ComputingTutorials
Jump to navigation
Jump to search
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
Sarah's google doc on clickable status and intro paragaphs
Rob's 10/26/17 talk on intro to computing plan
Rob's first geant run for new users
Summer 2016 SCD workshops (includes geometry tutorial)
July 2016 intro talks