Detector Definition and Response

• Geometry
  • Introduction
  • Solids
  • Logical Volumes
  • Physical Volumes
  • Touchables: Uniquely Identifying a Volume
  • Creating an Assembly of Volumes
  • Reflecting Hierarchies of Volumes
  • The Geometry Modeller and Optimisation
  • The Geometry Navigator
  • Converting Geometries from Geant3.21
  • Detecting Overlapping Volumes
  • Dynamic Geometry Setups
  • Importing XML Models Using GDML
  • Importing ASCII Text Models
  • Saving geometry tree objects in binary format
• Material
  • General considerations
  • Introduction to the Classes
  • Recipes for Building Elements and Materials
  • The Tables
• Electromagnetic Field
  • An Overview of Propagation in a Field
  • Creating a Field for a Detector
  • Practical Aspects
  • Spin Tracking
  • Alternative Integration Methods
  • Quantum State Simulation
  • Bulirsch-Stoer
  • Symplectic Integration
• Hits
  • Hit
  • Sensitive detector
  • G4SDManager
  • G4MultiFunctionalDetector and G4VPrimitiveScorer
  • Concrete classes of G4VPrimitiveScorer
  • G4VSDFilter and its derived classes
  • Multiple sensitive detectors associated to a single logical-volume
  • Utilities
• Digitization
  • Digi
  • Digitizer module
• Birks Quenching
• Object Persistency
  • Persistency in Geant4
  • Using Root-I/O for persistency of Geant4 objects
• Parallel Geometries
  • A parallel world
  • Defining a parallel world
  • Layered mass geometry
• Command-based scoring
  • Introduction
  • Defining a scoring volume in the tracking world
  • Defining a scoring mesh
  • Defining a scoring probe
  • Defining primitive scorers to a scoring volume
  • Drawing scores for a scoring mesh
  • Writing scores to a file
  • Filling 1-D histogram
  • List of available primitive scorers