🔬
Emulsion Software notes
  • Personal notes
  • FairShip
    • FairShip installation
    • Software stack test build
    • FairShip geometry
    • FairShip simulation
    • Efficiency of tau neutrino detection
    • Geant4 interface
    • Display tricks
    • Pull request hints
  • SHiP at ECN3
    • Neutrino yield
    • Muon flux
    • Geometry re-implementation
    • Environment
  • SND@LHC
    • Introduction to sndsw
    • Sndsw geometry
    • Simulation Instructions
    • MuonDIS simulation
    • Access simulation output
    • FEDRA reconstruction and csv conversion
    • Reference RUN1 plate 6
    • Local reconstruction in cells
    • Lab operations
  • LASSO
    • Scanning and processing
    • Microscope corrections
    • Calibration
    • Add-ons
  • FEDRA
    • FEDRA software
    • Raw data format
    • Basic workflow
    • Data quality plots
    • Frequently used objects
    • Momentum measurement
    • Vertexing basics
    • Alignment tests
    • Volume-track efficiency
  • Other software
    • FLUKA
    • ELOG
    • Git
    • HTCondor
    • ROOT stuff
    • Openstack
    • Useful code structures
    • 😀Linux useful commands
    • Anaconda
    • Latex tricks
    • DCS
    • PDF annotations
    • ROOT2CAD Conversion
  • Disk usage management
  • SHiPcharm Decay Search
    • Passing simulation to FEDRA
    • Reconstruction used values
    • Proton beam
    • Vtx Identification
    • BDT
    • Analysis of proton interactions and vz fit
    • Decay search
    • Post decay search operations
    • Selections for Matching with Pixel from Christopher Betancourt
  • DESY19 configuration
    • Simulation for DESY19 testbeam
    • Conversion to FEDRA and track reconstruction
    • Shower reconstruction
    • Preparing dataset for ML studies
  • Software installation
    • FEDRA
    • PulseUI
    • Software branches and versions
  • List of mistakes
  • FOOT
    • Introduction
    • Tracking in FOOT sections
    • Vertexing improvement
  • Experimental /Temporary
    • SNDSW neutrino studies
Powered by GitBook
On this page

Was this helpful?

  1. Software installation

PulseUI

Connecting to QUASAR machines

Download and setup (Ubuntu 64 bit)

First download the client package, then install it:

$ sudo dpkg -i pulse-5.3R7.x86_64.deb

It may not find some packages, in that case please install them with

/usr/local/pulse/PulseClient_x86_64.sh install_depending_packages

Then if "pulse" does not work, set the alias manually in $HOME/.bashrc:

alias pulse = 'usr/local/pulse/pulseUI'

PreviousFEDRANextSoftware branches and versions

Last updated 4 years ago

Was this helpful?