inputModel.m

% This is an input file for the GSHA procedure
%
% It should contain a list of names and location of geometry boundaries followed by a
% list of names for density values
% 
% Single values for density files are allowed.
HOME = pwd;
Model = struct();

Model.number_of_layers = 9;
Model.name = 'Crust10_crust';

% Additional variables
Model.GM = 3.9860004415E14;
Model.Re_analyse = 6378136.30;
Model.Re = 6378136.30;
Model.geoid = 'none';
Model.nmax = 179;     
Model.correct_depth = 0;

% % Topo layer
Model.l1.bound = [HOME '/Data/crust1.bd1.gmt'];
Model.l1.dens  = [HOME '/Data/crust1.rho1.gmt'];
% %Model.l1.alpha = 

% Bath layer
Model.l2.bound = [HOME '/Data/crust1.bd2.gmt'];
Model.l2.dens  = [HOME '/Data/crust1.rho2.gmt'];
% %Model.l2.alpha = 
% 
% % Sediment layer
Model.l3.bound = [HOME '/Data/crust1.bd3.gmt'];
Model.l3.dens  = [HOME '/Data/crust1.rho3.gmt'];
% %Model.l3.alpha = 
% 
% %Upper crustal layer
Model.l4.bound = [HOME '/Data/crust1.bd4.gmt'];
Model.l4.dens  = [HOME '/Data/crust1.rho4.gmt'];
% %Model.l4.alpha = 
% 
% % Middle crustal layer
Model.l5.bound = [HOME '/Data/crust1.bd5.gmt'];
Model.l5.dens  = [HOME '/Data/crust1.rho5.gmt'];
% %Model.l5.alpha = 
% 
% % Lower crustal layer
Model.l6.bound = [HOME '/Data/crust1.bd6.gmt'];
Model.l6.dens  = [HOME '/Data/crust1.rho6.gmt'];
% %Model.l6.alpha = 
% 
% % Lower crustal body layer
Model.l7.bound = [HOME '/Data/crust1.bd7.gmt'];
Model.l7.dens  = [HOME '/Data/crust1.rho7.gmt'];
% %Model.l7.alpha = 
% 
% % Lithosphere layer
Model.l8.bound = [HOME '/Data/crust1.bd8.gmt'];
Model.l8.dens  = [HOME '/Data/crust1.rho8.gmt'];
% %Model.l8.alpha = 
% 
% % Asthenosphere crustal layer
Model.l9.bound = [HOME '/Data/crust1.bd9.gmt'];
Model.l9.dens  = 3300;
% %Model.l9.alpha = 
% 
% % Bottom
Model.l10.bound = [HOME '/Data/crust1.100km.gmt'];

% Save model in .mat file for use of the new software

save([HOME '/Data/' Model.name '.mat'],'Model')