ComputingTutorials

Outline

• Intro to physics goals
  • concept, new physics, current limits, timeline
  • ideas of beamline, stopping, DIO, tracker, final momentum plot
• Detector overview
  • overview of why the detector is laid out this way, purpose of calorimeter, gradient filed, cosmic shield
  • tour individual pieces, specific points to make
• Backgrounds
  • flash and time window
  • DIO
  • RPC
  • antip
  • cosmics
• Computing Stage I (getting around, using ntuples)
  • Authentication, interactive machines, OS, shell
  • c++, how code is organized, cvmfs, UPS products, setup procedure
  • intro to art files
  • geometry browser
  • root ntuples and plots
  • documents and getting help
• Computing Stage II (understanding sim, local builds)
  • intro to modules and products
  • running mu2e exe, fcl,
  • intro to simulation, staging and mixing
  • paths, generator and geometry files
  • checkout and build commands
• Computing Stage III (submit grid jobs)
  • dcache
  • grids
  • mu2eprodsys
  • monitoring
• Computing Stage IV (developer)
  • committing code
  • releases and tags
  • how to make products
  • random numbers, handles, exceptions, etc

Random Links

Overview

Build recipe

Rob's first geant run for new users

art workbook

test root

test display

Summer 2016 SCD workshops (includes geometry tutorial)

Summer 2016 mu2e tutorials

unix hints

setup root by itself

c++

linux

root

July 2016 intro talks

Software tutorial

Practicalities of MC

Hits and Mixing