Utilities: Difference between revisions
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* [[changeMp.f90]] - change <tt>i_Mp</tt> value in a state file. | * [[changeMp.f90]] - change <tt>i_Mp</tt> value in a state file. | ||
* [[change_Mp_alpha.f90]] - make copies of a state, or extract modes, dependent on changes in length or azimuthal symmetry. | * [[change_Mp_alpha.f90]] - make copies of a state, or extract modes, dependent on changes in length or azimuthal symmetry. | ||
* [[prim2matlab.f90]] - | * [[prim2matlab.f90]] - extract data and write in a netcdf format for easy loading into Matlab or VisIt. | ||
=== Runtime processing === | === Runtime processing === |
Revision as of 01:36, 13 December 2016
- Utilities are used to manipulate or analyse data, either during runtime or in the post-processing phase.
- Some of the utilities are non-specific to pipe flow, e.g. code for the GMRES algorithm.
- Almost all modifications can/should be made via a utility, rather than altering the core code (i.e. avoid editing the contents of the program/ directory wherever possible).
- Utilities are kept in utils/.
Building
To build, in Makefile, set UTIL = utilname (omitting the .f90 extension), then type
> make > make install > make util > mv utilname.out ...
The penultimate command creates utilname.out.
It is good practice to do a 'make install' to generate a main.info file to keep alongside the executable.
Pre/post-processing
- main.info - Record of settings at compiletime
- ic.f90 - Pre/Post-processing template.
- describe_state.f90 - check time/parameters; see also main.info for outputs.
- changeMp.f90 - change i_Mp value in a state file.
- change_Mp_alpha.f90 - make copies of a state, or extract modes, dependent on changes in length or azimuthal symmetry.
- prim2matlab.f90 - extract data and write in a netcdf format for easy loading into Matlab or VisIt.
Runtime processing
- runtime.f90 - Processing template.
- newton.f90 - Newton-Krylov.
Non-problem-specific codes
- GMRESm.f90, arnoldi.f - Krylov-subspace methods.
- NewtonHook.f90 - Newton-hookstep method.