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rbmatlab 0.10.01
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quadratic poisson equation on unit interval More...
Go to the source code of this file.
Functions | |
| function model = | quadratic_poisson_model () |
| quadratic poisson equation on unit interval | |
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function
model_data = | quadraticpoissonmodel>my_gen_model_data ( model) |
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function
sim_data = | quadraticpoissonmodel>my_detailed_simulation ( model, model_data) |
| function p = | quadraticpoissonmodel>my_plot_sim_data ( model, detailed_data, sim_data, plot_params) |
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function
detailed_data = | quadraticpoissonmodel>my_gen_detailed_data ( model, model_data) |
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function
reduced_data = | quadraticpoissonmodel>my_gen_reduced_data ( model, detailed_data) |
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function
rb_sim_data = | quadraticpoissonmodel>my_rb_simulation ( model, reduced_data) |
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function
rb_sim_data = | quadraticpoissonmodel>my_rb_reconstruction ( model, detailed_data, rb_sim_data) |
| function K = | quadraticpoissonmodel>my_inner_product_matrix ( model_data) |
| function b_comp = | quadraticpoissonmodel>my_b_components ( model) |
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function
b_coeff = | quadraticpoissonmodel>my_b_coefficients ( model) |
| function f_comp = | quadraticpoissonmodel>my_f_components ( model) |
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function
f_coeff = | quadraticpoissonmodel>my_f_coefficients ( model) |
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function
au_comp = | quadraticpoissonmodel>my_au_components ( model, u) |
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function
a_coeff = | quadraticpoissonmodel>my_a_coefficients ( model) |
quadratic poisson equation on unit interval
Definition in file quadratic_poisson_model.m.
| function model = quadratic_poisson_model | ( | ) |
quadratic poisson equation on unit interval
u on [0,1] such that
parameters k and m
discretization with Finite differences
inner product: l2-inner product, piecewise linear elements
| model | model |
mu_names — a string array containing the symbolic names of the parameter vector 
mu_ranges — matrix storing the admissable ranges for parameter vector components. Each two dimensional column vector represents a range for a component specified by model.mu_names. xrange — xrange xnumintervals — xnumintervals dx — dx k — k m — m gen_model_data — gen model data detailed_simulation — detailed simulation plot_sim_data — problem specific function performing the plot of the simulation results. set_mu — set mu b_coefficients — b coefficients b_components — b components f_coefficients — f coefficients f_components — f components a_coefficients — a coefficients au_components — au components gen_detailed_data — gen detailed data rb_reconstruction — rb reconstruction gen_reduced_data — gen reduced data rb_simulation — rb simulation get_rb_size — get rb size get_mu — get mu is_stationary — is stationary reduced_data_subset — reduced data subset get_dofs_from_sim_data — function u=f(sim_data) returning degrees of freedom stored in a sim_data structure. gridtype — gridtype no_lines — no lines axis_equal — axis equal inner_product_matrix — inner product matrix RB_Mtrain_size — RB Mtrain size Newton_eps — Newton eps Definition at line 1 of file quadratic_poisson_model.m.
1.7.4