DetailedLeafNode.m

classdef DetailedLeafNode < Greedy.DataTree.Detailed.ILeafNode
  % tree node implementation for a detailed data structure holding a reduced
  % basis and a collateral reduced basis.

  properties
    % mapper of type Greedy.DataTree.Detailed.IdMapNode with empirical
    % interpolation data for all interpolated operators
    ei;

    % mapper of type Greedy.DataTree.Detailed.IdMapNode with reduced basis
    % data for the three unknowns (saturation, velocity, pressure)
    rb;
  end

  methods

    function rbeiddn = DetailedLeafNode(model_data)
      % function rbeiddn = DetailedLeafNode(model_data)
      % constructor initializing the detailed data node

      rbeiddn  = rbeiddn@Greedy.DataTree.Detailed.ILeafNode(model_data);
    end


    function siz = get_rb_size(this)
      siz = create_tree(this.rb, ...
                        DataTree.ScalarGreator(@(X) get_rb_size(X)), ...
                        [], [], []);
    end

    function siz = get_ei_size(this)
      siz = create_tree(this.ei, ...
                        DataTree.ScalarGreator(@(X) get_ei_size(X)), ...
                        [], [], []);
    end

    function node = get_active_leaf(this, model, id)
      % function node = get_active_leaf(this, model, id)
      % @copybrief DataTree.INode.get_active_leaf()
      %
      % @copydetails DataTree.INode.get_active_leaf()
      %
      % Return values:
      %   node: of type Greedy.DataTree.Detailed.ILeafNode
      if nargin == 2
        id = [];
      end
      node = get_active_leaf(this.rb, model, id);
    end

    function [ot1, ot2, ot3] = offtime(this, rmodel)
      [ot3, ot1, ot2] = offtime(this.rb, rmodel);
      [ot1, ot2, temp] = offtime(this.ei, rmodel);
    end


    function delete_rb(this, index)
      % function delete_rb(this, index)
      % @copybrief Greedy.DataTree.Detailed.RBLeafNode.delete_rb()
      %
      % @copydetails Greedy.DataTree.Detailed.RBLeafNode.delete_rb()
      delete_rb(this.rb, index);
    end
  end

end