Simulation and Analysis in PandaRoot with RHO

Contents:

• Preface/Requirements
  • Installation of PandaRoot
  • General Documentation of Rho classes
  • Files in directory tutorials/rho
• 1. Simulating the Signal Events
  • 1.1. Event Generation
  • 1.2. Simulation, Digitization, Reconstruction and Particle Identification
  • 1.3. Running Fast Simulation
• 2. Analysis of Signal Events
  • 2.1. Data Access
  • 2.2. Particle Identification
  • 2.3. Combinatorics
  • 2.4. Monte Carlo Truth Match
  • 2.5. Fitting
• 3. Analysis in a Task
  • 3.1 Create the class PndTutAnaTask
  • 3.2 Compile the class and build a library
  • 3.3 Loading library and running the macro
• 4. N-tuple Analysis using RhoTuple
  • 4.1 Effective Analysis with ROOT TTrees
  • 4.2 Using RhoTuple
  • 4.3 The QA-Tools
• 5. Quick analysis
  • 5.1 Analysis using qana.C
  • 5.2 On-the-fly Fast Simulation and Analysis using qfsana.C
• 6. Event Filtering for Background Events
• DalitzGUI Visual Tool
  • 0) Compilation:
  • 1) User interface
  • 1) Some example configurations
  • 4) Learning Curve