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vlhc:intro
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vlhc:intro [2015/08/19 18:22] asc |
vlhc:intro [2015/10/08 16:03] asc |
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| - | ====== | + | ====== |
| - | [[https:// | + | This page describes a few community tools for Future |
| + | [[https:// | ||
| - | ====== Using SLIC for 100 TeV pp====== | + | ====== Using SLIC for future detector studies====== |
| - | Some reconstructed data are in [[http://atlaswww.hep.anl.gov/ | + | We use SLIC public software for future collider studies. |
| + | The instruction how to Run SLIC | ||
| + | generated by Whizard | ||
| - | The instruction how to Run SLIC are attached (created by Jan Strube) | + | < |
| - | + | # Setup the environment: | |
| - | For those who have an account at CERN, here are some instructions to go | + | source / |
| - | through the different steps of the simulation and reconstruction. We are | + | # Download a physics file: |
| - | using Whizard https:// | + | wget ftp:// |
| - | + | # Download a detector: | |
| - | < | + | wget http:// |
| - | - Setup the environment: | + | mkdir sidloi3 |
| - | - Download a physics file: wget | + | cd sidloi3 |
| - | ftp:// | + | unzip ../ |
| - | .stdhep | + | # Convert the compact format to other necessary formats |
| - | - Download a detector: | + | GeomConverter -o lcdd compact.xml sidloi3.lcdd |
| - | -- wget http:// | + | GeomConverter -o heprep compact.xml sidloi3.heprep |
| - | -- mkdir sidloi3 | + | GeomConverter -o pandora compact.xml sidloi3.pandora |
| - | -- cd sidloi3 | + | cd .. |
| - | -- unzip ../ | + | # Run the simulation on 10 events (The crossing angle of the beams is |
| - | - Convert the compact format to other necessary formats | + | # flexible in our simulation. The physics is from head-on collisions. The |
| - | -- GeomConverter -o lcdd compact.xml sidloi3.lcdd | + | # events need to be boosted appropriately such that the outgoing beams go |
| - | -- GeomConverter -o heprep compact.xml sidloi3.heprep | + | # through the right beam pipe): |
| - | -- GeomConverter -o pandora compact.xml sidloi3.pandora | + | |
| - | -- cd .. | + | |
| - | - Run the simulation on 10 events (The crossing angle of the beams is | + | |
| - | flexible in our simulation. The physics is from head-on collisions. The | + | |
| - | events need to be boosted appropriately such that the outgoing beams go | + | |
| - | through the right beam pipe): | + | |
| / | / | ||
| - | pythiaZPolemumu.stdhep -g sidloi3/ | + | pythiaZPolemumu.stdhep -g sidloi3/ |
| - | / | + | # Run the digitization and tracking: |
| - | input.slcio | + | lcsim -D inputFile=input.slcio -D trackingStrategies=/ |
| - | - Run the digitization and tracking: | + | # Run the particle flow reconstruction: |
| - | lcsim -D inputFile=input.slcio -D | + | PandoraFrontend -g sidloi3/ |
| - | trackingStrategies=/ | + | |
| - | Strategies.xml -D outputFile=tracking.slcio | + | |
| - | / | + | |
| - | - Run the particle flow reconstruction: | + | |
| - | PandoraFrontend -g sidloi3/ | + | |
| - | / | + | |
| </ | </ | ||
| + | You can now analyse the created SLCIO file (" | ||
| + | the [[https:// | ||
| + | |||
| ====== Truth-level Monte Carlo files ====== | ====== Truth-level Monte Carlo files ====== | ||
vlhc/intro.txt · Last modified: 2015/10/08 16:03 by asc
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