New features in this release include:
- GYRE no longer needs gfortran 4.10 (aka gfortran 5.0) to compile; it works fine with gfortran 4.9.3
- Implemented dedicated code paths for real and complex arithmetic, resulting in significant speedups in many cases
- Added uniform_rot flag and Omega_uni parameter to &model namelist, to enforce rigid rotation on the model
- Added reconstruct_As flag to &model namelist, controlling numerical reconstruction of the dimensionless Brunt-Vaisala frequency
- Added rotation_method parameter to &osc namelist, to determine how rotation effects are treated. The possible treatments include the traditional approximation
- Added inner_bound parameter to &osc namelist, allowing specification of the inner boundary conditions
- Added r_root_solver and c_root_solver parameters to &num namelist, allowing specification of the real and complex root solvers, respectively
- Added grid_frame and freq_frame parameters to &scan namelist, allowing specification of the frames in which the frequency grid is distributed and the frequency units are defined, respectively
- Added 'GRAVITY_DELTA' and 'ACOUSTIC_DELTA' options for the &freq_units parameter in the &scan and &output namelists
- Added 'MIXED_DELTA' option for the &freq_units parameter in the &scan namelist
- Renamed ivp_solver_type parameter to ivp_solver
- Renamed outer_bound_type parameter to outer_bound
- Renamed inner_bound_type parameter to inner_bound
- Renamed inertia_norm_type parameter to inertia_norm
- Renamed variables_type parameter to variable_set
- Replaced use_banded parameter by matrix_type parameter
https://bitbucket.org/rhdtownsend/gyre/downloads/
Rich