The Temporal Scattering and Response (TSAR) suite is a 3-D cubical cell FDTD program, based on Yee´s algorithm, which works in conjunction with the BRL-CAD solid modeler for object definition.

The TSAR suite consits of ANA, a mesh generator; IMAGE, a mesh viewer; SETUP_TSAR, a menu-based problem definition code; TSAR the FDTD solver; and a few simple post- processors.

TSAR is available at a nominal fee to U.S. government agencies, and to U.S. government contractors interested in collaborative efforts. Interested parties may contact

Lawrence Livermore National Laboratory, 7000 East Avenue, Livermore, CA 94551, USA.

• Link (29 nov 2008)

3D Transmission Line Method for simulation of passive microwave air-filled structures based on symetrical condensed node TLM. FORTRAN code printed in

Jaroslaw Uher, Jens Bornemann, Uwe Rosenberg, Waveguide Components for Antenna Feed Systems: Theory and CAD, Artech House, Boston, 1993.

MAFIA commercial 3D ECAE program (commercial, university license) available from

CST AG, Bad Nauheimer Str. 19, 4289 Darmstadt, Germany.

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• Link (29 Nov 2008)

Finite difference time domain code for 2d electromagnetic computation included on disk with the second issue of the

Journal Computer Applications in Engineering Education (first issue =Vol 1 No 1 1992/93).

Code is mainly intended for accelerator design, but with its time-domain solver plane wave electromagnetic scattering by a three-dimentional dielectric or metallic objects can also by calculated in the near field. ARGUS documentation is available by WWW from SAIC.

Science Application International Corporation, Applied Physics Operation, Washington, DC, USA). Commercial Licences.

• Original link (29 Nov 2008, offline)

2D FDTD electromagnetic field analysis of arbitrarilly shaped two- dimensional microwave circuits. Software (commercial) available from

ArguMens GmbH, Bismarckstr. 67, 47057 Duisburg, Germany, Fax: +49-203-350874

Binaries for this parallel finite difference time domain electromagnetic simulator for SUN and Dec ALPHA.

• Original link (29 Nov 2008, offline)

A C++ Class Library for solving three dimensional electromagnetic problems in time domain by Finite Integral Method by Hiroshi Abe. LEM provides the application programmer and the user the benefit of advanced object- oriented programming.

Hiroshi Abe, C&C Media Research Laboratories, NEC Corporation, JAPAN.

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This 2D-FDTD code has been developed by Dave Rossi.

The zip file available from the local server contains source code, documentation, examples, and executable files for DOS/Windows and Linux. Written as a tool to look at planar optical waveguide structures. The code requires no graphics either Windows or X-windows to run, but some type of ascii data viewer is required to look at the output files. An input data checking and geometry checking program for the input file is also included in the zip file.

• Link (local copy)

This code can be used to model wave propagation in urban environments in 2D. It is based on the Transmission Line Matrix (TLM) method.

• Link (29 Nov 2008)