eop_example_script(step) More...
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Functions | |
function | eop_example_script (step) |
eop_example_script(step) More... | |
eop_example_script(step)
Definition in file eop_example_script.m.
function eop_example_script | ( | step | ) |
eop_example_script(step)
%
step 1: primal or dual detailed simulation with plot. Can include output in the primal case. step 2: primal or dual reduced simulation with plot. No output here (is treated in step 7). Has an addition considering error and error estimator. step 3: generation and saving of primal (or dual) reduced basis. step 4: display of a GUI for the reduced (and to some extend) the detailed simulation. Also contains error estimation. step 5: includes the experiments of Chapter 5.2 of the diploma thesis, i.e. stability analysis. step 6: includes the experiments of Chapter 5.3 of the diploma thesis, i.e. the boundedness of the solution for Delta t -> 0. step 7: Treats the computation of the improved output and the improved output estimator
% possible functionals l
average price
: l(P^M;) = 1/||*{}P^M(x)dxtheta
: l(P^M;) = -1/||*int_{}{ P^M}{ t}(x) dxaverage dP/dS1
: l(P^M;) = 1/||*{}{ P^M}{ S_1}(x)dxaverage dP/dS2
: l(P^M;) = 1/||*{}{ P^M}{ S_2}(x)dxwith G_0 being a subgrid of G the grid and P = (P^k)_{k=0}^M being the solution.
% various offline-data included on the CD
a model on the standard settings which contains both constants that are required for the various error estimators for basis generation and
various files containing the 6 Reduced Basis (and corresponding model and model_data), described in Chapter 5.4. They use the error (err) or estimator (est) as error indicator and have different
% not included
a file containing a dual Reduced Basis (and corresponding model and model_data). But a dual Reduced Basis is only required in the case where the improved output and improved output estimator are desired and this is done in step 7.
step | step |
Definition at line 17 of file eop_example_script.m.