DetailedModel.m

classdef DetailedModel < IDetailedModel
  % Detailed model for a linear stationary problem with a @ref fem
  % discretization
  %
  % This is a detailed model for a problem type 'rb_problem_type' = "LinStat"
  %
  % It solves finite element discretization of the form
  % `` A u = r, ``
  % with a matrix `A` and a right hand side `r` returned by 
  % '[A,r] = descr.operators(descr, model_data)'
  %
  % Furthermore, an output fuctional can be defined by the description field
  % 'descr.operators_output(descr, model_data);'


  methods
    function dm = DetailedModel(descr)
      % function dm = DetailedModel(descr)
      % constructor based on problem description
      %
      % Parameters:
      %   descr: structure of type ModelDescr describing the problem and the
      %          discretization
      dm = dm@IDetailedModel(descr);
    end

    sim_data   = detailed_simulation(this, model_data);

    model_data = gen_model_data(dmodel);

    p = plot_sim_data(dmodel, model_data, sim_data, plot_params);
  end

  methods(Static)

    function U = get_dofs_from_sim_data(sim_data)
      U = sim_data.uh.dofs;
    end
  end

end