Running using AutoCad, SciTe and Paraview
From Nemesis
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| − | Import the *.dxf file and define analysis options using [http://www.scintilla.org/SciTE.html SciTe]. Any text editor can be used but you may want to take advantage of predefined properties for SciTe (syntax highlighting, auto-completion, help as you type, error handling etc), distributed with ''nemesis'' source and binary files. | + | Import the *.dxf file and define analysis options using [http://www.scintilla.org/SciTE.html SciTe]. Any text editor can be used but you may want to take advantage of predefined properties for SciTe (syntax highlighting, auto-completion, help as you type, error handling etc), distributed with the ''nemesis'' source and binary files. |
[[image:wrench02.png|left|thumb|431px|Solving using [http://www.scintilla.org/SciTE.html SciTe]]] | [[image:wrench02.png|left|thumb|431px|Solving using [http://www.scintilla.org/SciTE.html SciTe]]] | ||
Revision as of 18:54, 8 July 2007
Preprocessing
Use AutodeskTM AutoCad®, and the supplied nemesis toolbar (nemesis.cui) to create the model's geometry and assign materials and boundary conditions. Export the model as *.dxf file. (You can of course use any other program to produce the appropriate dxf file).
Solving
Import the *.dxf file and define analysis options using SciTe. Any text editor can be used but you may want to take advantage of predefined properties for SciTe (syntax highlighting, auto-completion, help as you type, error handling etc), distributed with the nemesis source and binary files.
Post processing
Finally you may either inspect the sql database produced using SQLite or you can use any visualization application, to view the vtk files (here ParaView is used).
