<td width="25">&nbsp;</td>  
164 -<td width="525">Radius of CTA field of view  
165 -(simulation cone radius) (in degrees).</td>  
166 -</tr>  
167 -<tr>  
168 -<td width="50">&nbsp;</td>  
169 -<td>&nbsp;</td>  
170 -<td width="525">&nbsp;</td>  
171 -</tr>  
172 -<tr>  
173 -<td width="50">&nbsp;</td>  
174 -<td colspan="2"><span class="irafpar"><strong>tmin  
175 -[double]</strong></span></td>  
176 -</tr>  
177 -<tr>  
178 -<td width="50">&nbsp;</td>  
179 -<td width="25">&nbsp;</td>  
180 -<td width="525">Mission elapsed start time of  
181 -observation (in seconds).</td>  
182 -</tr>  
183 -<tr>  
184 -<td width="50">&nbsp;</td>  
185 -<td>&nbsp;</td>  
186 -<td width="525">&nbsp;</td>  
187 -</tr>  
188 -<tr>  
189 -<td width="50">&nbsp;</td>  
190 -<td colspan="2"><span class="irafpar"><strong>tmax  
191 -[double]</strong></span></td>  
192 -</tr>  
193 -<tr>  
194 -<td width="50">&nbsp;</td>  
195 -<td width="25">&nbsp;</td>  
196 -<td width="525">Mission elapsed stop time of  
197 -observation (in seconds).</td>  
198 -</tr>  
199 -<tr>  
200 -<td width="50">&nbsp;</td>  
201 -<td>&nbsp;</td>  
202 -<td width="525">&nbsp;</td>  
203 -</tr>  
204 -<tr>  
205 -<td width="50">&nbsp;</td>  
206 -<td colspan="2"><span class="irafpar"><strong>emin  
207 -[double]</strong></span></td>  
208 -</tr>  
209 -<tr>  
210 -<td width="50">&nbsp;</td>  
211 -<td width="25">&nbsp;</td>  
212 -<td width="525">Lower energy limit of events (in  
213 -TeV).</td>  
214 -</tr>  
215 -<tr>  
216 -<td width="50">&nbsp;</td>  
217 -<td>&nbsp;</td>  
218 -<td width="525">&nbsp;</td>  
219 -</tr>  
220 -<tr>  
221 -<td width="50">&nbsp;</td>  
222 -<td colspan="2"><span class="irafpar"><strong>emax  
223 -[double]</strong></span></td>  
224 -</tr>  
225 -<tr>  
226 -<td width="50">&nbsp;</td>  
227 -<td width="25">&nbsp;</td>  
228 -<td width="525">Upper energy limit of events (in  
229 -TeV).</td>  
230 -</tr>  
231 -<tr>  
232 -<td width="50">&nbsp;</td>  
233 -<td>&nbsp;</td>  
234 -<td width="525">&nbsp;</td>  
235 -</tr>  
236 -<tr>  
237 -<td width="50">&nbsp;</td>  
238 -<td colspan="2"><span class="irafpar"><strong>edisp  
239 -[bool]</strong></span></td>  
240 -</tr>  
241 -<tr>  
242 -<td width="50">&nbsp;</td>  
243 -<td width="25">&nbsp;</td>  
244 -<td width="525">Apply energy dispersion?</td>  
245 -</tr>  
246 -<tr>  
247 -<td width="50">&nbsp;</td>  
248 -<td>&nbsp;</td>  
249 -<td width="525">&nbsp;</td>  
250 -</tr>  
251 -<tr>  
252 -<td width="50">&nbsp;</td>  
253 -<td colspan="2"><span class="irafpar"><strong>(deadc  
254 -= 0.95)  
255 -[double]</strong></span></td>  
256 -</tr>  
257 -<tr>  
258 -<td width="50">&nbsp;</td>  
259 -<td width="25">&nbsp;</td>  
260 -<td width="525">Average deadtime correction factor.</td>  
261 -</tr>  
262 -<tr>  
263 -<td width="50">&nbsp;</td>  
264 -<td>&nbsp;</td>  
265 -<td width="525">&nbsp;</td>  
266 -</tr>  
267 -</tbody>  
268 -</table>  
269 -<p class="Title">Standard parameters</p>  
270 -<table id="table1" class="Body" border="0" cellpadding="0" cellspacing="0" width="600">  
271 -<tbody>  
272 -<tr>  
273 -<td width="50">&nbsp;</td>  
274 -<td colspan="2"><span class="irafpar"><strong>(chatter  
275 -= 2) [integer]</strong></span></td>  
276 -</tr>  
277 -<tr>  
278 -<td width="50">&nbsp;</td>  
279 -<td width="25">&nbsp;</td>  
280 -<td width="525">Verbosity of the executable:<br>  
281 -<code>chatter = 0</code>: no information will be  
282 -logged<br>  
283 -<code>chatter = 1</code>: only errors will be logged<br>  
284 -<code>chatter = 2</code>: errors and actions will be  
285 -logged<br>  
286 -<code>chatter = 3</code>: report about the task  
287 -execution<br>  
288 -<code>chatter = 4</code>: detailed report about the  
289 -task execution</td>  
290 -</tr>  
291 -<tr>  
292 -<td width="50">&nbsp;</td>  
293 -<td>&nbsp;</td>  
294 -<td width="525">&nbsp;</td>  
295 -</tr>  
296 -<tr>  
297 -<td width="50">&nbsp;</td>  
298 -<td colspan="2"><span class="irafpar"><strong>(clobber  
299 -= yes) [boolean]</strong></span></td>  
300 -</tr>  
301 -<tr>  
302 -<td width="50">&nbsp;</td>  
303 -<td width="25">&nbsp;</td>  
304 -<td width="525">Specifies whether an existing output  
305 -event list should be overwritten.</td>  
306 -</tr>  
307 -<tr>  
308 -<td width="50">&nbsp;</td>  
309 -<td>&nbsp;</td>  
310 -<td width="525">&nbsp;</td>  
311 -</tr>  
312 -<tr>  
313 -<td width="50">&nbsp;</td>  
314 -<td colspan="2"><span class="irafpar"><strong>(debug  
315 -= no) [boolean]</strong></span></td>  
316 -</tr>  
317 -<tr>  
318 -<td width="50">&nbsp;</td>  
319 -<td width="25">&nbsp;</td>  
320 -<td width="525">Enables debug mode. In debug mode  
321 -the executable will dump any log file output in the console.</td>  
322 -</tr>  
323 -<tr>  
324 -<td width="50">&nbsp;</td>  
325 -<td>&nbsp;</td>  
326 -<td width="525">&nbsp;</td>  
327 -</tr>  
328 -<tr>  
329 -<td width="50">&nbsp;</td>  
330 -<td colspan="2"><span class="irafpar"><strong>(mode  
331 -= ql) [string]</strong></span></td>  
332 -</tr>  
333 -<tr>  
334 -<td width="50">&nbsp;</td>  
335 -<td width="25">&nbsp;</td>  
336 -<td width="525">Mode of automatic parameters.</td>  
337 -</tr>  
338 -<tr>  
339 -<td width="50">&nbsp;</td>  
340 -<td>&nbsp;</td>  
341 -<td width="525">&nbsp;</td>  
342 -</tr>  
343 -</tbody>  
344 -</table>  
345 -<br>  
346 -<p class="Title">Related FTOOLS</p>  
347 -<br>  
348 -<hr size="1">  
349 -<p class="Body">Last updated by: J&uuml;rgen  
350 -Kn&ouml;dlseder 14 September  
351 -2012  
352 -</p>  
353 -<br>  
354 -</body></html>  
355 \ No newline at end of file 0 \ No newline at end of file
doc/source/fhelp/ctools.css deleted
1 -.Body { color: #404040; font-family: 'Arial', 'Arial', 'Arial', sans-serif; font-size: 13px; font-style: normal; font-variant: normal; font-weight: normal; letter-spacing: 0; line-height: 17px; margin-bottom: 0px; margin-left: 0px; margin-right: 0px; margin-top: 0px; opacity: 1.00; padding-bottom: 0px; padding-top: 0px; text-align: left; text-decoration: none; text-indent: 0px; text-transform: none; } .Header { color: #666666; font-family: 'Arial', 'Arial', 'Arial', 'Arial', sans-serif; font-size: 30px; font-style: normal; font-variant: normal; font-weight: normal; letter-spacing: 0; line-height: 44px; margin-bottom: 0px; margin-left: 0px; margin-right: 0px; margin-top: 0px; opacity: 1.00; padding-bottom: 0px; padding-top: 0px; text-align: left; text-decoration: none; text-indent: 0px; text-transform: none; } .Title { color: #404040; font-family: 'Arial', 'Arial', 'Arial', sans-serif; font-size: 16px; font-style: normal; font-variant: normal; font-weight: bold; letter-spacing: 0; line-height: 17px; margin-bottom: 0px; margin-left: 0px; margin-right: 0px; margin-top: 0px; opacity: 1.00; padding-bottom: 10px; padding-top: 0px; text-align: left; text-decoration: none; text-indent: 0px; text-transform: none; } .Menu { color: #404040; font-family: 'Arial', 'Arial', 'Arial', sans-serif; font-size: 15px; font-style: normal; font-variant: normal; font-weight: bold; letter-spacing: 0; line-height: 17px; margin-bottom: 0px; margin-left: 0px; margin-right: 0px; margin-top: 0px; opacity: 1.00; padding-bottom: 10px; padding-top: 0px; text-align: left; text-decoration: none; text-indent: 0px; text-transform: none; } .Code { border-style: solid; border-width: 0.1em; margin: 1em 0.5em; padding: 0.6em 0.5em 0.5em; font-family: Courier New,Courier,monospace; font-size: smaller; background-color: rgb(255, 255, 204); display: block; } .irafpar {  
2 - color: #404040;  
3 - font-family: Courier New,Courier,monospace;  
4 - font-size: 13px;  
5 - font-style: normal;  
6 - font-variant: normal;  
7 - font-weight: normal;  
8 - letter-spacing: 0;  
9 - line-height: 17px;  
10 - margin-bottom: 0px;  
11 - margin-left: 0px;  
12 - margin-right: 0px;  
13 - margin-top: 0px;  
14 - opacity: 1.00;  
15 - padding-bottom: 0px;  
16 - padding-top: 0px;  
17 - text-align: left;  
18 - text-decoration: none;  
19 - text-indent: 0px;  
20 - text-transform: none;  
21 -}  
doc/source/fhelp/ctselect.html deleted
1 -<!DOCTYPE html PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN">  
2 -<html lang="en"><head>  
3 -<meta content="text/html; charset=ISO-8859-1" http-equiv="content-type"><title>ctselect</title>  
4 -  
5 -<link rel="stylesheet" type="text/css" media="screen,print" href="ctools.css">  
6 -<meta content="Jurgen Knodlseder" name="author">  
7 -<meta content="CTA event sub-selection tool" name="description">  
8 -</head>  
9 -<body>  
10 -<p class="Header">ctselect</p>  
11 -<p class="Body">Performs sub-selections of event data  
12 -which are needed for unbinned maximum likelihood analysis.</p>  
13 -<br>  
14 -<p class="Title">Synopsis</p>  
15 -<p style="padding-top: 0pt; text-align: left;" class="Body">Creates  
16 -a new FITS file of selected events from an input event list based on  
17 -spatial, temporal, and energy cuts. Event selection is mandatory for  
18 -unbinned maximum likelihood analysis.</p>  
19 -<br>  
20 -<p class="Title">Links</p>  
21 -<ul class="Body">  
22 -<li><a href="ftools_usage.html">Basic FTOOL  
23 -Parameter Usage</a></li>  
24 -</ul>  
25 -<p style="padding-top: 0pt; text-align: left;" class="Body"></p>  
26 -<br>  
27 -<p class="Title">General parameters</p>  
28 -<table id="table1" class="Body" border="0" cellpadding="0" cellspacing="0" width="600">  
29 -<tbody>  
30 -<tr>  
31 -<td width="50">&nbsp;</td>  
32 -<td colspan="2"><span class="irafpar"><strong>infile  
33 -[file]</strong></span></td>  
34 -</tr>  
35 -<tr>  
36 -<td width="50">&nbsp;</td>  
37 -<td width="25">&nbsp;</td>  
38 -<td width="525">Input event list of observation  
39 -definition XML file</td>  
40 -</tr>  
41 -<tr>  
42 -<td width="50">&nbsp;</td>  
43 -<td>&nbsp;</td>  
44 -<td width="525">&nbsp;</td>  
45 -</tr>  
46 -<tr>  
47 -<td width="50">&nbsp;</td>  
48 -<td colspan="2"><span class="irafpar"><strong>outfile  
49 -[file]</strong></span></td>  
50 -</tr>  
51 -<tr>  
52 -<td width="50">&nbsp;</td>  
53 -<td width="25">&nbsp;</td>  
54 -<td width="525">Output event list or observation  
55 -definition XML file.</td>  
56 -</tr>  
57 -<tr>  
58 -<td width="50">&nbsp;</td>  
59 -<td>&nbsp;</td>  
60 -<td width="525">&nbsp;</td>  
61 -</tr>  
62 -<tr>  
63 -<td width="50">&nbsp;</td>  
64 -<td colspan="2"><span class="irafpar"><strong>(prefix  
65 -= "selected_")  
66 -[string]</strong></span></td>  
67 -</tr>  
68 -<tr>  
69 -<td width="50">&nbsp;</td>  
70 -<td width="25">&nbsp;</td>  
71 -<td width="525">Prefix for output event lists in  
72 -observation definition file.</td>  
73 -</tr>  
74 -<tr>  
75 -<td width="50">&nbsp;</td>  
76 -<td>&nbsp;</td>  
77 -<td width="525">&nbsp;</td>  
78 -</tr>  
79 -<tr>  
80 -<td width="50">&nbsp;</td>  
81 -<td colspan="2"><span class="irafpar"><strong>(usepnt = no)  
82 -[boolean]</strong></span></td>  
83 -</tr>  
84 -<tr>  
85 -<td width="50">&nbsp;</td>  
86 -<td width="25">&nbsp;</td>  
87 -<td width="525">Use pointing instead of RA/DEC parameters?</td>  
88 -</tr>  
89 -<tr>  
90 -<td width="50">&nbsp;</td>  
91 -<td>&nbsp;</td>  
92 -<td width="525">&nbsp;</td>  
93 -</tr>  
94 -<tr>  
95 -<td width="50">&nbsp;</td>  
96 -<td colspan="2"><span class="irafpar"><strong>ra  
97 -[double]</strong></span></td>  
98 -</tr>  
99 -<tr>  
100 -<td width="50">&nbsp;</td>  
101 -<td width="25">&nbsp;</td>  
102 -<td width="525">Right Ascension of acceptance cone  
103 -(or ROI) centre  
104 -(J2000, in degrees).</td>  
105 -</tr>  
106 -<tr>  
107 -<td width="50">&nbsp;</td>  
108 -<td>&nbsp;</td>  
109 -<td width="525">&nbsp;</td>  
110 -</tr>  
111 -<tr>  
112 -<td width="50">&nbsp;</td>  
113 -<td colspan="2"><span class="irafpar"><strong>dec  
114 -[double]</strong></span></td>  
115 -</tr>  
116 -<tr>  
117 -<td width="50">&nbsp;</td>  
118 -<td width="25">&nbsp;</td>  
119 -<td width="525">Declination of acceptance cone (or  
120 -ROI) centre (J2000,  
121 -in degrees).</td>  
122 -</tr>  
123 -<tr>  
124 -<td width="50">&nbsp;</td>  
125 -<td>&nbsp;</td>  
126 -<td width="525">&nbsp;</td>  
127 -</tr>  
128 -<tr>  
129 -<td width="50">&nbsp;</td>  
130 -<td colspan="2"><span class="irafpar"><strong>rad  
131 -[double]</strong></span></td>  
132 -</tr>  
133 -<tr>  
134 -<td width="50">&nbsp;</td>  
135 -<td width="25">&nbsp;</td>  
136 -<td width="525">Radius of acceptance cone (or  
137 -ROI) centre (in degrees).</td>  
138 -</tr>  
139 -<tr>  
140 -<td width="50">&nbsp;</td>  
141 -<td>&nbsp;</td>  
142 -<td width="525">&nbsp;</td>  
143 -</tr>  
144 -<tr>  
145 -<td width="50">&nbsp;</td>  
146 -<td colspan="2"><span class="irafpar"><strong>tmin  
147 -[double]</strong></span></td>  
148 -</tr>  
149 -<tr>  
150 -<td width="50">&nbsp;</td>  
151 -<td width="25">&nbsp;</td>  
152 -<td width="525">CTA mission elapsed start time defining  
153 -the earliest event (in  
154 -seconds).</td>  
155 -</tr>  
156 -<tr>  
157 -<td width="50">&nbsp;</td>  
158 -<td>&nbsp;</td>  
159 -<td width="525">&nbsp;</td>  
160 -</tr>  
161 -<tr>  
162 -<td width="50">&nbsp;</td>  
163 -<td colspan="2"><span class="irafpar"><strong>tmax  
164 -[double]</strong></span></td>  
165 -</tr>  
166 -<tr>  
167 -<td width="50">&nbsp;</td>  
168 -<td width="25">&nbsp;</td>  
169 -<td width="525">CTA mission elapsed stop time defining  
170 -the latest event (in  
171 -seconds).</td>  
172 -</tr>  
173 -<tr>  
174 -<td width="50">&nbsp;</td>  
175 -<td>&nbsp;</td>  
176 -<td width="525">&nbsp;</td>  
177 -</tr>  
178 -<tr>  
179 -<td width="50">&nbsp;</td>  
180 -<td colspan="2"><span class="irafpar"><strong>emin  
181 -[double]</strong></span></td>  
182 -</tr>  
183 -<tr>  
184 -<td width="50">&nbsp;</td>  
185 -<td width="25">&nbsp;</td>  
186 -<td width="525">Lower energy limit of events (in  
187 -TeV).</td>  
188 -</tr>  
189 -<tr>  
190 -<td width="50">&nbsp;</td>  
191 -<td>&nbsp;</td>  
192 -<td width="525">&nbsp;</td>  
193 -</tr>  
194 -<tr>  
195 -<td width="50">&nbsp;</td>  
196 -<td colspan="2"><span class="irafpar"><strong>emax  
197 -[double]</strong></span></td>  
198 -</tr>  
199 -<tr>  
200 -<td width="50">&nbsp;</td>  
201 -<td width="25">&nbsp;</td>  
202 -<td width="525">Upper energy limit of events (in  
203 -TeV).</td>  
204 -</tr>  
205 -<tr>  
206 -<td width="50">&nbsp;</td>  
207 -<td>&nbsp;</td>  
208 -<td width="525">&nbsp;</td>  
209 -</tr>  
210 -<tr>  
211 -<td width="50">&nbsp;</td>  
212 -<td colspan="2"><span class="irafpar"><strong>(expr  
213 -= "")  
214 -[string]</strong></span></td>  
215 -</tr>  
216 -<tr>  
217 -<td width="50">&nbsp;</td>  
218 -<td width="25">&nbsp;</td>  
219 -<td width="525">Additional event selection  
220 -expression (cfitsio syntax).</td>  
221 -</tr>  
222 -<tr>  
223 -<td width="50">&nbsp;</td>  
224 -<td>&nbsp;</td>  
225 -<td width="525">&nbsp;</td>  
226 -</tr>  
227 -</tbody>  
228 -</table>  
229 -<p class="Title">Standard parameters</p>  
230 -<table id="table1" class="Body" border="0" cellpadding="0" cellspacing="0" width="600">  
231 -<tbody>  
232 -<tr>  
233 -<td width="50">&nbsp;</td>  
234 -<td colspan="2"><span class="irafpar"><strong>(chatter  
235 -= 2) [integer]</strong></span></td>  
236 -</tr>  
237 -<tr>  
238 -<td width="50">&nbsp;</td>  
239 -<td width="25">&nbsp;</td>  
240 -<td width="525">Verbosity of the executable:<br>  
241 -<code>chatter = 0</code>: no information will be  
242 -logged<br>  
243 -<code>chatter = 1</code>: only errors will be logged<br>  
244 -<code>chatter = 2</code>: errors and actions will be  
245 -logged<br>  
246 -<code>chatter = 3</code>: report about the task  
247 -execution<br>  
248 -<code>chatter = 4</code>: detailed report about the  
249 -task execution</td>  
250 -</tr>  
251 -<tr>  
252 -<td width="50">&nbsp;</td>  
253 -<td>&nbsp;</td>  
254 -<td width="525">&nbsp;</td>  
255 -</tr>  
256 -<tr>  
257 -<td width="50">&nbsp;</td>  
258 -<td colspan="2"><span class="irafpar"><strong>(clobber  
259 -= yes) [boolean]</strong></span></td>  
260 -</tr>  
261 -<tr>  
262 -<td width="50">&nbsp;</td>  
263 -<td width="25">&nbsp;</td>  
264 -<td width="525">Specifies whether an existing output  
265 -event list should be overwritten.</td>  
266 -</tr>  
267 -<tr>  
268 -<td width="50">&nbsp;</td>  
269 -<td>&nbsp;</td>  
270 -<td width="525">&nbsp;</td>  
271 -</tr>  
272 -<tr>  
273 -<td width="50">&nbsp;</td>  
274 -<td colspan="2"><span class="irafpar"><strong>(debug  
275 -= no) [boolean]</strong></span></td>  
276 -</tr>  
277 -<tr>  
278 -<td width="50">&nbsp;</td>  
279 -<td width="25">&nbsp;</td>  
280 -<td width="525">Enables debug mode. In debug mode  
281 -the executable will dump any log file output in the console.</td>  
282 -</tr>  
283 -<tr>  
284 -<td width="50">&nbsp;</td>  
285 -<td>&nbsp;</td>  
286 -<td width="525">&nbsp;</td>  
287 -</tr>  
288 -<tr>  
289 -<td width="50">&nbsp;</td>  
290 -<td colspan="2"><span class="irafpar"><strong>(mode  
291 -= ql) [string]</strong></span></td>  
292 -</tr>  
293 -<tr>  
294 -<td width="50">&nbsp;</td>  
295 -<td width="25">&nbsp;</td>  
296 -<td width="525">Mode of automatic parameters.</td>  
297 -</tr>  
298 -<tr>  
299 -<td width="50">&nbsp;</td>  
300 -<td>&nbsp;</td>  
301 -<td width="525">&nbsp;</td>  
302 -</tr>  
303 -</tbody>  
304 -</table>  
305 -<br>  
306 -<p class="Title">Related FTOOLS</p>  
307 -<br>  
308 -<hr size="1">  
309 -<p class="Body">Last updated by: J&uuml;rgen  
310 -Kn&ouml;dlseder 18 December  
311 -2012  
312 -</p>  
313 -<br>  
314 -</body></html>  
315 \ No newline at end of file 0 \ No newline at end of file
doc/source/fhelp/ctskymap.html deleted
1 -<!DOCTYPE html PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN">  
2 -<html lang="en"><head>  
3 -<meta content="text/html; charset=ISO-8859-1" http-equiv="content-type"><title>ctskymap</title>  
4 -  
5 -<link rel="stylesheet" type="text/css" media="screen,print" href="ctools.css">  
6 -<meta content="Jurgen Knodlseder" name="author">  
7 -<meta content="CTA sky mapping tool" name="description">  
8 -</head>  
9 -<body>  
10 -<p class="Header">ctskymap</p>  
11 -<p class="Body">Computes sky map from CTA data.</p>  
12 -<br>  
13 -<p class="Title">Synopsis</p>  
14 -<p style="padding-top: 0pt; text-align: left;" class="Body">This  
15 -tool generates a sky maps from CTA data.</p>  
16 -<br>  
17 -<p class="Title">Links</p>  
18 -<ul class="Body">  
19 -<li><a href="ftools_usage.html">Basic FTOOL  
20 -Parameter Usage</a></li>  
21 -</ul>  
22 -<p style="padding-top: 0pt; text-align: left;" class="Body"></p>  
23 -<br>  
24 -<p class="Title">General parameters</p>  
25 -<table id="table1" class="Body" border="0" cellpadding="0" cellspacing="0" width="600">  
26 -<tbody>  
27 -<tr>  
28 -<td width="50">&nbsp;</td>  
29 -<td colspan="2"><span class="irafpar"><strong>evfile  
30 -[file]</strong></span></td>  
31 -</tr>  
32 -<tr>  
33 -<td width="50">&nbsp;</td>  
34 -<td width="25">&nbsp;</td>  
35 -<td width="525">Input event list or observation  
36 -definition XML file.</td>  
37 -</tr>  
38 -<tr>  
39 -<td width="50">&nbsp;</td>  
40 -<td>&nbsp;</td>  
41 -<td width="525">&nbsp;</td>  
42 -</tr>  
43 -<tr>  
44 -<td width="50">&nbsp;</td>  
45 -<td colspan="2"><span class="irafpar"><strong>outfile  
46 -[file]</strong></span></td>  
47 -</tr>  
48 -<tr>  
49 -<td width="50">&nbsp;</td>  
50 -<td width="25">&nbsp;</td>  
51 -<td width="525">Output sky map.</td>  
52 -</tr>  
53 -<tr>  
54 -<td width="50">&nbsp;</td>  
55 -<td>&nbsp;</td>  
56 -<td width="525">&nbsp;</td>  
57 -</tr>  
58 -<tr>  
59 -<td width="50">&nbsp;</td>  
60 -<td colspan="2"><span class="irafpar"><strong>emin  
61 -[double]</strong></span></td>  
62 -</tr>  
63 -<tr>  
64 -<td width="50">&nbsp;</td>  
65 -<td width="25">&nbsp;</td>  
66 -<td width="525">Minimum energy in map (in  
67 -TeV).</td>  
68 -</tr>  
69 -<tr>  
70 -<td width="50">&nbsp;</td>  
71 -<td>&nbsp;</td>  
72 -<td width="525">&nbsp;</td>  
73 -</tr>  
74 -<tr>  
75 -<td width="50">&nbsp;</td>  
76 -<td colspan="2"><span class="irafpar"><strong>emax  
77 -[double]</strong></span></td>  
78 -</tr>  
79 -<tr>  
80 -<td width="50">&nbsp;</td>  
81 -<td width="25">&nbsp;</td>  
82 -<td width="525">Maximum energy in map (in  
83 -TeV).</td>  
84 -</tr>  
85 -<tr>  
86 -<td width="50">&nbsp;</td>  
87 -<td>&nbsp;</td>  
88 -<td width="525">&nbsp;</td>  
89 -</tr>  
90 -<tr>  
91 -<td width="50">&nbsp;</td>  
92 -<td colspan="2"><span class="irafpar"><strong>nxpix  
93 -[integer]</strong></span></td>  
94 -</tr>  
95 -<tr>  
96 -<td width="50">&nbsp;</td>  
97 -<td width="25">&nbsp;</td>  
98 -<td width="525">Size of the Right Ascension /  
99 -Galactic longitude axis (in pixels).</td>  
100 -</tr>  
101 -<tr>  
102 -<td width="50">&nbsp;</td>  
103 -<td>&nbsp;</td>  
104 -<td width="525">&nbsp;</td>  
105 -</tr>  
106 -<tr>  
107 -<td width="50">&nbsp;</td>  
108 -<td colspan="2"><span class="irafpar"><strong>nypix  
109 -[integer]</strong></span></td>  
110 -</tr>  
111 -<tr>  
112 -<td width="50">&nbsp;</td>  
113 -<td width="25">&nbsp;</td>  
114 -<td width="525">Size of the Declination / Galactic  
115 -latitude axis (in pixels).</td>  
116 -</tr>  
117 -<tr>  
118 -<td width="50">&nbsp;</td>  
119 -<td>&nbsp;</td>  
120 -<td width="525">&nbsp;</td>  
121 -</tr>  
122 -<tr>  
123 -<td width="50">&nbsp;</td>  
124 -<td colspan="2"><span class="irafpar"><strong>binsz  
125 -[double]</strong></span></td>  
126 -</tr>  
127 -<tr>  
128 -<td width="50">&nbsp;</td>  
129 -<td width="25">&nbsp;</td>  
130 -<td width="525">Pixel size (in degrees/pixel).</td>  
131 -</tr>  
132 -<tr>  
133 -<td width="50">&nbsp;</td>  
134 -<td>&nbsp;</td>  
135 -<td width="525">&nbsp;</td>  
136 -</tr>  
137 -<tr>  
138 -<td width="50">&nbsp;</td>  
139 -<td colspan="2"><span class="irafpar"><strong>coordsys  
140 -= CEL &lt;CEL|GAL&gt; [string]</strong></span></td>  
141 -</tr>  
142 -<tr>  
143 -<td width="50">&nbsp;</td>  
144 -<td width="25">&nbsp;</td>  
145 -<td width="525">Coordinate system (<code>CEL</code>  
146 -- celestial, <code>GAL</code> - galactic).</td>  
147 -</tr>  
148 -<tr>  
149 -<td width="50">&nbsp;</td>  
150 -<td>&nbsp;</td>  
151 -<td width="525">&nbsp;</td>  
152 -</tr>  
153 -<tr>  
154 -<td width="50">&nbsp;</td>  
155 -<td colspan="2"><span class="irafpar"><strong>xref  
156 -[double]</strong></span></td>  
157 -</tr>  
158 -<tr>  
159 -<td width="50">&nbsp;</td>  
160 -<td width="25">&nbsp;</td>  
161 -<td width="525">Right Ascension / Galactic longitude  
162 -of image centre  
163 -(J2000, in degrees).</td>  
164 -</tr>  
165 -<tr>  
166 -<td width="50">&nbsp;</td>  
167 -<td>&nbsp;</td>  
168 -<td width="525">&nbsp;</td>  
169 -</tr>  
170 -<tr>  
171 -<td width="50">&nbsp;</td>  
172 -<td colspan="2"><span class="irafpar"><strong>yref  
173 -[double]</strong></span></td>  
174 -</tr>  
175 -<tr>  
176 -<td width="50">&nbsp;</td>  
177 -<td width="25">&nbsp;</td>  
178 -<td width="525">Declination / Galactic latitude of  
179 -image centre (J2000,  
180 -in degrees).</td>  
181 -</tr>  
182 -<tr>  
183 -<td width="50">&nbsp;</td>  
184 -<td>&nbsp;</td>  
185 -<td width="525">&nbsp;</td>  
186 -</tr>  
187 -<tr>  
188 -<td width="50">&nbsp;</td>  
189 -<td colspan="2"><span class="irafpar"><strong>(axisrot  
190 -= h) [double]</strong></span></td>  
191 -</tr>  
192 -<tr>  
193 -<td width="50">&nbsp;</td>  
194 -<td width="25">&nbsp;</td>  
195 -<td width="525">Rotation angle of image axes (in  
196 -degrees).</td>  
197 -</tr>  
198 -<tr>  
199 -<td width="50">&nbsp;</td>  
200 -<td>&nbsp;</td>  
201 -<td width="525">&nbsp;</td>  
202 -</tr>  
203 -<tr>  
204 -<td width="50">&nbsp;</td>  
205 -<td colspan="2"><span class="irafpar"><strong>proj  
206 -= CAR [string]</strong></span></td>  
207 -</tr>  
208 -<tr>  
209 -<td width="50">&nbsp;</td>  
210 -<td width="25">&nbsp;</td>  
211 -<td width="525">Projection method (only <code>AZP,CAR,STG,TAN</code>  
212 -are supported so far).</td>  
213 -</tr>  
214 -<tr>  
215 -<td width="50">&nbsp;</td>  
216 -<td>&nbsp;</td>  
217 -<td width="525">&nbsp;</td>  
218 -</tr>  
219 -</tbody>  
220 -</table>  
221 -<p class="Title">Standard parameters</p>  
222 -<table id="table1" class="Body" border="0" cellpadding="0" cellspacing="0" width="600">  
223 -<tbody>  
224 -<tr>  
225 -<td width="50">&nbsp;</td>  
226 -<td colspan="2"><span class="irafpar"><strong>(chatter  
227 -= 1) [integer]</strong></span></td>  
228 -</tr>  
229 -<tr>  
230 -<td width="50">&nbsp;</td>  
231 -<td width="25">&nbsp;</td>  
232 -<td width="525">Verbosity of the executable:<br>  
233 -<code>chatter = 0</code>: no information will be  
234 -logged<br>  
235 -<code>chatter = 1</code>: only errors will be logged<br>  
236 -<code>chatter = 2</code>: errors and actions will be  
237 -logged<br>  
238 -<code>chatter = 3</code>: report about the task  
239 -execution<br>  
240 -<code>chatter = 4</code>: detailed report about the  
241 -task execution</td>  
242 -</tr>  
243 -<tr>  
244 -<td width="50">&nbsp;</td>  
245 -<td>&nbsp;</td>  
246 -<td width="525">&nbsp;</td>  
247 -</tr>  
248 -<tr>  
249 -<td width="50">&nbsp;</td>  
250 -<td colspan="2"><span class="irafpar"><strong>(clobber  
251 -= yes) [boolean]</strong></span></td>  
252 -</tr>  
253 -<tr>  
254 -<td width="50">&nbsp;</td>  
255 -<td width="25">&nbsp;</td>  
256 -<td width="525">Specifies whether an existing output  
257 -counts map should be overwritten.</td>  
258 -</tr>  
259 -<tr>  
260 -<td width="50">&nbsp;</td>  
261 -<td>&nbsp;</td>  
262 -<td width="525">&nbsp;</td>  
263 -</tr>  
264 -<tr>  
265 -<td width="50">&nbsp;</td>  
266 -<td colspan="2"><span class="irafpar"><strong>(debug  
267 -= no) [boolean]</strong></span></td>  
268 -</tr>  
269 -<tr>  
270 -<td width="50">&nbsp;</td>  
271 -<td width="25">&nbsp;</td>  
272 -<td width="525">Enables debug mode. In debug mode  
273 -the executable will dump any log file output in the console.</td>  
274 -</tr>  
275 -<tr>  
276 -<td width="50">&nbsp;</td>  
277 -<td>&nbsp;</td>  
278 -<td width="525">&nbsp;</td>  
279 -</tr>  
280 -<tr>  
281 -<td width="50">&nbsp;</td>  
282 -<td colspan="2"><span class="irafpar"><strong>(mode  
283 -= ql) [string]</strong></span></td>  
284 -</tr>  
285 -<tr>  
286 -<td width="50">&nbsp;</td>  
287 -<td width="25">&nbsp;</td>  
288 -<td width="525">Mode of automatic parameters.</td>  
289 -</tr>  
290 -<tr>  
291 -<td width="50">&nbsp;</td>  
292 -<td>&nbsp;</td>  
293 -<td width="525">&nbsp;</td>  
294 -</tr>  
295 -</tbody>  
296 -</table>  
297 -<br>  
298 -<p class="Title">Related FTOOLS</p>  
299 -<br>  
300 -<hr size="1">  
301 -<p class="Body">Last updated by: J&uuml;rgen  
302 -Kn&ouml;dlseder 18 December  
303 -2012  
304 -</p>  
305 -<br>  
306 -</body></html>  
307 \ No newline at end of file 0 \ No newline at end of file
doc/source/fhelp/ftools_usage.html deleted
1 -<!DOCTYPE html PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN">  
2 -<html lang="en"><head>  
3 -<meta content="text/html; charset=ISO-8859-1" http-equiv="content-type"><title>Basic FTOOL Parameter Usage</title>  
4 -  
5 -<link rel="stylesheet" type="text/css" media="screen,print" href="ctools.css">  
6 -<meta content="Jurgen Knodlseder" name="author">  
7 -<meta content="Basic FTOOL Parameter Usage" name="description">  
8 -</head>  
9 -<body>  
10 -<p class="Header">Basic FTOOL Parameter Usage</p>  
11 -<br>  
12 -<p class="Title">Automatic Parameters:</p>  
13 -<table class="Body" border="0" cellpadding="0" cellspacing="0" width="600">  
14 -<tbody>  
15 -<tr>  
16 -<td width="50">&nbsp;</td>  
17 -<td colspan="2"><span class="irafpar"><strong>par_name  
18 -[ = value ]  
19 -&lt;valid values&gt; type</strong></span></td>  
20 -</tr>  
21 -<tr>  
22 -<td width="50">&nbsp;</td>  
23 -<td width="25">&nbsp;</td>  
24 -<td width="525">Where <code>par_name</code>  
25 -is the name of the parameter, <code>value</code> is the  
26 -default value,  
27 -<code>valid values</code> are valid parameter values,  
28 -separated by <code>|</code> characters,  
29 -and <code>type</code> is the type of the parameter. The  
30 -type is enclosed in square  
31 -brackets. </td>  
32 -</tr>  
33 -</tbody>  
34 -</table>  
35 -<br>  
36 -<p class="Title">Hidden Parameters:</p>  
37 -<table class="Body" border="0" cellpadding="0" cellspacing="0" width="600">  
38 -<tbody>  
39 -<tr>  
40 -<td width="50">&nbsp;</td>  
41 -<td colspan="2"><span class="irafpar"><strong>(par_name  
42 -= value ) type</strong></span></td>  
43 -</tr>  
44 -<tr>  
45 -<td width="50">&nbsp;</td>  
46 -<td width="25">&nbsp;</td>  
47 -<td width="525">Where <code>par_name</code>  
48 -is the name of the parameter, <code>value</code> is the  
49 -default value,  
50 -and <code>type</code> is the type of the parameter. The  
51 -type is enclosed in square  
52 -brackets. </td>  
53 -</tr>  
54 -</tbody>  
55 -</table>  
56 -<br>  
57 -<p class="Title">Examples:</p>  
58 -<table class="Body" border="0" cellpadding="0" cellspacing="0" width="600">  
59 -<tbody>  
60 -<tr>  
61 -<td>&nbsp;</td>  
62 -<td colspan="2"><span class="irafpar"><strong>infile  
63 -[file]</strong></span></td>  
64 -</tr>  
65 -<tr>  
66 -<td width="50">&nbsp;</td>  
67 -<td width="25">&nbsp;</td>  
68 -<td width="525">Describes an  
69 -automatic (queried) file-type parameter with no default value.</td>  
70 -</tr>  
71 -<tr>  
72 -<td width="50">&nbsp;</td>  
73 -<td>&nbsp;</td>  
74 -<td width="525">&nbsp;</td>  
75 -</tr>  
76 -<tr>  
77 -<td width="50">&nbsp;</td>  
78 -<td colspan="2"><span class="irafpar"><strong>irf  
79 -= kb_E_50h_v3 &lt;kb_E_50h_v3|kb_H_50h_v3&gt; [string]</strong></span></td>  
80 -</tr>  
81 -<tr>  
82 -<td width="50">&nbsp;</td>  
83 -<td>&nbsp;</td>  
84 -<td width="525">Describes an automatic (quiered)  
85 -string-type parameter with two value options.</td>  
86 -</tr>  
87 -<tr>  
88 -<td>&nbsp;</td>  
89 -<td>&nbsp;</td>  
90 -<td>&nbsp;</td>  
91 -</tr>  
92 -<tr>  
93 -<td width="50">&nbsp;</td>  
94 -<td colspan="2"><span class="irafpar"><strong>(plot  
95 -= yes) [bool]</strong></span></td>  
96 -</tr>  
97 -<tr>  
98 -<td width="50">&nbsp;</td>  
99 -<td>&nbsp;</td>  
100 -<td width="525">Describes a  
101 -hidden bool-type parameter named plot, whose default value is yes  
102 -(true).</td>  
103 -</tr>  
104 -<tr>  
105 -<td>&nbsp;</td>  
106 -<td>&nbsp;</td>  
107 -<td>&nbsp;</td>  
108 -</tr>  
109 -<tr>  
110 -<td colspan="3">  
111 -<p><strong>Note: To set hidden parameters at runtime,</strong>  
112 -specify them explicitly at the command line; for example:</p>  
113 -<blockquote>  
114 -<p class="irafpar">gtobssim start_time=900</p>  
115 -</blockquote>  
116 -</td>  
117 -</tr>  
118 -</tbody>  
119 -</table>  
120 -<br>  
121 -<hr size="1">  
122 -<p class="Body">Last updated by: J&uuml;rgen Kn&ouml;dlseder 8 March  
123 -2011  
124 -</p>  
125 -<br>  
126 -</body></html>  
doc/source/reference_manual/cspull.rst 0 → 100644
  1 +cspull
  2 +======
  3 +
  4 +Generates pull distribution for all model parameters.
  5 +
  6 +
  7 +Synopsis
  8 +--------
  9 +
  10 +Generates pull distributions for all parameters in a model.
  11 +The pull is defined by the fitted value minus the simulated true value,
  12 +devided by the statistical uncertainty.
  13 +For unbiased parameter estimates, the pull distribution should follow a
  14 +Gaussian centred on 0 and a sigma parameter of 1.
  15 +
  16 +
  17 +Links
  18 +-----
  19 +
  20 +
  21 +General parameters
  22 +------------------
  23 +
  24 +``inmodel [file]``
  25 + XML file that describes the astrophysical sources and the instrumental
  26 + background.
  27 +
  28 +``outfile [file]``
  29 + ASCII file containing the individual pull values.
  30 +
  31 +``ntrials [integer]``
  32 + Number of samples for generating the pull distribution.
  33 +
  34 +``caldb [string]``
  35 + Calibration database.
  36 +
  37 +``irf [string]``
  38 + Instrumental response function.
  39 +
  40 +``(edisp = no) [boolean]``
  41 + Apply energy dispersion to response computation.
  42 +
  43 +``ra [double]``
  44 + Right Ascension of CTA pointing (J2000, in degrees).
  45 +
  46 +``dec [double]``
  47 + Declination of CTA pointing (J2000, in degrees).
  48 +
  49 +``emin [double]``
  50 + Lower energy limit of events (in TeV).
  51 +
  52 +``emax [double]``
  53 + Upper energy limit of events (in TeV).
  54 +
  55 +``enumbins [integer]``
  56 + Number of energy bins (0=unbinned).
  57 +
  58 +``duration [double]``
  59 + Duration of observation (in seconds).
  60 +
  61 +``(deadc = 0.95) [double]``
  62 + Average deadtime correction factor.
  63 +
  64 +``(rad = 5.0) [double]``
  65 + ROI radius (in degrees).
  66 +
  67 +``(pattern = single) [string]``
  68 + Pattern for pointing simulation (single/four).
  69 +
  70 +``(offset = 1.5) [double]``
  71 + Observation pattern offset (in degrees).
  72 +
  73 +``(npix = 200) [integer]``
  74 + Number of pixels for binned analysis.
  75 +
  76 +``(binsz = 0.05) [double]``
  77 + Pixel size for binned analysis.
  78 +
  79 +
  80 +Standard parameters
  81 +-------------------
  82 +
  83 +``(chatter = 2) [integer]``
  84 + Verbosity of the executable:
  85 + chatter = 0: no information will be logged
  86 +
  87 + chatter = 1: only errors will be logged
  88 +
  89 + chatter = 2: errors and actions will be logged
  90 +
  91 + chatter = 3: report about the task execution
  92 +
  93 + chatter = 4: detailed report about the task execution
  94 +
  95 +``(clobber = yes) [boolean]``
  96 + Specifies whether an existing output counts cube should be overwritten.
  97 +
  98 +``(debug = no) [boolean]``
  99 + Enables debug mode. In debug mode the executable will dump any log file output to the console.
  100 +
  101 +``(mode = ql) [string]``
  102 + Mode of automatic parameters (default is "ql", i.e. "query and learn").
  103 +
  104 +
  105 +Related tools
  106 +-------------
  107 +
  108 +None
doc/source/reference_manual/cssens.rst 0 → 100644
  1 +cssens
  2 +======
  3 +
  4 +Computes the CTA sensitivity for a number of energy bins.
  5 +
  6 +
  7 +Synopsis
  8 +--------
  9 +
  10 +Computes the CTA sensitivity for a number of energy bins using :doc:`ctlike`.
  11 +Crab spectra are fitted in narrow energy bins to simulated data, and the
  12 +flux level is determined that leads to a particular significance.
  13 +
  14 +
  15 +Links
  16 +-----
  17 +
  18 +
  19 +General parameters
  20 +------------------
  21 +
  22 +``outfile [file]``
  23 + ASCII file containing the sensitivity values.
  24 +
  25 +``caldb [string]``
  26 + Calibration database.
  27 +
  28 +``irf [string]``
  29 + Instrumental response function.
  30 +
  31 +``type <point|gauss|shell|disk> [string]``
  32 + Source model type.
  33 +
  34 +``offset [double]``
  35 + Source offset angle (in degrees).
  36 +
  37 +``bkg [string]``
  38 + Background model file function (none=power law for subarray E).
  39 +
  40 +``duration [double]``
  41 + Effective exposure time (in seconds).
  42 +
  43 +``rad [double]``
  44 + Radius of ROI (in degrees).
  45 +
  46 +``(enumbins = 0) [integer]``
  47 + Number of energy bins (0=unbinned).
  48 +
  49 +``(npix = 200) [integer]``
  50 + Number of pixels for binned analysis.
  51 +
  52 +``(binsz = 0.05) [double]``
  53 + Pixel size for binned analysis.
  54 +
  55 +``(sigma = 5.0) [double]``
  56 + Significance threshold.
  57 +
  58 +``(ts_use = yes) [boolean]``
  59 + Use TS for signifiance estimation?
  60 +
  61 +``(index = -2.48) [double]``
  62 + Spectral index for source model.
  63 +
  64 +``(radius = 0.1) [double]``
  65 + Extended source model radius (in degrees).
  66 +
  67 +``(width = 0.05) [double]``
  68 + Extended source model width (in degrees).
  69 +
  70 +``(max_iter = 50) [integer]``
  71 + Maximum number of iterations.
  72 +
  73 +``(num_avg = 3) [integer]``
  74 + Number of iterations for sliding average.
  75 +
  76 +
  77 +Standard parameters
  78 +-------------------
  79 +
  80 +``(chatter = 2) [integer]``
  81 + Verbosity of the executable:
  82 + chatter = 0: no information will be logged
  83 +
  84 + chatter = 1: only errors will be logged
  85 +
  86 + chatter = 2: errors and actions will be logged
  87 +
  88 + chatter = 3: report about the task execution
  89 +
  90 + chatter = 4: detailed report about the task execution
  91 +
  92 +``(clobber = yes) [boolean]``
  93 + Specifies whether an existing output counts cube should be overwritten.
  94 +
  95 +``(debug = no) [boolean]``
  96 + Enables debug mode. In debug mode the executable will dump any log file output to the console.
  97 +
  98 +``(mode = ql) [string]``
  99 + Mode of automatic parameters (default is "ql", i.e. "query and learn").
  100 +
  101 +
  102 +Related tools
  103 +-------------
  104 +
  105 +None
doc/source/reference_manual/cstsdist.rst 0 → 100644
  1 +cstsdist
  2 +========
  3 +
  4 +Generates the TS distribution for a particular model.
  5 +
  6 +
  7 +Synopsis
  8 +--------
  9 +
  10 +Generates the Test Statistics (TS) distribution for a particular model based on
  11 +Monte-Carlo simulations.
  12 +
  13 +
  14 +Links
  15 +-----
  16 +
  17 +
  18 +General parameters
  19 +------------------
  20 +
  21 +``(outfile = ts.dat) [file]``
  22 + ASCII file containing the TS distribution values.
  23 +
  24 +``ntrials [integer]``
  25 + Number of Monte Carlo samples.
  26 +
  27 +``caldb [string]``
  28 + Calibration database.
  29 +
  30 +``irf [string]``
  31 + Instrumental response function.
  32 +
  33 +``type <point|gauss|shell|disk> [string]``
  34 + Source model type.
  35 +
  36 +``(index = -2.48) [double]``
  37 + Spectral index for source model.
  38 +
  39 +``offset [double]``
  40 + Source offset angle (in degrees).
  41 +
  42 +``bkg [string]``
  43 + Background model file function (none=power law for subarray E).
  44 +
  45 +``emin [double]``
  46 + Lower energy limit (in TeV).
  47 +
  48 +``emax [double]``
  49 + Upper energy limit (in TeV).
  50 +
  51 +``enumbins [integer]``
  52 + Number of energy bins (0=unbinned).
  53 +
  54 +``duration [double]``
  55 + Effective exposure time (in seconds).
  56 +
  57 +``(rad = 5.0) [double]``
  58 + Radius of ROI (in degrees).
  59 +
  60 +``(npix = 200) [integer]``
  61 + Number of pixels for binned analysis.
  62 +
  63 +``(binsz = 0.05) [double]``
  64 + Pixel size for binned analysis.
  65 +
  66 +
  67 +Standard parameters
  68 +-------------------
  69 +
  70 +``(chatter = 2) [integer]``
  71 + Verbosity of the executable:
  72 + chatter = 0: no information will be logged
  73 +
  74 + chatter = 1: only errors will be logged
  75 +
  76 + chatter = 2: errors and actions will be logged
  77 +
  78 + chatter = 3: report about the task execution
  79 +
  80 + chatter = 4: detailed report about the task execution
  81 +
  82 +``(clobber = yes) [boolean]``
  83 + Specifies whether an existing output counts cube should be overwritten.
  84 +
  85 +``(debug = no) [boolean]``
  86 + Enables debug mode. In debug mode the executable will dump any log file output to the console.
  87 +
  88 +``(mode = ql) [string]``
  89 + Mode of automatic parameters (default is "ql", i.e. "query and learn").
  90 +
  91 +
  92 +Related tools
  93 +-------------
  94 +
  95 +None
doc/source/reference_manual/ctbin.rst 0 → 100644
  1 +ctbin
  2 +=====
  3 +
  4 +Generate a counts cube for binned maximum likelihood analysis.
  5 +
  6 +
  7 +Synopsis
  8 +--------
  9 +
  10 +This tool computes the counts cube for use in a binned maximum likelihood
  11 +analysis.
  12 +The counts cubes are 3-dimensional data cubes spanned by Right Ascension or
  13 +Galactic longitude, Declination or Galactic latitude, and energy.
  14 +The energy binning may be either linear, logarithmic, or custom defined.
  15 +If an observation definition XML file containing several observations is
  16 +provided on input, the tool will stack all data into a single counts cube.
  17 +
  18 +
  19 +Links
  20 +-----
  21 +
  22 +
  23 +General parameters
  24 +------------------
  25 +
  26 +``inobs [file]``
  27 + Input event list or observation definition XML file.
  28 +
  29 +``outcube [file]``
  30 + Output counts cube file.
  31 +
  32 +``ebinalg = LOG <FILE|LIN|LOG> [string]``
  33 + Algorithm for defining energy bins.
  34 +
  35 +``emin [double]``
  36 + Lower energy value for first energy bin (in TeV).
  37 +
  38 +``emax [double]``
  39 + Upper energy value for last energy bin (in TeV).
  40 +
  41 +``enumbins [integer]``
  42 + Number of energy bins.
  43 +
  44 +``ebinfile = NONE [file]``
  45 + Name of the file containing the energy bin definition.
  46 +
  47 +``(usepnt = no) [boolean]``
  48 + Use CTA pointing direction for cube centre instead of xref/yref parameters?
  49 +
  50 +``nxpix [integer]``
  51 + Size of the Right Ascension / Galactic longitude axis (in pixels).
  52 +
  53 +``nypix [integer]``
  54 + Size of the Declination / Galactic latitude axis (in pixels).
  55 +
  56 +``binsz [double]``
  57 + Pixel size (in degrees/pixel).
  58 +
  59 +``coordsys = CEL <CEL|GAL> [string]``
  60 + Coordinate system (CEL - celestial, GAL - galactic).
  61 +
  62 +``xref [double]``
  63 + Right Ascension / Galactic longitude of cube centre (J2000, in degrees).
  64 +
  65 +``yref [double]``
  66 + Declination / Galactic latitude of cube centre (J2000, in degrees).
  67 +
  68 +``(axisrot = h) [double]``
  69 + Rotation angle of image axes (in degrees).
  70 +
  71 +``proj = CAR <AIT|AZP|CAR|MER|STG|TAN> [string]``
  72 + Projection method.
  73 +
  74 +
  75 +Standard parameters
  76 +-------------------
  77 +
  78 +``(chatter = 2) [integer]``
  79 + Verbosity of the executable:
  80 + chatter = 0: no information will be logged
  81 +
  82 + chatter = 1: only errors will be logged
  83 +
  84 + chatter = 2: errors and actions will be logged
  85 +
  86 + chatter = 3: report about the task execution
  87 +
  88 + chatter = 4: detailed report about the task execution
  89 +
  90 +``(clobber = yes) [boolean]``
  91 + Specifies whether an existing output counts cube should be overwritten.
  92 +
  93 +``(debug = no) [boolean]``
  94 + Enables debug mode. In debug mode the executable will dump any log file output to the console.
  95 +
  96 +``(mode = ql) [string]``
  97 + Mode of automatic parameters (default is "ql", i.e. "query and learn").
  98 +
  99 +``(logfile = ctbin.log) [string]``
  100 + Name of log file.
  101 +
  102 +
  103 +Related tools
  104 +-------------
  105 +
  106 +None
doc/source/reference_manual/ctbutterfly.rst 0 → 100644
  1 +ctbutterfly
  2 +===========
  3 +
  4 +Computes butterfly.
  5 +
  6 +
  7 +Synopsis
  8 +--------
  9 +
  10 +Calculates the confidence band of a spectral model, taking into account the
  11 +covariance matrix of a likelihood fit.
  12 +
  13 +
  14 +Links
  15 +-----
  16 +
  17 +
  18 +General parameters
  19 +------------------
  20 +
  21 +``inobs [file]``
  22 + Input event list, counts cube or observation definition XML file.
  23 +
  24 +``inmodel [file]``
  25 + Model XML file containing the source and background definitions.
  26 +
  27 +``srcname [string]``
  28 + Name of model component for which butterfly should be computed.
  29 +
  30 +``caldb [string]``
  31 + Calibration database.
  32 +
  33 +``irf [string]``
  34 + Instrumental response function.
  35 +
  36 +``outfile [file]``
  37 + Output butterfly ASCII file name.
  38 +
  39 +``(matrix = "NONE") [file]``
  40 + Input covariance matrix file (not used)
  41 +
  42 +``(ebinalg = "LOG") <FILE|LIN|LOG> [string]``
  43 + Butterfly energy binning algorithm.
  44 +
  45 +``emin [double]``
  46 + Minimum energy of butterfly (in TeV).
  47 +
  48 +``emax [double]``
  49 + Maximum energy of butterfly (in TeV).
  50 +
  51 +``(enumbins = 100) [string]``
  52 + Number of energy bins of butterfly.
  53 +
  54 +``(ebinfile = "NONE") [string]``
  55 + File for energy binning algorithm.
  56 +
  57 +
  58 +Standard parameters
  59 +-------------------
  60 +
  61 +``(chatter = 2) [integer]``
  62 + Verbosity of the executable:
  63 + chatter = 0: no information will be logged
  64 +
  65 + chatter = 1: only errors will be logged
  66 +
  67 + chatter = 2: errors and actions will be logged
  68 +
  69 + chatter = 3: report about the task execution
  70 +
  71 + chatter = 4: detailed report about the task execution
  72 +
  73 +``(clobber = yes) [boolean]``
  74 + Specifies whether an existing output counts cube should be overwritten.
  75 +
  76 +``(debug = no) [boolean]``
  77 + Enables debug mode. In debug mode the executable will dump any log file output to the console.
  78 +
  79 +``(mode = ql) [string]``
  80 + Mode of automatic parameters (default is "ql", i.e. "query and learn").
  81 +
  82 +``(logfile = ctskymap.log) [string]``
  83 + Name of log file.
  84 +
  85 +
  86 +Related tools
  87 +-------------
  88 +
  89 +None
doc/source/reference_manual/ctlike.rst 0 → 100644
  1 +ctlike
  2 +======
  3 +
  4 +Performs binned and unbinned maximum likelihood analysis of CTA data.
  5 +
  6 +
  7 +Synopsis
  8 +--------
  9 +
  10 +Determines source model parameters, such as flux, spectral index, source
  11 +position, and source extent from a maximum likelihood analysis of CTA data.
  12 +The analysis can be done in a binned or an unbinned formulation of the
  13 +log-likelihood function.
  14 +For binned analysis, a counts cube produced by :doc:`ctbin` is required.
  15 +For unbinned analysis, an event list processed by :doc:`ctselect` is required.
  16 +Based on the input file format, ctlike automatically selects between binned
  17 +and unbinned maximum likelihood analysis.
  18 +
  19 +
  20 +Links
  21 +-----
  22 +
  23 +
  24 +General parameters
  25 +------------------
  26 +
  27 +``inobs [file]``
  28 + Input event list, counts cube or observation definition XML file.
  29 +
  30 +``(stat = POISSON) [string]``
  31 + Fitting statistics (POISSON or GAUSSIAN; only affects binned analysis).
  32 +
  33 +``(edisp = no) [boolean]``
  34 + Applies energy dispersion to response computation.
  35 +
  36 +``(refit = no) [boolean]``
  37 + Performs refitting of solution after initial fit.
  38 +
  39 +``caldb [string]``
  40 + Calibration database.
  41 +
  42 +``irf [string]``
  43 + Instrument response function.
  44 +
  45 +``inmodel [string]``
  46 + Source model input XML file.
  47 +
  48 +``outmodel [string]``
  49 + Source model result XML file with values and uncertainties updated by
  50 + the maximum likelihood fit.
  51 +
  52 +
  53 +Standard parameters
  54 +-------------------
  55 +
  56 +``(chatter = 2) [integer]``
  57 + Verbosity of the executable:
  58 + chatter = 0: no information will be logged
  59 +
  60 + chatter = 1: only errors will be logged
  61 +
  62 + chatter = 2: errors and actions will be logged
  63 +
  64 + chatter = 3: report about the task execution
  65 +
  66 + chatter = 4: detailed report about the task execution
  67 +
  68 +``(clobber = yes) [boolean]``
  69 + Specifies whether an existing output counts cube should be overwritten.
  70 +
  71 +``(debug = no) [boolean]``
  72 + Enables debug mode. In debug mode the executable will dump any log file output to the console.
  73 +
  74 +``(mode = ql) [string]``
  75 + Mode of automatic parameters (default is "ql", i.e. "query and learn").
  76 +
  77 +``(logfile = ctlike.log) [string]``
  78 + Name of log file.
  79 +
  80 +
  81 +Related tools
  82 +-------------
  83 +
  84 +None
doc/source/reference_manual/ctmodel.rst 0 → 100644
  1 +ctmodel
  2 +=======
  3 +
  4 +Computes model counts cube.
  5 +
  6 +
  7 +Synopsis
  8 +--------
  9 +
  10 +This tool computes a model counts cube based on an XML model.
  11 +The counts cube is a 3-dimensional data cube spanned by Right Ascension or
  12 +Galactic longitude, Declination or Galactic latitude, and energy.
  13 +
  14 +
  15 +Links
  16 +-----
  17 +
  18 +
  19 +General parameters
  20 +------------------
  21 +
  22 +``incube [file]``
  23 + Input counts cube. If the parameter is not NONE or blank, the specified
  24 + counts cube will be used to define the dimensions of the model cube.
  25 +
  26 +``outcube [file]``
  27 + Output model counts cube.
  28 +
  29 +``inmodel [string]``
  30 + Source model XML file.
  31 +
  32 +``(edisp = no) [boolean]``
  33 + Apply energy dispersion to response computation.
  34 +
  35 +``inobs [file]``
  36 + Input event list, counts cube or observation definition XML file.
  37 +
  38 +``caldb [string]``
  39 + Calibration database.
  40 +
  41 +``irf [string]``
  42 + Instrument response function.
  43 +
  44 +``ra [double]``
  45 + Right Ascension of pointing (J2000, in degrees).
  46 +
  47 +``dec [double]``
  48 + Declination of pointing (J2000, in degrees).
  49 +
  50 +``rad [double]``
  51 + Radius of field of view (in degrees).
  52 +
  53 +``tmin [double]``
  54 + CTA mission elapsed start time (in seconds).
  55 +
  56 +``tmax [double]``
  57 + CTA mission elapsed stop time (in seconds).
  58 +
  59 +``(deadc = 0.95) [double]``
  60 + Average deadtime correction factor.
  61 +
  62 +``(ebinalg = LOG) <FILE|LIN|LOG> [string]``
  63 + Algorithm for defining energy bins.
  64 +
  65 +``emin [double]``
  66 + Lower energy value for first energy bin (in TeV).
  67 +
  68 +``emax [double]``
  69 + Upper energy value for last energy bin (in TeV).
  70 +
  71 +``enumbins [integer]``
  72 + Number of energy bins.
  73 +
  74 +``(ebinfile = NONE) [file]``
  75 + Name of the file containing the energy bin definition.
  76 +
  77 +``(usepnt = no) [boolean]``
  78 + Use pointing instead of xref/yref parameters?
  79 +
  80 +``nxpix [integer]``
  81 + Size of the Right Ascension / Galactic longitude axis (in pixels).
  82 +
  83 +``nypix [integer]``
  84 + Size of the Declination / Galactic latitude axis (in pixels).
  85 +
  86 +``binsz [double]``
  87 + Pixel size (in degrees/pixel).
  88 +
  89 +``coordsys = CEL <CEL|GAL> [string]``
  90 + Coordinate system (CEL - celestial, GAL - galactic).
  91 +
  92 +``xref [double]``
  93 + Right Ascension / Galactic longitude of image centre (J2000, in degrees).
  94 +
  95 +``yref [double]``
  96 + Declination / Galactic latitude of image centre (J2000, in degrees).
  97 +
  98 +``(axisrot = h) [double]``
  99 + Rotation angle of image axes (in degrees).
  100 +
  101 +``proj = CAR <AIT|AZP|CAR|MER|STG|TAN> [string]``
  102 + Projection method.
  103 +
  104 +
  105 +Standard parameters
  106 +-------------------
  107 +
  108 +``(chatter = 2) [integer]``
  109 + Verbosity of the executable:
  110 + chatter = 0: no information will be logged
  111 +
  112 + chatter = 1: only errors will be logged
  113 +
  114 + chatter = 2: errors and actions will be logged
  115 +
  116 + chatter = 3: report about the task execution
  117 +
  118 + chatter = 4: detailed report about the task execution
  119 +
  120 +``(clobber = yes) [boolean]``
  121 + Specifies whether an existing output counts cube should be overwritten.
  122 +
  123 +``(debug = no) [boolean]``
  124 + Enables debug mode. In debug mode the executable will dump any log file output to the console.
  125 +
  126 +``(mode = ql) [string]``
  127 + Mode of automatic parameters (default is "ql", i.e. "query and learn").
  128 +
  129 +``(logfile = ctmodel.log) [string]``
  130 + Name of log file.
  131 +
  132 +
  133 +Related tools
  134 +-------------
  135 +
  136 +None
doc/source/reference_manual/ctobssim.rst 0 → 100644
  1 +ctobssim
  2 +========
  3 +
  4 +Simulates CTA events.
  5 +
  6 +
  7 +Synopsis
  8 +--------
  9 +
  10 +Generate photon events from astrophysical sources and process those photons
  11 +according to the specified instrument response functions and generate
  12 +instrumental background events.
  13 +
  14 +Links
  15 +-----
  16 +
  17 +
  18 +General parameters
  19 +------------------
  20 +
  21 +``inobs [file]``
  22 + Input event list or observation definition XML file. If provided (i.e. the
  23 + parameter is not blank or NONE), the pointing definition and eventually the
  24 + response information will be extracted from the input file for event
  25 + simulation.
  26 +
  27 +``inmodel [file]``
  28 + XML file that describes the astrophysical sources and the instrumental
  29 + background.
  30 +
  31 +``outevents [file]``
  32 + Output event list or observation definition XML file.
  33 +
  34 +``(prefix = sim_events_) [string]``
  35 + Prefix for event list in observation definition XML file.
  36 +
  37 +``caldb [string]``
  38 + Calibration database.
  39 +
  40 +``irf [string]``
  41 + Instrumental response function.
  42 +
  43 +``(seed = 1) [integer]``
  44 + Integer seed value to be used for Monte Carlo simulations.
  45 +
  46 +``ra [double]``
  47 + Right Ascension of CTA pointing (J2000, in degrees).
  48 +
  49 +``dec [double]``
  50 + Declination of CTA pointing (J2000, in degrees).
  51 +
  52 +``rad [double]``
  53 + Radius of CTA field of view (simulation cone radius) (in degrees).
  54 +
  55 +``tmin [double]``
  56 + Mission elapsed start time of observation (in seconds).
  57 +
  58 +``tmax [double]``
  59 + Mission elapsed stop time of observation (in seconds).
  60 +
  61 +``emin [double]``
  62 + Lower energy limit of events (in TeV).
  63 +
  64 +``emax [double]``
  65 + Upper energy limit of events (in TeV).
  66 +
  67 +``(edisp = no) [boolean]``
  68 + Apply energy dispersion?
  69 +
  70 +``(deadc = 0.95) [double]``
  71 + Average deadtime correction factor.
  72 +
  73 +
  74 +Standard parameters
  75 +-------------------
  76 +
  77 +``(chatter = 2) [integer]``
  78 + Verbosity of the executable:
  79 + chatter = 0: no information will be logged
  80 +
  81 + chatter = 1: only errors will be logged
  82 +
  83 + chatter = 2: errors and actions will be logged
  84 +
  85 + chatter = 3: report about the task execution
  86 +
  87 + chatter = 4: detailed report about the task execution
  88 +
  89 +``(clobber = yes) [boolean]``
  90 + Specifies whether an existing output counts cube should be overwritten.
  91 +
  92 +``(debug = no) [boolean]``
  93 + Enables debug mode. In debug mode the executable will dump any log file output to the console.
  94 +
  95 +``(mode = ql) [string]``
  96 + Mode of automatic parameters (default is "ql", i.e. "query and learn").
  97 +
  98 +``(logfile = ctobssim.log) [string]``
  99 + Name of log file.
  100 +
  101 +
  102 +Related tools
  103 +-------------
  104 +
  105 +None
doc/source/reference_manual/ctselect.rst 0 → 100644
  1 +ctselect
  2 +========
  3 +
  4 +Performs sub-selections of event data.
  5 +
  6 +
  7 +Synopsis
  8 +--------
  9 +
  10 +Creates a new FITS file of selected events from an input event list based
  11 +on spatial, temporal, and energy cuts.
  12 +
  13 +
  14 +Links
  15 +-----
  16 +
  17 +
  18 +General parameters
  19 +------------------
  20 +
  21 +``inobs [file]``
  22 + Input event list or observation definition XML file
  23 +
  24 +``outobs [file]``
  25 + Output event list or observation definition XML file.
  26 +
  27 +``(prefix = "selected_") [string]``
  28 + Prefix for output event lists in observation definition file.
  29 +
  30 +``(usepnt = no) [boolean]``
  31 + Use pointing instead of RA/DEC parameters?
  32 +
  33 +``ra [double]``
  34 + Right Ascension of acceptance cone (or ROI) centre (J2000, in degrees).
  35 +
  36 +``dec [double]``
  37 + Declination of acceptance cone (or ROI) centre (J2000, in degrees).
  38 +
  39 +``rad [double]``
  40 + Radius of acceptance cone (or ROI) centre (in degrees).
  41 +
  42 +``tmin [double]``
  43 + CTA mission elapsed start time defining the earliest event (in seconds).
  44 +
  45 +``tmax [double]``
  46 + CTA mission elapsed stop time defining the latest event (in seconds).
  47 +
  48 +``emin [double]``
  49 + Lower energy limit of events (in TeV).
  50 +
  51 +``emax [double]``
  52 + Upper energy limit of events (in TeV).
  53 +
  54 +``(expr = "") [string]``
  55 + Additional event selection expression (cfitsio syntax).
  56 +
  57 +``(usethres = NONE) [string]``
  58 + Energy threshold type (one of NONE, DEFAULT or USER).
  59 +
  60 +
  61 +Standard parameters
  62 +-------------------
  63 +
  64 +``(chatter = 2) [integer]``
  65 + Verbosity of the executable:
  66 + chatter = 0: no information will be logged
  67 +
  68 + chatter = 1: only errors will be logged
  69 +
  70 + chatter = 2: errors and actions will be logged
  71 +
  72 + chatter = 3: report about the task execution
  73 +
  74 + chatter = 4: detailed report about the task execution
  75 +
  76 +``(clobber = yes) [boolean]``
  77 + Specifies whether an existing output counts cube should be overwritten.
  78 +
  79 +``(debug = no) [boolean]``
  80 + Enables debug mode. In debug mode the executable will dump any log file output to the console.
  81 +
  82 +``(mode = ql) [string]``
  83 + Mode of automatic parameters (default is "ql", i.e. "query and learn").
  84 +
  85 +``(logfile = ctlike.log) [string]``
  86 + Name of log file.
  87 +
  88 +
  89 +Related tools
  90 +-------------
  91 +
  92 +None
doc/source/reference_manual/ctskymap.rst 0 → 100644
  1 +ctskymap
  2 +========
  3 +
  4 +Computes sky map from CTA data.
  5 +
  6 +
  7 +Synopsis
  8 +--------
  9 +
  10 +This tool generates a sky map from CTA data.
  11 +
  12 +
  13 +Links
  14 +-----
  15 +
  16 +
  17 +General parameters
  18 +------------------
  19 +
  20 +``inobs [file]``
  21 + Input event list or observation definition XML file.
  22 +
  23 +``outmap [file]``
  24 + Output sky map.
  25 +
  26 +``emin [double]``
  27 + Minimum energy in map (in TeV).
  28 +
  29 +``emax [double]``
  30 + Maximum energy in map (in TeV).
  31 +
  32 +``(usepnt = no) [boolean]``
  33 + Use pointing instead of xref/yref parameters?
  34 +
  35 +``nxpix [integer]``
  36 + Size of the Right Ascension / Galactic longitude axis (in pixels).
  37 +
  38 +``nypix [integer]``
  39 + Size of the Declination / Galactic latitude axis (in pixels).
  40 +
  41 +``binsz [double]``
  42 + Pixel size (in degrees/pixel).
  43 +
  44 +``coordsys = CEL <CEL|GAL> [string]``
  45 + Coordinate system (CEL - celestial, GAL - galactic).
  46 +
  47 +``xref [double]``
  48 + Right Ascension / Galactic longitude of image centre (J2000, in degrees).
  49 +
  50 +``yref [double]``
  51 + Declination / Galactic latitude of image centre (J2000, in degrees).
  52 +
  53 +``(axisrot = h) [double]``
  54 + Rotation angle of image axes (in degrees).
  55 +
  56 +``proj = CAR <AIT|AZP|CAR|MER|STG|TAN> [string]``
  57 + Projection method.
  58 +
  59 +
  60 +Standard parameters
  61 +-------------------
  62 +
  63 +``(chatter = 2) [integer]``
  64 + Verbosity of the executable:
  65 + chatter = 0: no information will be logged
  66 +
  67 + chatter = 1: only errors will be logged
  68 +
  69 + chatter = 2: errors and actions will be logged
  70 +
  71 + chatter = 3: report about the task execution
  72 +
  73 + chatter = 4: detailed report about the task execution
  74 +
  75 +``(clobber = yes) [boolean]``
  76 + Specifies whether an existing output counts cube should be overwritten.
  77 +
  78 +``(debug = no) [boolean]``
  79 + Enables debug mode. In debug mode the executable will dump any log file output to the console.
  80 +
  81 +``(mode = ql) [string]``
  82 + Mode of automatic parameters (default is "ql", i.e. "query and learn").
  83 +
  84 +``(logfile = ctskymap.log) [string]``
  85 + Name of log file.
  86 +
  87 +
  88 +Related tools
  89 +-------------
  90 +
  91 +None
doc/source/reference_manual/index.rst 0 → 100644
  1 +ctools reference manual
  2 +=======================
  3 +
  4 +General information on ctools usage can be found `here <usage.html>`__.
  5 +
  6 +Below you find links to the command line reference for the tools and scripts
  7 +that are available.
  8 +
  9 +ctools
  10 +------
  11 +
  12 +.. toctree::
  13 + :maxdepth: 1
  14 +
  15 + ctbin --- Generates counts cube <ctbin>
  16 + ctbutterfly --- Compute butterfly <ctbutterfly>
  17 + ctlike --- Performs maximum likelihood fitting <ctlike>
  18 + ctmodel --- Computes model counts cube <ctmodel>
  19 + ctobssim --- Simulate CTA observations <ctobssim>
  20 + ctselect --- Selects event data <ctselect>
  21 + ctskymap --- Generate sky map <ctskymap>
  22 +
  23 +
  24 +cscripts
  25 +--------
  26 +
  27 +.. toctree::
  28 + :maxdepth: 1
  29 +
  30 + cspull --- Generate pull distribution <cspull>
  31 + cssens --- Computes CTA sensitivity <cssens>
  32 + cstsdist --- Generate TS distribution <cstsdist>
doc/source/reference_manual/usage.rst 0 → 100644
  1 +Basic ctools parameter usage
  2 +============================
  3 +
  4 +Automatic parameters
  5 +--------------------
  6 +
  7 +``par_name [ = value ] <valid values> type``
  8 + Where par_name is the name of the parameter, value is the default value,
  9 + valid values are valid parameter values, separated by | characters, and
  10 + type is the type of the parameter.
  11 + The type is enclosed in square brackets.
  12 +
  13 +
  14 +Hidden parameters
  15 +-----------------
  16 +
  17 +``(par_name = value) type``
  18 + Where par_name is the name of the parameter, value is the default value,
  19 + and type is the type of the parameter.
  20 + The type is enclosed in square brackets.
  21 +
  22 +
  23 +Examples
  24 +--------
  25 +
  26 +``infile [file]``
  27 + Describes an automatic (queried) file-type parameter with no default value.
  28 +
  29 +``irf = kb_E_50h_v3 <kb_E_50h_v3|kb_H_50h_v3> [string]``
  30 + Describes an automatic (queried) string-type parameter with two value
  31 + options.
  32 +
  33 +``(plot = yes) [boolean]``
  34 + Describes a hidden bool-type parameter named plot, whose default value
  35 + is yes (true).
  36 +
  37 +.. note::
  38 +
  39 + To set hidden parameters at runtime, specify them explicitly at
  40 + the command line; for example:
  41 +
  42 + ``gtobssim start_time=900``
doc/source/tools_reference.rst deleted
1 -ctools reference manual  
2 -=======================  
3 -  
4 -General information on FTOOLS usage can be found `here <fhelp/ftools_usage.html>`__.  
5 -  
6 -Below you can find links to the command line tools help pages that are available in ctools.  
7 -  
8 -ctools  
9 -------  
10 -  
11 -* `ctbin <fhelp/ctbin.html>`__ --- Calculates counts maps for binned maximum likelihood analysis.  
12 -* `ctlike <fhelp/ctlike.html>`__ --- Performs binned and unbinned maximum likelihood analysis of CTA data.  
13 -* `ctmodel <fhelp/ctmodel.html>`__ --- Calculates model counts maps.  
14 -* `ctobssim <fhelp/ctobssim.html>`__ --- Observation simulator.  
15 -* `ctselect <fhelp/ctselect.html>`__ --- Performs sub-selections of event data which are needed for unbinned maximum likelihood analysis.  
16 -* `ctskymap <fhelp/ctskymap.html>`__ --- Computes sky map from CTA data.  
17 -* `ctbutterfly <fhelp/ctbutterfly.html>`__ --- Computes a butterfly from a spectral model.  
18 -  
19 -cscripts  
20 ---------  
21 -  
22 -* `cspull <fhelp/cspull.html>`__ --- Generates pull distribution for all model parameters.  
23 -* `cssens <fhelp/cssens.html>`__ --- Computes the CTA sensitivity for a number of energy bins.  
24 -* `cstsdist <fhelp/cstsdist.html>`__ --- Generates the TS distribution for a particular model.