Size: 331
Comment:
|
Size: 858
Comment:
|
Deletions are marked like this. | Additions are marked like this. |
Line 1: | Line 1: |
= How to access data for Run 5? = | = How to access RUN 5 data? = |
Line 3: | Line 3: |
The main repository is with ftp on | .The main repository is with ftp on |
Line 5: | Line 5: |
'share.neel.cnrs.fr' | ''share.neel.cnrs.fr'' |
Line 9: | Line 9: |
Go to the directory | Go to the directory ''/Archeops/NikaRun5AllData'' |
Line 11: | Line 11: |
/Archeops/NikaRun5AllData | .The raw Camadia data are in ''Z33*'' directories. Use convert_fits_files2,/noimb to convert the raw data to fits files (experts only). Due to network bandwidth limitations, the fits are not yet uploaded. Soon to arrive (End of November). |
Line 13: | Line 13: |
The raw Camadia data are in Z33 directories | .The raw antenna fits files are in the directory: ''AntennaIMBfits'' |
Line 15: | Line 15: |
The raw antenna fits files are in the directory | .Focal Plane Geometry info fits files (NP production) are in the directory: ''FitsData'' |
Line 17: | Line 17: |
AntennaIMBfits | .In preparation, processed fits files containing for each scan the deglitched and calibrated Rf_dIdQ, Pf, fkid, RA, Dec timeline for each valid kid. The timeline can then be projected on maps after filtering and decorrelations. |
How to access RUN 5 data?
- The main repository is with ftp on
share.neel.cnrs.fr
Ask your local coordinator for the usual account and password.
Go to the directory /Archeops/NikaRun5AllData
The raw Camadia data are in Z33* directories. Use convert_fits_files2,/noimb to convert the raw data to fits files (experts only). Due to network bandwidth limitations, the fits are not yet uploaded. Soon to arrive (End of November).
The raw antenna fits files are in the directory: AntennaIMBfits
Focal Plane Geometry info fits files (NP production) are in the directory: FitsData
- In preparation, processed fits files containing for each scan the deglitched and calibrated Rf_dIdQ, Pf, fkid, RA, Dec timeline for each valid kid. The timeline can then be projected on maps after filtering and decorrelations.