SOLUTION.m

%--------------------------------------------------------------------------
% SOLUTION
%--------------------------------------------------------------------------
% Creation of a SOLUTION object.

%--------------------------------------------------------------------------
% Syntax
%--------------------------------------------------------------------------
SO  = SOLUTION(arg1,val1,...
                           ,argn,valn)

%--------------------------------------------------------------------------
% Description
%--------------------------------------------------------------------------
% The SOLUTION method is used to create a SOLUTION object. This object is used to
% output the solution after solving a problem. This object has the following 
% properties: 
%  - problem         : PROBLEM object
%  - mesh            : MESH object associated with the problem to solve 
%                      (global variable stored locally)
%  - topology        : TOPOLOGY object associated with the problem to solve 
%                      (global variable stored locally)
%  - displacement    : CHPOINT containing the displacement (primal and dual 
%                      dofs)
%  - velocity        : CHPOINT containing the velocity (primal and dual dofs)
%  - acceleration    : CHPOINT containing the acceleration (primal and dual dofs)
%  - cham_element    : CHAMELEM object containing the solution (internal 
%                      variables, stresses, strains)
%  - reaction        : CHPOINT object describing the reaction forces
%  - internal_forces : CHPOINT object describing the internal forces
%  - eigenfrequency  : vector describing the eigenfrequencies
%  - modeshape       : CHPOINT object describing the modeshapes

%--------------------------------------------------------------------------
% Input arguments
%--------------------------------------------------------------------------
% arg1...argn    : STRING - label of a property (see above)
% val1...valn    : depends on the property - value of a property (see above)

%--------------------------------------------------------------------------
% Output arguments
%--------------------------------------------------------------------------
% SO             : SOLUTION object

%--------------------------------------------------------------------------
% Example
%--------------------------------------------------------------------------
SO1 = SOLUTION

SO1 = 

  SOLUTION with properties:

            problem: []
               mesh: []
           topology: []
       displacement: []
           velocity: []
       acceleration: []
       cham_element: []
           reaction: []
    internal_forces: []
     eigenfrequency: []
          modeshape: []