User guide#
- User Guide
- How to: Installation
- The Motivation Behind GATE 10
- Teaching Resources and Examples
- Opengate meetings and hackathons
- Set up a first simulation
- How to: Geometry and volumes
- How to: Physics
- How to: Sources
- Dynamic parametrisations
- How to: Actors and Filters
- How to: Electromagnetic fields
- Details: Simulation object
- Details: Volumes
- Details: Actors
- Reference: Auxiliary Attributes
- Details: Sources
- Details: Electromagnetic fields
- Details: Filters
- Details: Physics
- Details: Optical photons
- Details: Volume and source voxelization
- Details: Attenuation image
- Contributions
- Dose rate computation
- Phantoms
- Radiation therapy linac
- SPECT imaging systems
- PET imaging systems
- From GATE 9 to 10: Intro
- From GATE 9 to 10 - Example Proton CT
- From GATE 9 to 10 - Example Optical Physics
- Geometry
- Physics
- Optical Surfaces
- Electron Source
- Actor
- Additional Functionalities
Developer guide#
- Developer guide
- Installation for developers
- How to contribute (for developers)
- Architecture: Managers and Engines
- Geant4 bindings
- Philosophy behind objects implemented as GateObject
- How a class in GATE 10 is (usually) set up?
- How to implement an actor
- Dynamic parametrisations
- How to implement an auxiliary attribute
- Notes for developers
- Initialization sequence for actors
- Coincidence Detection in Multi-Threaded Simulations
- Helpers
- Engines
- OPENGATE Simulation
- OPENGATE elements: volumes, physic, sources, actors
- OPENGATE Geometry
- OPENGATE Physics
- OPENGATE Source
- OPENGATE Actors