testing_script_lin_evol_opt_implicit_operators.m

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%testing_script_lin_evol_opt_implicit_operators
%
%Script zum Testen der Implementierung der Impliziten Operatoren mit
%entsprechenden Fehlerschätzern.
%
% Oli, 20.9.10 

clear
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profile on

% model_data und detailed_data erstellt aus advection_fv_output_opt_model:
load PCA_basis_coarse16_3_50.mat; 
%load advection_fv_output_opt_model_detailed_data_16_09_10.mat
%load Greedy_basis_coarse1_100_adapt.mat
model.L_E_der_norm_bound = 1;
model.L_I_der_norm_bound = 1;
model.compute_derivative_info = 1;

reduced_data_oli = lin_evol_opt_gen_reduced_data(model, detailed_data);
sim_data_oli = lin_evol_rb_derivative_simulation(model, reduced_data_oli);


% 
% 
% %Vergleich mit Fehlerschätzer aus lin_evol_rb_derivative_simulation
% delta_oli = sim_data_oli.Delta;
% %load advection_fv_output_opt_model_detailed_data_16_09_10.mat
% %load PCA_basis_coarse16_3_50.mat;
% load Greedy_basis_coarse1_100_adapt.mat
% reduced_data = lin_evol_opt_gen_reduced_data(model, detailed_data);
% sim_data = lin_evol_rb_derivative_simulation(model, reduced_data);
% 
% 
% 
% 
% %Ausgabe der letzten 10 Werte
% 
% 
% delta_vergl = sim_data_oli.Delta - sim_data.Delta;
 delta_oli = sim_data_oli.Delta(end-10:end);
% delta_bernard = sim_data.Delta(end-10:end);
% max_diff = max(abs(delta_vergl));
if model.compute_derivative_info
    Delta_der_oli = sim_data_oli.Delta_der(:,end-10:end);
end

delta_oli
% max_diff
if model.compute_derivative_info
    Delta_der_oli
end


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