Difference between revisions of "Users Guide"

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== General Concept ==
 
== General Concept ==
  
; [[Users Guide V8.1:Getting started|Getting started]]
+
; [[Users Guide:Getting started|Getting started]]
; [[Users Guide V8.1:Defining a geometry|Defining a geometry]]
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; [[Users Guide:Defining a geometry|Defining a geometry]]
; [[Users Guide V8.1:Materials|Materials]]
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; [[Users Guide:Materials|Materials]]
; [[Users Guide V8.1:Setting up the physics|Setting up the physics]]
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; [[Users Guide:Setting up the physics|Setting up the physics]]
; [[Users Guide V8.1:Cut and Variance Reduction Technics|Cut and Variance Reduction Techniques]]
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; [[Users Guide:Cut and Variance Reduction Technics|Cut and Variance Reduction Techniques]]
; [[Users Guide V8.1:Source|Source and particle management]]
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; [[Users Guide:Source|Source and particle management]]
; [[Users Guide V8.1:Voxelized Source and Phantom|Voxelized Source and Phantom]]
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; [[Users Guide:Voxelized Source and Phantom|Voxelized Source and Phantom]]
; [[Users Guide V8.1:Tools to Interact with the Simulation : Actors|Tools to Interact with the Simulation : Actors]]
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; [[Users Guide:Tools to Interact with the Simulation : Actors|Tools to Interact with the Simulation : Actors]]
; [[Users Guide V8.1:How to run Gate|How to run Gate]]
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; [[Users Guide:How to run Gate|How to run Gate]]
; [[Users Guide V8.1:Visualization|Visualization]]
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; [[Users Guide:Visualization|Visualization]]
  
 
== Imaging applications ==
 
== Imaging applications ==
  
; [[Users Guide V8.1:Defining a system|Defining a system : scanner, CT, PET, SPECT, Optical]]
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; [[Users Guide:Defining a system|Defining a system : scanner, CT, PET, SPECT, Optical]]
; [[Users Guide V8.1:Attaching the sensitive detectors|Sensitive detector concept]]
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; [[Users Guide:Attaching the sensitive detectors|Sensitive detector concept]]
; [[Users Guide V8.1:Digitizer and readout parameters|Digitizer and detector modeling]]
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; [[Users Guide:Digitizer and readout parameters|Digitizer and detector modeling]]
; [[Users Guide V8.1:Data output|Data output management]]
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; [[Users Guide:Data output|Data output management]]
; [[Users Guide V8.1:Generating and tracking optical photons|Generating and tracking optical photons]]
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; [[Users Guide:Generating and tracking optical photons|Generating and tracking optical photons]]
 
; [https://github.com/OpenGATE/GateContrib/tree/master/imaging List of examples]
 
; [https://github.com/OpenGATE/GateContrib/tree/master/imaging List of examples]
<!-- ; [[Users Guide V8.1:Examples|Examples]]-->
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<!-- ; [[Users Guide:Examples|Examples]]-->
  
 
== Radiotherapy and Dosimetry applications ==
 
== Radiotherapy and Dosimetry applications ==
  
; [[Users Guide V8.1:Radiotherapy General Concept|General Concept]]
+
; [[Users Guide:Radiotherapy General Concept|General Concept]]
; [[Users Guide V8.1:Beam modelling|Beam modelling]]
+
; [[Users Guide:Beam modelling|Beam modelling]]
; List of [https://dsarrut.gitbooks.io/gate-exercises/content exercises] and [https://github.com/OpenGATE/GateContrib/tree/master/dosimetry examples]
+
; List of [https://davidsarrut.pages.in2p3.fr/gate-exercices-site exercises] and [https://github.com/OpenGATE/GateContrib/tree/master/dosimetry examples]
  
 
== Thermal therapy application ==
 
== Thermal therapy application ==
  
; [[Users Guide V8.1:Nanoparticle mediated hyperthermia|Nanoparticle mediated hyperthermia]]
+
; [[Users Guide:Nanoparticle mediated hyperthermia|Nanoparticle mediated hyperthermia]]
  
 
== Parallel Computing ==
 
== Parallel Computing ==

Latest revision as of 11:54, 15 February 2019

Introduction


General Concept

Getting started
Defining a geometry
Materials
Setting up the physics
Cut and Variance Reduction Techniques
Source and particle management
Voxelized Source and Phantom
Tools to Interact with the Simulation : Actors
How to run Gate
Visualization

Imaging applications

Defining a system : scanner, CT, PET, SPECT, Optical
Sensitive detector concept
Digitizer and detector modeling
Data output management
Generating and tracking optical photons
List of examples

Radiotherapy and Dosimetry applications

General Concept
Beam modelling
List of exercises and examples

Thermal therapy application

Nanoparticle mediated hyperthermia

Parallel Computing

How to use Gate on a Cluster
How to use Gate on a GPU