descr_default.m

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function descr = descr_default
%function model = descr_default
% function initializing some fields of a lin-stat model
%
% generated fields of descr:
%  verbose                   : '5'
%  debug                     : '0'
%  rb_problem_type           : ''LinStat''
%  mu_names                  : '{}'
%  mu_ranges                 : '{}'
%  decomp_mode               : '0'
%  compute_output_functional : '0'
%  operators                 : fem_operators()
%  operators_output          : fem_operators_output()
%  get_inner_product_matrix  : extracts the inner product matrix from the 'model_data'
%  is_stationary             : '1'
%  axes_tight                : '1'
%  has_diffusivity           : '0'
%  has_source                : '0'
%  has_reaction              : '0'
%  has_advection             : '0'
%  has_output_functional     : '0'
%  has_dirichlet_values      : '0'
%  has_neumann_values        : '0'
%  has_robin_values          : '0'

%

% B. Haasdonk 21.2.2011

descr = [];
descr.verbose = 5;
descr.debug = 0;
descr.rb_problem_type = 'LinStat';

descr.mu_names = {};
descr.mu_ranges = {};
descr.decomp_mode = 0; % default: complete evaluation

descr.compute_output_functional = 0;
descr.operators = @fem_operators;
descr.operators_output = @fem_operators_output;

% TODO: model_data should be a class
descr.get_inner_product_matrix = @(detailed_data) ...
  detailed_data.df_info.regularized_h10_inner_product_matrix;

% for demo_rb_gui:
descr.is_stationary = 1;
descr.axes_tight = 1;

descr.has_diffusivity = 0;
descr.has_source = 0;
descr.has_reaction = 0;
descr.has_advection = 0;
descr.has_output_functional = 0;
descr.has_dirichlet_values = 0;
descr.has_neumann_values = 0;
descr.has_robin_values = 0;