/[volute]/trunk/projects/theory/snapdm/test/HaloMaker_protocol-out.xml
ViewVC logotype

Annotation of /trunk/projects/theory/snapdm/test/HaloMaker_protocol-out.xml

Parent Directory Parent Directory | Revision Log Revision Log


Revision 643 - (hide annotations)
Fri Jun 27 17:10:36 2008 UTC (12 years, 6 months ago) by bourges.laurent
File MIME type: text/xml
File size: 13313 byte(s)
updated input & output XML instances
1 bourges.laurent 632 <?xml version="1.0" encoding="UTF-8" standalone="yes"?>
2     <ns2:aClusterFinder xmlns:ns2="http://www.ivoa.net/xml/SNAP/v0.1/SimDB">
3     <name>HaloMaker</name>
4     <description>The HaloMaker code finds halo in a dark matter particle simulation ...</description>
5     <referenceURL>http://projet-horizon.fr</referenceURL>
6 bourges.laurent 643 <publisherDID>horizon/haloMaker/1.0</publisherDID>
7 bourges.laurent 632 <created>2008-01-01T12:00:00+01:00</created>
8     <updated>2008-06-26T12:00:00+02:00</updated>
9     <status>published</status>
10     <contact>
11     <role>creator</role>
12     <party>
13     <ivoId>ivo://horizon/herve_wozniak</ivoId>
14     </party>
15     </contact>
16     <mainContact>
17     <ivoId>ivo://horizon/herve_wozniak</ivoId>
18     </mainContact>
19     <code>http://projet-horizon.fr</code>
20     <version>1.0</version>
21     <representation>
22     <identity>
23     <id>12</id>
24     <xmlId>HALO</xmlId>
25     </identity>
26     <name>halo</name>
27     <description>halo objects found in raw simulation data</description>
28     <property>
29     <identity>
30 bourges.laurent 643 <id>35</id>
31 bourges.laurent 632 <xmlId>HALO_X</xmlId>
32     </identity>
33     <name>x</name>
34     <datatype>float</datatype>
35     <cardinality>1</cardinality>
36     <description>X (cartesian) coordinate of the halo in the cubic box</description>
37     <ucd>pos.cartesian.x</ucd>
38     </property>
39     <property>
40     <identity>
41 bourges.laurent 643 <id>39</id>
42 bourges.laurent 632 <xmlId>HALO_Y</xmlId>
43     </identity>
44     <name>y</name>
45     <datatype>float</datatype>
46     <cardinality>1</cardinality>
47     <description>Y (cartesian) coordinate of the halo in the cubic box</description>
48     <ucd>pos.cartesian.y</ucd>
49     </property>
50     <property>
51     <identity>
52 bourges.laurent 643 <id>23</id>
53 bourges.laurent 632 <xmlId>HALO_Z</xmlId>
54     </identity>
55     <name>z</name>
56     <datatype>float</datatype>
57     <cardinality>1</cardinality>
58     <description>Z (cartesian) coordinate of the halo in the cubic box</description>
59     <ucd>pos.cartesian.z</ucd>
60     </property>
61     <property>
62     <identity>
63 bourges.laurent 643 <id>29</id>
64 bourges.laurent 632 <xmlId>HALO_ID</xmlId>
65     </identity>
66     <name>halo id</name>
67     <datatype>long</datatype>
68     <cardinality>1</cardinality>
69     <description>Unique identifier of the halo that can be compared with the halo identifier present in galaxies</description>
70     <ucd>meta.id</ucd>
71     </property>
72     <property>
73     <identity>
74 bourges.laurent 643 <id>20</id>
75 bourges.laurent 632 <xmlId>HALO_VX</xmlId>
76     </identity>
77     <name>velocity x</name>
78     <datatype>float</datatype>
79     <cardinality>1</cardinality>
80     <description>X-coordinate of the velocity of the center of mass of the halo</description>
81     <ucd>phys.veloc</ucd>
82     </property>
83     <property>
84     <identity>
85 bourges.laurent 643 <id>37</id>
86 bourges.laurent 632 <xmlId>HALO_VY</xmlId>
87     </identity>
88     <name>velocity y</name>
89     <datatype>float</datatype>
90     <cardinality>1</cardinality>
91     <description>Y-coordinate of the velocity of the center of mass of the halo</description>
92     <ucd>phys.veloc</ucd>
93     </property>
94     <property>
95     <identity>
96 bourges.laurent 643 <id>27</id>
97 bourges.laurent 632 <xmlId>HALO_VZ</xmlId>
98     </identity>
99     <name>velocity z</name>
100     <datatype>float</datatype>
101     <cardinality>1</cardinality>
102     <description>Z-coordinate of the velocity of the center of mass of the halo</description>
103     <ucd>phys.veloc</ucd>
104     </property>
105     <property>
106     <identity>
107 bourges.laurent 643 <id>30</id>
108 bourges.laurent 632 <xmlId>HALO_ANGULAR_MOMENTUM_X</xmlId>
109     </identity>
110     <name>angular momentum x</name>
111     <datatype>float</datatype>
112     <cardinality>1</cardinality>
113     <description>X-coordinate of angular momentum of the halo</description>
114     <ucd>phys.angMomentum</ucd>
115     </property>
116     <property>
117     <identity>
118 bourges.laurent 643 <id>28</id>
119 bourges.laurent 632 <xmlId>HALO_ANGULAR_MOMENTUM_Y</xmlId>
120     </identity>
121     <name>angular momentum y</name>
122     <datatype>float</datatype>
123     <cardinality>1</cardinality>
124     <description>Y-coordinate of angular momentum of the halo</description>
125     <ucd>phys.angMomentum</ucd>
126     </property>
127     <property>
128     <identity>
129 bourges.laurent 643 <id>21</id>
130 bourges.laurent 632 <xmlId>HALO_ANGULAR_MOMENTUM_Z</xmlId>
131     </identity>
132     <name>angular momentum z</name>
133     <datatype>float</datatype>
134     <cardinality>1</cardinality>
135     <description>Z-coordinate of angular momentum of the halo</description>
136     <ucd>phys.angMomentum</ucd>
137     </property>
138     <property>
139     <identity>
140 bourges.laurent 643 <id>16</id>
141 bourges.laurent 632 <xmlId>HALO_NB_OF_GALAXIES</xmlId>
142     </identity>
143     <name>number of galaxies</name>
144     <datatype>long</datatype>
145     <cardinality>1</cardinality>
146     <description>Number of galaxies in the halo</description>
147     <ucd>meta.number</ucd>
148     </property>
149     <property>
150     <identity>
151 bourges.laurent 643 <id>32</id>
152 bourges.laurent 632 <xmlId>HALO_VIRIAL_MASS</xmlId>
153     </identity>
154     <name>virial mass</name>
155     <datatype>float</datatype>
156     <cardinality>1</cardinality>
157     <description>Virial mass of the halo (i.e. by definition here the sum of the masses of all particles belonging to the halo. Units are 10^11 solar masses</description>
158     <ucd>phys.mass</ucd>
159     </property>
160     <property>
161     <identity>
162     <id>26</id>
163     <xmlId>HALO_VIRIAL_RADIUS</xmlId>
164     </identity>
165     <name>virial radius</name>
166     <datatype>float</datatype>
167     <cardinality>1</cardinality>
168     <description>Virial radius of the halo, in physical Mpc</description>
169     <ucd>phys.size.radius</ucd>
170     </property>
171     <property>
172     <identity>
173 bourges.laurent 643 <id>17</id>
174 bourges.laurent 632 <xmlId>HALO_VIRIAL_TEMPERATURE</xmlId>
175     </identity>
176     <name>virial temperature</name>
177     <datatype>float</datatype>
178     <cardinality>1</cardinality>
179     <description>Virial temperature of the halo, in Kelvin</description>
180     <ucd>phys.temperature</ucd>
181     </property>
182     <property>
183     <identity>
184 bourges.laurent 643 <id>36</id>
185 bourges.laurent 632 <xmlId>HALO_MASS_OF_COLD_GAS</xmlId>
186     </identity>
187     <name>mass of cold gas</name>
188     <datatype>float</datatype>
189     <cardinality>1</cardinality>
190     <description>Mass of cold gas (including metals and stars) in the halo, i.e. mass of the galaxies, in 10^11 M_sun</description>
191     <ucd>phys.mass</ucd>
192     </property>
193     <property>
194     <identity>
195 bourges.laurent 643 <id>31</id>
196 bourges.laurent 632 <xmlId>HALO_MASS_OF_METAL_IN_COLD_GAS</xmlId>
197     </identity>
198     <name>mass of metals in cold gas</name>
199     <datatype>float</datatype>
200     <cardinality>1</cardinality>
201     <description>Mass of metals in the cold gas of the halo, in 10^11 M_sun</description>
202     <ucd>phys.mass</ucd>
203     </property>
204     <property>
205     <identity>
206 bourges.laurent 643 <id>38</id>
207 bourges.laurent 632 <xmlId>HALO_MASS_OF_HOT_GAS</xmlId>
208     </identity>
209     <name>mass of hot gas</name>
210     <datatype>float</datatype>
211     <cardinality>1</cardinality>
212     <description>
213     Mass of hot gas in the halo (including metals), in 10^11 M_sun
214     </description>
215     <ucd>phys.mass</ucd>
216     </property>
217     <property>
218     <identity>
219     <id>24</id>
220     <xmlId>HALO_MASS_OF_METALS_IN_HOT_GAS</xmlId>
221     </identity>
222     <name>mass of metals in hot gas</name>
223     <datatype>float</datatype>
224     <cardinality>1</cardinality>
225     <description>
226     Mass of metals in the hot gas of the halo, in 10^11 M_sun
227     </description>
228     <ucd>phys.mass</ucd>
229     </property>
230     <property>
231     <identity>
232 bourges.laurent 643 <id>22</id>
233 bourges.laurent 632 <xmlId>HALO_MASS_OF_STARS</xmlId>
234     </identity>
235     <name>mass of stars</name>
236     <datatype>float</datatype>
237     <cardinality>1</cardinality>
238     <description>
239     Mass of stars in the halo
240     </description>
241     <ucd>phys.mass</ucd>
242     </property>
243     <property>
244     <identity>
245 bourges.laurent 643 <id>25</id>
246 bourges.laurent 632 <xmlId>HALO_MASS_OF_METALS_IN_STARS</xmlId>
247     </identity>
248     <name>mass of metals in stars</name>
249     <datatype>float</datatype>
250     <cardinality>1</cardinality>
251     <description>
252     Mass of metals in the stars of the halo
253     </description>
254     <ucd>phys.mass</ucd>
255     </property>
256     <property>
257     <identity>
258 bourges.laurent 643 <id>19</id>
259 bourges.laurent 632 <xmlId>HALO_POTENTIAL_ENERGY</xmlId>
260     </identity>
261     <name>potential energy</name>
262     <datatype>float</datatype>
263     <cardinality>1</cardinality>
264     <description>
265     Potential energy of the halo
266     </description>
267     <ucd>phys.energy</ucd>
268     </property>
269     <property>
270     <identity>
271 bourges.laurent 643 <id>34</id>
272 bourges.laurent 632 <xmlId>HALO_KINETIC_ENERGY</xmlId>
273     </identity>
274     <name>kinetic energy</name>
275     <datatype>float</datatype>
276     <cardinality>1</cardinality>
277     <description>
278     Kinetic energy of the halo
279     </description>
280     <ucd>phys.energy</ucd>
281     </property>
282     <property>
283     <identity>
284 bourges.laurent 643 <id>18</id>
285 bourges.laurent 632 <xmlId>HALO_TOTAL_ENERGY</xmlId>
286     </identity>
287     <name>total energy</name>
288     <datatype>float</datatype>
289     <cardinality>1</cardinality>
290     <description>
291     Total energy of the halo
292     </description>
293     <ucd>phys.energy</ucd>
294     </property>
295     <property>
296     <identity>
297 bourges.laurent 643 <id>33</id>
298 bourges.laurent 632 <xmlId>HALO_SPIN_PARAMETER</xmlId>
299     </identity>
300     <name>spin parameter</name>
301     <datatype>float</datatype>
302     <cardinality>1</cardinality>
303     <description>
304     Spin parameter of the halo
305     </description>
306     <ucd>phys.veloc.ang</ucd>
307     </property>
308     <type>model astro object</type>
309     <label>halo</label>
310     </representation>
311     <parameter>
312     <identity>
313 bourges.laurent 643 <id>43</id>
314 bourges.laurent 632 <xmlId>HALOMAKER_MIN_NUMBER_OF_PARTS</xmlId>
315     </identity>
316     <name>NPart</name>
317     <datatype>int</datatype>
318     <cardinality>1</cardinality>
319     <description>Minimum number of particles per halo. Any group found with less than this is discarded.</description>
320     <label></label>
321     </parameter>
322     <parameter>
323     <identity>
324 bourges.laurent 643 <id>41</id>
325 bourges.laurent 632 <xmlId>HALOMAKER_METHOD</xmlId>
326     </identity>
327     <name>Method</name>
328     <datatype>string</datatype>
329     <cardinality>1</cardinality>
330     <description>The algorithm used to find groups of particles. FOF stands for friends-of-friends.</description>
331 bourges.laurent 643 <isEnumerated>true</isEnumerated>
332     <validValue>
333     <value>FOF</value>
334     <label>friends-of-friends</label>
335     </validValue>
336 bourges.laurent 632 <label></label>
337     </parameter>
338     <parameter>
339     <identity>
340 bourges.laurent 643 <id>42</id>
341 bourges.laurent 632 <xmlId>HALOMAKER_FOF_LINKING_LENGTH</xmlId>
342     </identity>
343     <name>b</name>
344     <datatype>float</datatype>
345     <cardinality>1</cardinality>
346     <description>The linking length parameter used for the FOF algorithm.</description>
347     <label></label>
348     </parameter>
349     <parameter>
350     <identity>
351     <id>40</id>
352     <xmlId>HALOMAKER_CENTER_METHOD</xmlId>
353     </identity>
354     <name>centerMethod</name>
355     <datatype>string</datatype>
356     <cardinality>1</cardinality>
357     <description>Method used to determine the center of halos. CDM for center of mass.</description>
358 bourges.laurent 643 <isEnumerated>true</isEnumerated>
359     <validValue>
360     <value>CDM</value>
361     <label>center of mass</label>
362     </validValue>
363 bourges.laurent 632 <label></label>
364     </parameter>
365     <parameter>
366     <identity>
367 bourges.laurent 643 <id>44</id>
368 bourges.laurent 632 <xmlId>TREEMAKER_METHOD</xmlId>
369     </identity>
370     <name>treeMethod</name>
371     <datatype>string</datatype>
372     <cardinality>1</cardinality>
373     <description>Method used to construct merger trees.</description>
374     <label></label>
375     </parameter>
376     </ns2:aClusterFinder>

msdemlei@ari.uni-heidelberg.de
ViewVC Help
Powered by ViewVC 1.1.26