namespace gismo {

/**

\page MATLAB_interface MATLAB interface via \ref gsCInterface

The <a href="https://mathworks.com/products/matlab.html">MATLAB</a> interface of \gismo is enabled via the \ref C_interface of \gismo. The package is available as the \ref gsMatlab module.

<h3>Installation of gsMatlab</h3>

<h3>Calling the C interface in MATLAB</h3>

Inside MATLAB, the \gismo class hierarchy is maintained as much as possible. The \ref gsFunctionSet-equivalent in MATLAB is defined as:

~~~~{.m}

classdef gsFunctionSet < handle

% Class implementations

end

~~~~

And, for example, a \ref gsMultiPatch deriving from \ref gsFunctionSet is declared as:

~~~~{.m}

classdef gsMultiPatch < gsFunctionSet

% Class implementations

end

~~~~

Within the classes, member functions can be declared, which call their corresponding function from the C interface of \gismo:

~~~~{.m}

function varargout = addPatch(this, varargin)

if (nargin~=2 || nargout>0)

error('Invalid number of input and/or output arguments.')

end

calllib('gismo','gsMultiPatch_addPatch',this.objectHandle,varargin{1}.ptr());

end

~~~~

\note Since MATLAB does not natively offer an interface to Eigen, the \ref gsMatrix is binded to MATLAB using the `EigenMatrix` types. This type can easily convert to a MATLAB matrix and can be given to the C interface of \gismo.

<h3>Further information and examples</h3>

For further information and examples regarding the MATLAB interface, we refer to the <a href="https://github.com/gismo/gsMatlab">gsMatlab</a> repository.

*/

}