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wg:pipeline_for_maser [2019/04/11 10:23]
127.0.0.1 external edit
wg:pipeline_for_maser [2020/03/10 00:53] (current)
yjyun [KVN pipeline for maser]
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 ====== KVN pipeline for maser ====== ====== KVN pipeline for maser ======
  
-//Last updated: ​2018.11.20//+//Last updated: ​2019.11.5//
  
 ---- ----
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 Download: {{:​wg:​kvnpipe_line.zip}} Download: {{:​wg:​kvnpipe_line.zip}}
  
 +PDF: {{:​wg:​kvn_pipeline_maser.pdf}}
  
 ===== Description ===== ===== Description =====
  
-The KVN pipeline ​for maser is a set of python scripts for the data reduction of the multi-frequency ​KVN observations toward the stellar maser sources. The KVN pipeline for maser can deal with only the single polarization observations.+This pipeline is a set of the python scripts for data reduction of the KVN multi-frequency, single polarization ​observations toward the stellar maser sources.
  
  
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     * crfuncs.py     * crfuncs.py
     * p16sc04a.py     * p16sc04a.py
-    * cploti.py 
     * input.txt     * input.txt
     * fring.input     * fring.input
-    * levs.txt 
  
-2. Copy the each file into the proper locations as belows.+2. Copy the each file into the proper locations as below.
   * Pipeline path (e.g. ~/pipeline)   * Pipeline path (e.g. ~/pipeline)
     * ~/​pipeline/​kvntask.py     * ~/​pipeline/​kvntask.py
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     * ~/​reduction/​p16sc04a/​input.txt     * ~/​reduction/​p16sc04a/​input.txt
     * ~/​reduction/​p16sc04a/​fring.input     * ~/​reduction/​p16sc04a/​fring.input
-  * Result path (e.g. ~/​reduction/​p16sc04a/​VY-CMA) 
-    * This directory is automatically created after the pipeline starts. 
-    * ~/​reduction/​p16sc04a/​VY-CMA/​cploti.py 
-    * ~/​reduction/​p16sc04a/​VY-CMA/​levs.txt 
-    * These two files should be copied to result path after the pipeline process is complete. 
   ​   ​
 3. Edit your shell environment (e.g. ~/.bashrc) 3. Edit your shell environment (e.g. ~/.bashrc)
-  * Append ​** export PYTHONPATH="​~/​pipeline:​$PYTHONPATH"​ **+  * Add the pipeline directory to "​PYTHONPATH"​ system environment. 
 +  * e.g. ** export PYTHONPATH="​~/​pipeline:​$PYTHONPATH"​ **
   ​   ​
 4. Edit ** input.txt ** and ** fring.input. ** 4. Edit ** input.txt ** and ** fring.input. **
-  * The contents of these files should meet the purpose ​of a specific ​observation.+  * The contents of these files correspond to the setup parameters ​of the target ​observation.
  
 5. Edit ** p16sc04a.py. ** 5. Edit ** p16sc04a.py. **
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   * e.g. ** #​!~/​local/​parseltongue-2.3/​bin/​ParselTongue **   * e.g. ** #​!~/​local/​parseltongue-2.3/​bin/​ParselTongue **
  
-6. Run script in work path. +6. Run script in your work path. 
-  ​cd ~/​reduction/​p16sc04a/​ +  cd ~/​reduction/​p16sc04a/​ 
-  ​chmod u+x p16sc04a.py +  chmod u+x p16sc04a.py 
-  ​<​code> ​./​p16sc04a.py input.txt ​</​code>​+  ./​p16sc04a.py input.txt
   ​   ​
-7. Plot the overlapped contour maps after the pipeline process is complete. 
-  * cd ~/​reduction/​p16sc04a/​VY-CMA 
-  <​code>​ python cploti.py </​code>​ 
- 
- 
 ===== Feedback ​ ===== ===== Feedback ​ =====
  
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 yjyun(at)kasi.re.kr yjyun(at)kasi.re.kr
- 
wg/pipeline_for_maser.1554945835.txt.gz · Last modified: 2019/04/11 10:23 by 127.0.0.1