This is a slight modification from the first release of https://github.com/stevenjgibbons/LEOPACK-2022-revision of February 11, 2023.
Specifically, there is a script GNU_test.sh which determines whether or not the compiler flag -fallow-argument-mismatch is required to compile the programs that use the ARPACK library.
The programs solve various problems in thermal convection and magnetic field generation in rotating spheres and spherical shells.
There are 29 main codes and 10 graphics codes.
The main codes fall into five categories:
(1) time-stepping codes for thermal convection and the full dynamo problem.
(2) codes for the onset of thermal convection
(3) codes for boundary-locked convection
(4) codes for the kinematic dynamo problem
and
(5) diverse codes for manipulation of files or post-processing.
Almost all of the codes are written in (almost) standard FORTRAN 77.
The graphics programs require the PGPLOT library.
Full Changelog: v1.0.0...v1.0.1