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to the /exp/mu2e/app and /exp/mu2e/data areas. Access to /pnfs requires xroot, which is included in the mu2e_env environment described in The Mu2e environment

simply absent from the Mu2e Docker environment. On the Mu2e interactive machines the disk that contains the Mu2e software, plus all of the underlying tools

paritions: mu2e.opensciencegrid.org mu2e-development.opensciencegrid.org The first is for the tagged releases which update slowly. The second, mu2e-development

Build the Mu2e Offline against your version of BTrk Modify the PRODUCTS environment variable to put your repository ahead of the standard Mu2e repository

UPS to define the command setup mu2e that you used to create the Mu2e environment in your shell. You must update your login scripts to the new recommended

ml/README_HowToRun.html The instructions on the CERN HowToRun page need some modifications to run in the Mu2e environment. The following describes how

reviews the management of the Mu2e interactive environment for building code, running executables, or submitting jobs. Creating an environment in which

JOB_DIR=~/Mu2eMT ### Setup the environment in the container echo "setting up products and mu2e" source /setupmu2e-art.sh echo "setting up Mu2e Offline in

understand and follow the mu2e commit instructions If this is the first time you are using git in the mu2e environment, please follow the few steps listed in

scons -j 4 mu2e -c Example/fcl/printGens.fcl -n 10 \ -s /pnfs/mu2e/tape/phy-sim/sim/mu2e/cd3-beam-g4s4-detconversion/v566/1d/ab/sim.mu2e.cd3-beam-g4s4-detconversion

local environment based on the current complete set of built mu2e code equivalent to a muse envset - art, root, KinKal, BTrk and artdaq-core-mu2e an environment

Linux64bit+2.6-2.12-e4-debug Linux64bit+2.6-2.12-e4-prof Linux64bit+2.6-2.5-e2-debug Linux64bit+2.6-2.5-e2-prof Linux64bit+2.6-2.5-e4-debug Linux64bit+2.6-2.5-e4-prof

clone KinKal into the Muse workdir as your would normally. Add the Mu2e KinKal repo as a remote and checkout the main branch of the Mu2e KinKal remote. git

clone) of the information stored in the Mu2e GitHub (or Redmine) repository; that is, it contains a complete history of the Mu2e code from the beginning

view the the Mu2e geometry files and the Mu2e generator configuration files using C++ mode with syntax highlighting. This is helpful because the language

them using the issue tracker on the Mu2e/Tutorial GitHub page: https://github.com/Mu2e/Tutorial . The issue button is second from the left on the top of the

or disabled from the mu2e command line: > mu2e --trace -c input.fcl > mu2e --notrace -c input.fcl It can also be enabled by adding the following fragment

a spack package in the offline spack area. To get access to modules from the Mu2e Offline repo, the online team populated the Mu2e Offline repository with

-rw-r--r-- 1 rlc mu2e 5.2M Mar 30 16:34 mu2e.gdml To also build python wrappers for select c++ classes muse build --mu2ePyWrap The python driving the scons build

run the tests: mu2e -c Sandbox/test/random01.fcl >& log.1 mu2e -c Sandbox/test/random02.fcl >& log.2 mu2e -c Sandbox/test/random03.fcl >& log.3 mu2e -c