Difference between revisions of "Documentation"
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* [http://texgen.sourceforge.net/api/ API Reference Guide] - Reference guide for Python scripting | * [http://texgen.sourceforge.net/api/ API Reference Guide] - Reference guide for Python scripting | ||
* [[TG3 File Format]] - TexGen save file format description | * [[TG3 File Format]] - TexGen save file format description | ||
| + | * [[Publications]] - Publications using TexGen | ||
* [[TexGen Applications]] - Published applications of TexGen | * [[TexGen Applications]] - Published applications of TexGen | ||
* [http://eprints.nottingham.ac.uk/10303/1/thesis-final.pdf Modelling Theory] - Much of the theory behind TexGen can be found in this thesis (Chapters 2 and 3) | * [http://eprints.nottingham.ac.uk/10303/1/thesis-final.pdf Modelling Theory] - Much of the theory behind TexGen can be found in this thesis (Chapters 2 and 3) | ||
Revision as of 13:43, 22 December 2015
The following documentation is available:
- User Guide - Guide to using the TexGen graphical user interface
- Scripting Guide - Guide to writing Python scripts for generating TexGen models
- API Reference Guide - Reference guide for Python scripting
- TG3 File Format - TexGen save file format description
- Publications - Publications using TexGen
- TexGen Applications - Published applications of TexGen
- Modelling Theory - Much of the theory behind TexGen can be found in this thesis (Chapters 2 and 3)
- Presentation Slides - Some slides from a presentation made on TexGen on the 17/10/07
- Presentations from the TexGen workshop on the 2nd May 2012
- A general overview of the development and use of TexGen
- A guide to geometry modelling using TexGen
- Application of TexGen to mechanical modelling
- Tutorials showing use of TexGen for FE and CFD analysis - The CXFImportVTK file used in the CFD analysis is available for download here
- Extraction of Material Properties using Voxel Meshing and Abaqus - Guide to creating Abaqus input file using voxel mesh export and use of script provided with TexGen to extract material properties after running Abaqus simulation
