GALPROP WebRunGALPROP WebRun

galprop.stanford.edugalprop.stanford.edu

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SciNeGHE 2010, Trieste – September 6, 2010 :: IVM/Stanford-KIPAC 1

Igor Moskalenko Igor Moskalenko

for the GALPROP development teamfor the GALPROP development team

Igor Moskalenko Igor Moskalenko

for the GALPROP development teamfor the GALPROP development team

What’s new in v.54What’s new in v.54Shared-memory parallel support with OpenMP: multi-processor machinesMemory usage optimizationHEALPix output of γ-ray and synchrotron skymaps

Shared-memory parallel support with OpenMP: multi-processor machinesMemory usage optimizationHEALPix output of γ-ray and synchrotron skymapsoutput o γ ay a d sy c ot o s y apsMapCube output for compatibility with Fermi-LAT Science Tools softwareγ-ray skymaps output in Galactocentric rings to facilitate spatial analysis of the Galactic diffuse γ ray emission

output o γ ay a d sy c ot o s y apsMapCube output for compatibility with Fermi-LAT Science Tools softwareγ-ray skymaps output in Galactocentric rings to facilitate spatial analysis of the Galactic diffuse γ ray emissionGalactic diffuse γ-ray emissionMore accurate line-of-sight integration for computing diffuse emission skymaps3D modeling of the Galactic magnetic field, both regular and random components

Galactic diffuse γ-ray emissionMore accurate line-of-sight integration for computing diffuse emission skymaps3D modeling of the Galactic magnetic field, both regular and random componentsCalculations of synchrotron skymaps, using both regular and random magnetic fieldsNew improved gas maps, which are computed using recent H I and CO surveysA new calculation of the Galactic interstellar radiation field using the FRaNKIE code

Calculations of synchrotron skymaps, using both regular and random magnetic fieldsNew improved gas maps, which are computed using recent H I and CO surveysA new calculation of the Galactic interstellar radiation field using the FRaNKIE codeA new calculation of the Galactic interstellar radiation field using the FRaNKIE codeIncreased efficiency of anisotropic inverse Compton scattering calculationsGALPROP code is compiled to a library for easy linking with other codes (e.g., DarkSUSY SuperBayeS

A new calculation of the Galactic interstellar radiation field using the FRaNKIE codeIncreased efficiency of anisotropic inverse Compton scattering calculationsGALPROP code is compiled to a library for easy linking with other codes (e.g., DarkSUSY SuperBayeSDarkSUSY, SuperBayeSImproved configuration management via the GNU autotools. Multiple *NIX system and compiler targets (gcc, intel, llvm, open64) are supported

DarkSUSY, SuperBayeSImproved configuration management via the GNU autotools. Multiple *NIX system and compiler targets (gcc, intel, llvm, open64) are supported

SciNeGHE 2010, Trieste – September 6, 2010 :: IVM/Stanford-KIPAC 2

GALPROP WebRunGALPROP WebRun

GALPROP WebRun is a service that allows to run GALPROP via the WWWGALPROP WebRun is a service that allows to run GALPROP via the WWW

No local installation of the code or related libraries is necessary, only a web browser is requiredNo local installation of the code or related libraries is necessary, only a web browser is required

Available at http://galprop.stanford.edu/webrunAvailable at http://galprop.stanford.edu/webrun

Calculations can be performed on a new cluster at Stanford University, using the most recent GALPROP v54, older versions are also availableCalculations can be performed on a new cluster at Stanford University, using the most recent GALPROP v54, older versions are also available

The service is free and open to the community. Registration is requiredThe service is free and open to the community. Registration is required

Acknowledge by citing the web-page and the introduction paper http://arxiv.org/abs/1008.3642 (submitted to Computer Physics Communications)

Acknowledge by citing the web-page and the introduction paper http://arxiv.org/abs/1008.3642 (submitted to Computer Physics Communications)

SciNeGHE 2010, Trieste – September 6, 2010 :: IVM/Stanford-KIPAC 3

Communications)Communications)

Configuring GALPROP via WebRunConfiguring GALPROP via WebRun

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SciNeGHE 2010, Trieste – September 6, 2010 :: IVM/Stanford-KIPAC 4

Interactive interface for parameter entryParameters are validated to avoid misconfgured runsInteractive interface for parameter entryParameters are validated to avoid misconfgured runs