Differences between revisions 1 and 9 (spanning 8 versions)
⇤ ← Revision 1 as of 2006-09-06 13:31:02 →
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Editor: EkkehardWieprecht
Comment:
← Revision 9 as of 2007-03-29 15:01:31 → ⇥
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Editor: Michael
Comment:
Deletions are marked like this. Additions are marked like this.
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 * 7601: Spe: Resistor pixels/ Bolo: 16 random pixels [[TableOfContents(3)]]

=== * 10002: Spectrometer Selection. Red and Blue with right FOV column deselected ===
        attachment:10002.jpg

=== * 10001: Spectrometer Selection Test. Arbitrary, fully asymetric pattern ===
        attachment:10001.jpg

=== * 10000: All Pixels valid: This is used to reset the SPU! ===
        attachment:10000.jpg

=== * 9999: Bolometer Selection Test. Arbitrary, fully asymetric pattern ===
             tcl based on real FM-ILT calfile PacsCal_PhotSortMatrix_FM_1_0.fits
        attachment:9999.jpg

=== * 9998: Bolometer Selection Test. Arbitrary, fully asymetric pattern ===
              tcl based on test calfile PacsCal_PhotSortMatrix_FM_0_0.fits
        attachment:9998.jpg

=== * 9997: Bolometer Selection Test. Arbitrary, fully asymetric pattern ===
             tcl based on test calfile PacsCal_PhotSortMatrix_FM_1_1.fits
        attachment:9997.jpg
 
   
=== * 7602: Spec: 14 random pixels/ Bolo: 14 random pixels ===
      Tests: 0.7.3(spec); 0.7.6(spec/bolo); 1.2.16(spec)
      attachment:7602_specblue.jpg
      attachment:7602_specred.jpg
      attachment:7602_photblue.jpg
      attachment:7602_photred.jpg

=== * 7601: Spe: Resistor pixels/ Bolo: 16 random pixels ===
Line 5: Line 36:
              * 7602: Spec: 14 random pixels/ Bolo: 14 random pixels
      Tests: 0.7.3(spec); 0.7.6(spec/bolo); 1.2.16(spec)		       attachment:7601_specblue.jpg
      attachment:7601_specred.jpg
      attachment:7601_photblue.jpg
      attachment:7601_photred.jpg

=== * Procedure to generate a PacsDetectorSelectionTable ===

* The guideline is not to use CQM or other DetectorSelectionTables from the past.
  Consequently you have to generate your DetectorSelectionTable for your tests.

* Have a look whether you may use an existing DetectorSelectionTable :
  http://wiki.mpe.mpg.de/Herschel/PACS/FM_ILT_Procedures/DetectorSelectionTables

* In case you have to define your own DetectorSelectionTable you need to get a number for it
  All DetectorSelectionTables for FM ILT are 10000 and consecutive numbers.
  On the WIKI page (point 2) you find the last used number.

  People which are used to CVS may use CVS, of course.

* Make your DetectorSelectionTable with :
  {{{
  IA>>from herschel.pacs.spu.edit import *
  IA>>DXSedit()
  }}}
  A shortcut for this syntax is on the way.

* From within the Editor you give the ID Number (step 3) and save the <IdNumber>.dxset and <IdNumber>.tcl scripts

* If you do not have CVS send the files <IdNumber>.dxset and <IdNumber>.tcl to :
  * diego.cesarsky@mpe.mpg.de
  * ewieprec@mpe.mpg.de
  * drwstein@mpe.mpg.de

  If you have CVS check the files in and notify the same team.

* Diego will :
  * convert the .dxset file to a CUS file using the PCSS Tool : toolboxes/common/Dxset2CusTask.py
  * maintain the CUS DetectorSelectionTables for FM Testing
  * notify the originator that everything is prepared and the DetectorSelectionTable is ready for uplink.

* Ekki and Michael will :
  * update the WIKI page with the new DetectorSelectionTable.
  * take care that the DetectorSelectionTables are available in CVS
  * take care that the DetectorSelectionTables are available in PCSS (e.g. for Decompression)
  * notify the originator that everything is prepared and the DetectorSelectionTable is ready for downlink

PACS DetectorSelectionTables for ILT

TableOfContents(3)

* 10002: Spectrometer Selection. Red and Blue with right FOV column deselected

  • attachment:10002.jpg

* 10001: Spectrometer Selection Test. Arbitrary, fully asymetric pattern

  • attachment:10001.jpg

* 10000: All Pixels valid: This is used to reset the SPU!

  • attachment:10000.jpg

* 9999: Bolometer Selection Test. Arbitrary, fully asymetric pattern

  • attachment:9999.jpg

* 9998: Bolometer Selection Test. Arbitrary, fully asymetric pattern

  • attachment:9998.jpg

* 9997: Bolometer Selection Test. Arbitrary, fully asymetric pattern

  • attachment:9997.jpg

* 7602: Spec: 14 random pixels/ Bolo: 14 random pixels

  • Tests: 0.7.3(spec); 0.7.6(spec/bolo); 1.2.16(spec) attachment:7602_specblue.jpg attachment:7602_specred.jpg attachment:7602_photblue.jpg attachment:7602_photred.jpg

* 7601: Spe: Resistor pixels/ Bolo: 16 random pixels

  • Test: 1.2.4 (spec) attachment:7601_specblue.jpg attachment:7601_specred.jpg attachment:7601_photblue.jpg attachment:7601_photred.jpg

* Procedure to generate a PacsDetectorSelectionTable

* The guideline is not to use CQM or other DetectorSelectionTables from the past.

* Have a look whether you may use an existing DetectorSelectionTable :

* In case you have to define your own DetectorSelectionTable you need to get a number for it

  • All DetectorSelectionTables for FM ILT are 10000 and consecutive numbers. On the WIKI page (point 2) you find the last used number. People which are used to CVS may use CVS, of course.

* Make your DetectorSelectionTable with : 

  •   IA>>from herschel.pacs.spu.edit import *
  IA>>DXSedit()
    A shortcut for this syntax is on the way.

* From within the Editor you give the ID Number (step 3) and save the <IdNumber>.dxset and <IdNumber>.tcl scripts

* If you do not have CVS send the files <IdNumber>.dxset and <IdNumber>.tcl to :

* Diego will :

  • convert the .dxset file to a CUS file using the PCSS Tool : toolboxes/common/Dxset2CusTask.py

  • maintain the CUS DetectorSelectionTables for FM Testing

  • notify the originator that everything is prepared and the DetectorSelectionTable is ready for uplink.

* Ekki and Michael will :

Herschel: PACS/FM_ILT_Procedures/DetectorSelectionTables (last edited 2009-07-15 14:32:37 by localhost)