Welcome to GATE’s documentation!

• Introduction
  • Authors
  • Forewords
  • Overview
  • The GATE mailing list
  • The GATE project on GitHub
  • GateRT
• Getting started
  • 1. Installation Guide V9.2
  • 2. Compiling GATE V9.2
  • 3. Validating Installation
  • 4. Enabling LUT Davis Model
• General concept
  • 1. Getting Started
  • 2. Defining a geometry
  • 3. Materials
  • 4. Setting up the physics
  • 5. Cut and Variance Reduction Technics
  • 6. Source
  • 7. Voxelized source and phantom
  • 8. Tools to Interact with the Simulation : Actors
  • 9. How to run Gate
  • 10. Visualization
• Imaging application
  • 1. Defining a system
  • 2. Attaching the sensitive detectors
  • 3. Digitizer and readout parameters
  • 4. Data output
  • 5. Generating and tracking optical photons
  • 6. Compton camera imaging simulations: CCMod (TO BE ADDED SOON IN GATE 9.3)
  • 7. Third-party reconstruction software
• Radiotherapy and dosimetry applications
  • 1. Radiotherapy General Concept
  • 2. Beam modelling
• Thermal therapy application
  • 1. Nanoparticle mediated hyperthermia
• Parallel computing
  • 1. How to use Gate on a Cluster
  • 2. How to use Gate on a GPU
• GateTools
• vGate (virtual Gate)
  • Generalities
  • Miscellaneous
• GATE using Docker
  • GATE 9.2 on docker
  • Example to run GATE with Docker on your computer (unix-system):
  • Example to install GATE with Docker on Amazon Web Services (AWS) (Amazon Linux machine):
  • Example to install GATE with Docker on Amazon Web Services (AWS) (Ubuntu Linux machine):

Indices and tables

• Index

• Module Index

• Search Page