demo_rb_richards_fv.m

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% A small script demonstrating the online phase of the two models from the
% diploma thesis "Reduzierte-Basis Methoden für unges\"{a}ttigte
% Grundwasserstr\"{o}mungen"
%

help demo_rb_richards_fv

disp('==================================================================');
disp(' ');
disp('First example:');
disp('Linear heat equation with parabolic geometry transformation');
disp(' ');
disp('==================================================================');

load richards_fv_detailed_interpol
% detailed_data.grid = construct_grid(model);
% model_data = gen_model_data(model);
% detailed_data.model_data = model_data;
% model.newton_solver = 0;
% model.implicit_nonlinear = 0;
% model.local_stencil_size = 2;
% model.get_rb_size = @get_rb_size_default;
% model.enable_error_estimator = 0;
% save('/home/mdroh_01/projects/diss/nonlin_evol/rbmatlab/demos/datafiles/richards_fv_detailed_interpol.mat', 'model', 'detailed_data', 'plot_params');

demo_rb_gui(model,detailed_data,[],plot_params);

disp('Press any key to continue...');
pause

disp('=================================================================');
disp(' ');
disp('Second example:');
disp('Nonlinear Richards equation with affine geometry transformation');
disp(' ');
disp('=================================================================');

load richards_affine_detailed_interpol
% detailed_data.grid = construct_grid(model);
% model_data = gen_model_data(model);
% detailed_data.model_data = model_data;
% model.newton_solver = 0;
% model.implicit_nonlinear = 0;
% model.local_stencil_size = 2;
% model.get_rb_size = @get_rb_size_default;
% model.enable_error_estimator = 0;
% save('/home/mdroh_01/projects/diss/nonlin_evol/rbmatlab/demos/datafiles/richards_affine_detailed_interpol.mat', 'model', 'detailed_data', 'plot_params');


demo_rb_gui(model,detailed_data,[],plot_params);