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community:hepsim:dev_opentasks

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community:hepsim:dev_opentasks [2016/05/24 15:16]
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 There is a number of technical tasks that are ideal for scientists who would like to contribute to There is a number of technical tasks that are ideal for scientists who would like to contribute to
 open-source particle simulations and outreach.  Help from undergraduate and graduate students are especially welcome.  open-source particle simulations and outreach.  Help from undergraduate and graduate students are especially welcome. 
-HepSim projects can  expand your programming  skills. You will learn about physics, Monte Carlo generations, detector designs and +HepSim projects can  expand your programming  skills,  you will learn about HEP physics processes, Monte Carlo generators, detector designs and 
-data analysis. HepSim uses the same software and tools as those used in actual experiments. The only difference  +data analysis. HepSim uses the same general software and tools as for the ongoing and future experiments. The only difference  
-is that the software is not proprietorial, which means you do not need +is that HepSim packages are not proprietorial, which means you do not need 
-to ask the permission to publish your own research based on HepSim simulations.+to worry about permissions from HEP experiments/collaborations to publish your own research.
  
-  * Improve the converter "promc2lcio". This Java code converts truth-level Monte Carlo events to the LCIO format for the full simulation. The promc2lcio code is included inside the [[https://atlaswww.hep.anl.gov/asc/promc/|ProMC package]]. Look at the directory "examples/promc2lcio". This code works for Pythia6, Herwig6, Madgraph5, but it fails on promc files created from Pythia8. Take any ProMC file from HepSim create by Pythia8 and see the error. +Here are several open tasks:
-  * The FCC-hh detector has about 300 overlaps of the inner tracker (support structures are shifted, overlaps with the beam pipe). The task is to correct compact.xml file into  GDML file,  and check for overlaps using the existing tools included into ROOT. +
-  * Each detector should be viewed using online event browser based on WebGL or other methods. Please look at the CMS detector example in [[http://ispy-webgl.web.cern.ch/ispy-webgl/| ispy-webgl]].  +
-  * Improvements for the graphics of [[https://atlaswww.hep.anl.gov/asc/jas4pp/|Jas4pp]] used to visualize the events. Currently, HCAL cell sizes are shown as small dots which do not reflect the actual size of calorimeter cells. +
-  * Improvements in HepRApp code. Currently, it is not actively supported (and the source code is not available). But the tool gives a sample method to view events+
  
 +  * Improve the converter "promc2lcio". This Java code converts truth-level Monte Carlo events to the LCIO format for the full simulation. The promc2lcio code is included inside the [[https://atlaswww.hep.anl.gov/asc/promc/|ProMC package]]. Look at the directory "examples/promc2lcio". This code works for Pythia6, Herwig6, Madgraph5, but it fails on promc files created from Pythia8.
 +  * The FCC-hh detector has about 300 overlaps in the inner/outer tracker (support structures are shifted, overlaps with the beam pipe). The task is to correct compact.xml file into  GDML file,  and check for overlaps using the existing tools included into ROOT.
 +  * Detector and events should be viewed using a Web event browser based on WebGL or other methods. Please look at the [[http://ispy-webgl.web.cern.ch/ispy-webgl/| ispy-webgl for the CMS detector]]. 
 +  * Improvements for the graphics of [[https://atlaswww.hep.anl.gov/asc/jas4pp/|Jas4pp]] used to visualize the events. Currently, HCAL cell sizes are shown as small dots which do not reflect the actual size of calorimeter cells.
 +  * Improvements in HepRApp code. Currently, this Java-based viewer it is not actively supported (and the source code is not available). But the tool gives a sample method to view events
  
 Of course, you can do a lot of your own research, including physics performance studies using truth-level, fast simulations and full simulations. Of course, you can do a lot of your own research, including physics performance studies using truth-level, fast simulations and full simulations.
-You are limited only to your own imagination.+You are only limited by your own imagination.
  
-Please contact me (S.Chekanov) if you are interested in these tasks.+Please contact hepsim@list.anl if you are interested in these tasks.
  
  --- //[[[email protected]|Sergei Chekanov]] 2016/05/24 10:14//  --- //[[[email protected]|Sergei Chekanov]] 2016/05/24 10:14//
community/hepsim/dev_opentasks.1464102966.txt.gz · Last modified: 2016/05/24 15:16 by asc

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