view +multiblock/evalOn.m @ 1012:1e437c9e5132 feature/advectionRV

Create residual viscosity package +rv and generalize the ResidualViscosity class - Generalize residual viscosity, by passing user-defined flux and calculating the time derivative outside of the update. - Create separate RungekuttaRV specifically using interior RV updates - Separate the artifical dissipation operator from the scheme AdvectionRV1D so that the same scheme can be reused for creating the diff op used by the ResidualViscosity class
author Vidar Stiernström <vidar.stiernstrom@it.uu.se>
date Wed, 05 Dec 2018 13:44:10 +0100
parents 442ec6c77c3f
children 92dc0a3b5d5d
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% Evaluate different function handle for each block in a multiblock.Grid
% Function handles may optionaly take a time argument
% f -- cell array of function handles
%       f{i} = f_i(t,x,y,...)
% t -- optional time point. If not specified, it is assumed that the functions take only spatial arguments.
function gf = evalOn(g, f, t)
    assertType(g, 'multiblock.Grid');
    assertType(f, 'cell');

    default_arg('t', []);

    grids = g.grids;
    nBlocks = length(grids);
    gf = cell(nBlocks, 1);

    if isempty(t)
        for i = 1:nBlocks
            gf{i} = grid.evalOn(grids{i}, f{i});
        end
    else
        for i = 1:nBlocks
            gf{i} = grid.evalOn(grids{i}, @(varargin)f{i}(t,varargin{:}));
        end
    end

    gf = blockmatrix.toMatrix(gf);
end