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Introduction Account Setup Getting an Account Unix and PC Account Issues Checking that it all Worked Setting up your Account Adopt the Hepix Login Scripts SLAC World-Wide Web Account SLAC Hypernews Account Bringing your Computer to SLAC Setting up your Desktop Computer Non-SLAC users QuickTour Introduction Getting Started Set up your release Running a First Example Analysis Job Finding some Data to run on - BbkDatasetTcl Running the job Viewing the Resulting Histograms Packages and Releases Packages Software Structure Release Numbers and Nicknames What analysis release should YOU use? SRT and CVS: Babar's Software Release System Using SRT SRT commands: newrel, srtpath, addpkg workdir: The Work Directory A note about user analysis packages Modules and the BaBar Framework Modules AppModule: the C++ class The AppModule::event() function BaBar analysis package Identifying modules Module features Event Information Table of event information (above) From detector to desktop Available event information BtaCandidate: the particle candidate class BtaCandidate Lists Tag-level ("nano") variables Modules and event information BaBar's databases Run-time job control Run-time commands Framework Commands Module Talk Special case: Input modules Example Framework session Editing module code Prerequisite: C++ The basic module Histograms Getting HepALists of BtaCandidates Looping over HepALists of BtaCandidates Adding a module to the Framework Append the module to the path Example 1: Annotated QExample code Example 2: Add a momentum histogram Example 3: Creating a new module Conclusion Compile and Link Introduction to gmake Important gmake targets A shortcut: Compiling or linking only one package Example 2, Part 2: Compile and link your new code Problems with Compile and Link More about GNUmakefiles (optional) |
Run the Job The basic run command Program Flow Example 2, Part 3: Running the job The workdir package A warning about missing binaries Debugging Introduction Compiling your Code for Debugging HOWTO-Basic-Debugging Debugging on Linux: gdb Debugging on Sun: dbx Run-time parameters Tcl files Tcl commands sourceFoundFile: How Tcl files work together Tcl files in a BaBar analysis package The main Tcl file FwkCfgVar and snippet Tcl files Input data Standard physics routines Module Configuration Path or sequence setup Event processing Example 6: A non-interactive job controlled by Tcl files Input data: Tcl files from BbkDatasetTcl Find Data Finding out what data sets are available Finding out what SP Modes are available Making tcl files Contents of a tcl file How to run on BbkDatasetTcl files Collection names Locating the database: condXXboot Luminosity of a data sample: BbkLumi Equivalent luminosity for Monte Carlo Batch Processing Batch guide in a nutshell The Main Queues for Analysis Users Available Queues Submitting and Monitoring the Job The bsub Command Monitoring the Job Deleting a Job Getting the Output Running BetaMiniApp Log files and CPU time Failed jobs and exit codes Analysis Tools Particle Identification (PID) PID and Monte Carlo Beta Operators Combining BtaCandidates BtaBooster, BtaHelicity and helicity angle Associators B Flavor Tagging Roofit: A ROOT toolkit WIRED: The BaBar event display Introduction to ROOT What is ROOT? CINT I: the ROOT Command Line Language Starting a New ROOT Session Histograms in ROOT Making your first ROOT Histogram Filling your new Histogram The Stats Box Legends Changing Histogram Attributes Comparing Histograms Copying Histograms More Drawing Options Including Error Bars in Histograms |
Information Resources Useful BaBar Web Pages Hypernews Meetings Unix Man Pages BaBar People HOWTOs The BaBar Detector Unix for BaBAr Man pages and help pages Working with Multiple Flavors of Unix Role of Regional Centers File Systems and Directories NFS and AFS: the File Systems Your Disk Space in AFS Standard Unix Disk Space Commands for Manipulating Directories Unix File Organization The Shell Program The path Variable Environment Variables Command Completion Command Recall and the Arrow Keys Aliases Standard Input, Output and Pipes Clearing the screen Archiving and quick file transfer Commands for File Manipulation Editing Files File Protection and Permissions Working with Files Restoring Files from Backup Printing Files Examining Text in Files Comparing files: diff, sdiff Job control Introduction to C++ Choose a text editor C++ Syntax Basic Syntax Data Types, Pointers, and Arrays Class Syntax Loops and Conditional Statements General Code Structure Iterators C++ Structure Program Organization Header File Implementation File Standard Libraries Simulation and Reconstruction Overview Reconstruction of real data Production and simulation of simulated data Skim Production The Reconstruction Software How to run Elf, Bear, and Moose Make a space for your collections Set up a production release Produce simulated collections: Moose Examining the output collections: KanUtils Reconstruct real data: Elf Skim collections: SkimMiniApp Loose ends Conclusions CM2 ntuples tutorial ROOT tutorial II ROOT tutorial III PAW I PAW II |
