Extending Toolkit Functionality

Contents:

• Geometry
  • What can be extended ?
  • Adding a new type of Solid
  • Modifying the Navigator
• Electromagnetic Fields
  • Creating a New Type of Field
    • A new Field class
    • A new Equation of Motion for the new Field
    • Get a G4FieldManager to use your field
    • Changes for non-electromagnetic fields
• Particles
  • Properties of particles
    • Properties of nuclei
    • Changing particle properties
  • Adding New Particles
  • Nuclide properties from the Evaluated Nuclear Structure Data File
    • G4NuclideTable
    • Adding states
• Electromagnetic Physics
  • Introduction
  • General design
  • Electromagnetic processes
  • Electromagnetic models
• Hadronic Physics
  • Introduction
  • Principal Considerations
  • Level 1 Framework - processes
    • Requirements
    • Design and interfaces
    • Framework functionality
  • Level 2 Framework - Cross Sections and Models
    • Requirements
    • Design and interfaces
    • Cross-sections
    • Final state production
    • Isotope production
    • Framework functionality
    • Cross Sections
    • Final state production
    • Isotope production
  • Level 3 Framework - Theoretical Models
    • Requirements
    • Design and interfaces
    • Framework functionality
  • Level 4 Frameworks - String Parton Models and Intra-Nuclear Cascade
    • Requirements
    • Design and interfaces
    • Framework functionality
  • Level 5 Framework - String De-excitation
    • Requirements
    • Design and interfaces
    • Framework functionality
  • Creating Your Own Hadronic Process
    • Developing a new hadronic model
    • Developing a new cross section set
    • Developing a new hadronic process
  • Changing Internal Parameters of an Existing Hadronic Model
    • Advanced Interface to Change the Parameters of the Bertini Cascade Model
    • Advanced Interface to Change the Parameters of the Fritiof (FTF) Model
    • Changing internal parameters of an existing model: Fritiof (FTF) use-case
    • Changing parameters of an existing model: Lund use-case
• Generic Event Biasing
  • Introduction
  • Design of Generic Biasing
    • The G4VBiasingOperation Interface Class
    • The G4VBiasingOperator Interface Class
  • Physics Process Occurrence Biasing
    • Formalism for occurrence biasing
    • Implementation of Occurrence Biasing
• Visualisation
  • Creating a new graphics driver
    • Important Command Actions
    • What happens in DrawView?
    • What happens in ProcessView?
    • What happens in ProcessScene?
    • Dealing with transient objects
    • More about scene models
  • Adding a new view parameter
  • Enhanced Trajectory Drawing
    • Creating a new trajectory model
    • Adding interactive functionality
  • Trajectory Filtering
    • Creating a new trajectory filter model
    • Adding interactive functionality
  • Other Resources