The TRIPS code will produce the tidal response for the tidal numbers k, h, l
for some integer l that is the harmoinc degree such that kl represents the
tidal number followed by the harmonic degree. The inputs for the driver method,
propagator_method, will also take the amount of layers of the structure
and a data variable which represents the structure of the plaent.
- NOTE
- Benchmarks in the Example directory need to have their directory paths setup correctly to run
- NOTE
- Benchmarks that require a specific data file will not run at the moment, because data files are not copied over yet
The file structure of this code is as follows:
- README: description of the source code
- app: program that will call the source code
- src: all the modules making up the TRIPS code
- test: any testing on the src code
- inverse method check
- example: benchmarks from academic papers this code has performed
- Gavrilov 97
- Spada 08
- Vermeersen 96
- Helled 11
- Helled 13
- Stixrude 19
- fpm.toml: compilation file for Fortran Package Manager
- NOTE
- project depends on
BLASandLAPACK