So SVN would be a more popular choice (like on sourceforge).įor the core autoconf/automake seems to be the way to do it.Ĭould use the openGL lib of QT or mesa library ( )Īlso We could use something like “paraview” for the graphic in 3D, which also has QT support. “git” may be good but I don't know any repository servers which use it. yatpac(open source) C++ lib (GPL) ( Good for EM simulation at microstrip line level.Ģ) Parallel computing or distributed computing.
#Line source cst microwave studio code
C++ lib (GPL) of: NEC note: NEC code does not include planar circuit computation.MEEP- C++ lib (GPL) of: A well documented package of MIT with no graphical interface.GetFEM lib (LGPL) for FEM also allows Matlab interface.Here is a list of main methods used for EM simulator and their possible simulators: Īnd the use of the correct method is depending of the problem to solve. The most general methods are FEM and FDTD, then MoMs and TLM. The core engine should work on the Maxwell's equation using appropriate methods. The core of EM simulator is separate from the rest of the QUCS programįor more stability one task one program is better. I described below the main directions to start such an project.ġ) The core of the EM simulator /the EM engine(s)
#Line source cst microwave studio software
Ideally the open source software QUCS should integrate an Electromagnetic Simulator to be complete.īut the task is not as easy as it seems by just putting available open source libraries to the Qucs platform.
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