... | @@ -12,7 +12,7 @@ For every example the following aspects are described: |
... | @@ -12,7 +12,7 @@ For every example the following aspects are described: |
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- **Abstract problem description**: In the header of each example section, the abstract problem definition is given. Sometimes, some solution strategies on a high abstraction level are mentioned, also.
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- **Abstract problem description**: In the header of each example section, the abstract problem definition is given. Sometimes, some solution strategies on a high abstraction level are mentioned, also.
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- **Source code**: In the source code section, the listing of the example source code is explained.
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- **Source code**: In the source code section, the listing of the example source code is explained.
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- **Parameter file**: In this section, the parameter file is described. The parameter file contains parameters which are read be the application at runtime. The name of the parameter file is usually passed to the the application as a command line argument.
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- **Parameter file**: In this section, the parameter file is described. The parameter file contains parameters which are read be the application at runtime. The name of the parameter file is usually passed to the the application as a command line argument.
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- **Macro file*: In the macro file section, the definition of the coarse macro mesh is shown, which is the basis for adaptive refinements.
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- **Macro file**: In the macro file section, the definition of the coarse macro mesh is shown, which is the basis for adaptive refinements.
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- **Output**: The AMDiS results are written to output files that contain the final mesh and the problem solution on this mesh. The output can be visualized with [ParaView](http://www.paraview.org). In the output section, the visualized problem results are shown and discussed.
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- **Output**: The AMDiS results are written to output files that contain the final mesh and the problem solution on this mesh. The output can be visualized with [ParaView](http://www.paraview.org). In the output section, the visualized problem results are shown and discussed.
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To avoid unnecessary repetitions, not every aspect of every example is described, but only those aspects that have not appeared in previous examples.
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To avoid unnecessary repetitions, not every aspect of every example is described, but only those aspects that have not appeared in previous examples.
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