Summer of Code - Getting Started: Difference between revisions

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=== Interface to Electronic Circuit Simulator ===
=== Interface to Electronic Circuit Simulator ===


[http://sourceforge.net/projects/qucs/ Qucs] is a C++ based circuit simulation package. This project aims to create an interface to the Qucs algorithms to allow the transient, i.e. time series, simulation of circuits in Octave within a larger ODE system simulation, and possibly make other analyses types available directly from Octave. The C++ interface would be based on handle class syntax currently in development in the <code>classdef</code> branch of the repository. This method has already been successfully tested on other projects, and examples of this type of interface are available (e.g. [https://sourced.ecdf.ed.ac.uk/projects/see/xfemm here] and [https://www.mathworks.com/matlabcentral/fileexchange/38964-example-matlab-class-wrapper-for-a-c++-class here]).
[http://sourceforge.net/projects/qucs/ Qucs] is a C++ based circuit simulation package. This project aims to create an interface to the Qucs algorithms to allow the transient, i.e. time series, simulation of circuits in Octave within a larger ODE system simulation, and possibly make other analysis types available directly from Octave. The C++ interface would be based on handle class syntax currently in development in the <code>classdef</code> branch of the repository. This method has already been successfully tested on other projects, and examples of this type of interface are available (e.g. [https://sourced.ecdf.ed.ac.uk/projects/see/xfemm here] and [https://www.mathworks.com/matlabcentral/fileexchange/38964-example-matlab-class-wrapper-for-a-c++-class here]).


'''Required skills''': C++ and m-file scripting. Familiarity with new classdef syntax would be useful. May require some modification/adaptation of the Qucs sources. Familiarity with the Octave ODE solvers useful but not essential.
'''Required skills''': C++ and m-file scripting. Familiarity with new classdef syntax would be useful. May require some modification/adaptation of the Qucs sources. Familiarity with the Octave ODE solvers useful but not essential.
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