How to

Connect

IP: 141.52.67.147 -P 55000

Request type: JSON-RPC

Protocol: http

Authentication: HTTP Basic Auth

Possible requests:

  • Data requests
  • Request status
  • List of requests
  • Remove request from the list
  • Download file

Possible request status:

  • Running
  • Scheduled
  • Finished
  • Failed
  • Deleting
  • Expired

The requests can be made either for individual setup and for several ones (see the examples below).

Warning! Some cuts are available only in command line interface.

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Data available:

KASCADE


ParameterRangeRequest field
Azimuth [°] 0 –  360 azimuth
Core X distance [m] -91 –  91 core_x
Core Y distance [m] -91 –  91 core_y
Datetime 1998-05-08 16:35:38 –  2013-01-15 09:40:36 datetime
Electron number [log10] 2 –  8.7 electron_number
Energy [eV (log10)] 13 –  19 energy
Muon number [log10] 2 –  7.7 muon_number
Shower age 0.1 –  1.48 shower_age
Zenith [°] 0 –  60 zenith
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GRANDE


ParameterRangeRequest field
Azimuth [°] 0 –  360 azimuth
Charged number [log10] 3 –  9 charged_number
Core X distance [m] -500 –  100 core_x
Core Y distance [m] -600 –  100 core_y
Datetime 2004-03-09 03:47:50 –  2012-10-08 07:31:42 datetime
Muon number [log10] 3.17 –  8 muon_number
Shower age -0.385 –  1.485 shower_age
Zenith [°] 0 –  40 zenith
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LOPES


ParameterRangeRequest field
Datetime 2005-12-03 11:09:53 –  2009-10-25 20:18:02 datetime
Azimuth EW [°] 0 –  360 AzL_EW
Azimuth NS [°] 0 –  360 AzL_NS
CCheight EW [?V/m/MHz] 0 –  20 CCheight_EW
CCheight NS [?V/m/MHz] 0 –  20 CCheight_NS
EfieldMaxAbs [V/m] 0 –  5e+4 EfieldMaxAbs
Elevation EW [°] 40 –  90 ElL_EW
Elevation NS [°] 40 –  90 ElL_NS
Geomagnetic Angle [°] 0 –  120 Geomagnetic_Angle
Geomagnetic AngleG [°] 0 –  120 Geomagnetic_AngleG
LopesCompID 0 –  1 LopesCompID
NCCbeamAntennas EW 0 –  30 NCCbeamAntennas_EW
NCCbeamAntennas NS 0 –  30 NCCbeamAntennas_NS
Xheight EW [?V/m/MHz] 0 –  20 Xheight_EW
Xheight NS [?V/m/MHz] 0 –  20 Xheight_NS
ConeAngle EW [rad] 0 –  0.1 coneAngle_EW
ConeAngle NS [rad] 0 –  0.1 coneAngle_NS
Eps EW [?V/m/MHz] 0 –  100 eps_EW
Eps NS [?V/m/MHz] 0 –  100 eps_NS
Eta EW [1/m] -0.04 –  -0.1 eta_EW
Eta NS [1/m] -0.04 –  -0.1 eta_NS
Reconstruction 65 –  71 reconstruction
RmsCCbeam EW [?V/m/MHz] 0 –  0.5 rmsCCbeam_EW
RmsCCbeam NS [?V/m/MHz] 0 –  0.5 rmsCCbeam_NS
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KASCADE combined


ParameterRangeRequest field
Azimuth [°] 0 –  360 azimuth
Core X distance [m] -520 –  100 core_x
Core Y distance [m] -600 –  100 core_y
Datetime 2004-03-08 10:25:12 –  2010-11-04 13:16:12 datetime
Electron number [log10] 5 –  9 electron_number
Energy [eV (log10)] 14 –  19 energy
Muon number [log10] 3 –  8 muon_number
Shower age 0.1 –  1.48 shower_age
Zenith [°] 0 –  30 zenith
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Tunka-133


ParameterRangeRequest field
Azimuth [°] 0 –  360 azimuth
Core distance [m] 0 –  7785.41 core_distance
Datetime 2009-10-25 15:33:18 –  2017-03-31 20:50:38 datetime
Energy [eV (log10)] 12.999 –  21.202 energy
X max [g/cm^2] 0 –  1499 x_max
Zenith [°] 0 –  90 zenith
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Tunka-Rex

Data layers (DL):

Data is storen in blobs and can be queried by 'datetime' parameter (2012-10-09 – 2018-08-20).

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Simulations: KASCADE, KASCADE-GRANDE, COMBINED


ParameterPosible values Request field
Particle 'gamma', 'proton', 'helium', 'carbon', 'silicon', 'iron', 'all_nuclei' 'particle'
Model

QGSjet-II-02, QGSjet-II-04,

EPOS 1.99, EPOS LHC,

SIBYLL 2.1, SIBYLL 2.3, SIBYLL 2.3c

'model'
Energy [eV (log10)]

'middle': 1.0×1014 &< E0 < 1.0×1018 eV

'high': High Energy Extension -> 5.62×1017 to 3.16×1018 eV

'energy'
Setup 'kascade', 'grande', 'combined''setup'
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Examples:

+ Requests:

* One experiment, one data cut


* One experiment, several data cuts


* Many experiments, several data cuts


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+ Request status

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+ List of requests

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+ Remove request from the list

The request will be deleted from the list. All related files will be removed from the disk.

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+ Download file

Each query is assigned a uuid at the time of the request, for example: "aeea8351-17e8-468b-9dcb-4ba858830b5b". This uuid is used in all operations related to the query, such as: checking the status of the request, deleting the request, downloading the file.

One can download the file using the following wget command:

  http://141.52.67.147:55000/download/[request-uuid].txt.bz2

For example:

  wget http://141.52.67.147:55000/download/aeea8351-17e8-468b-9dcb-4ba858830b5b.txt.bz2

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