fdtdxx.com
Download | FDTD++
http://www.fdtdxx.com/download
You are here: Home. FDTD can be downloaded below, simply by registering. Register and Download FDTD. Is distributed under the Algorithms in Motion LLC license. V1 or later), which is similar to the GNU GPL. And can be downloaded by using the form to the right. This will register you to the FDTD. Newsletter (updates, news, etc.), and you will receive a welcome email with the username and password. The manual for FDTD. Is available on the FDTD wiki. Can be obtained by clicking here. If you require FDTD.
fdtdxx.com
Support | FDTD++
http://www.fdtdxx.com/support
You are here: Home. Coming soon. Ignore below. Has a thorough instruction manual. Which includes numerous example and tutorials. In addition, FDTD. Has a large user base. And a discussion forum (support, suggestions, etc.) has recently been setup here. Finally, email support is available here.
fdtdxx.com
Advanced Features | FDTD++
http://www.fdtdxx.com/features/advanced-features
You are here: Home. FDTD contains a number of advanced features, for greater applicability, accuracy, and computational efficiency than found in other FDTD software.
fdtdxx.com
Scalable | FDTD++
http://www.fdtdxx.com/features/scalable
You are here: Home. FDTD is highly scalable, capable of performing desktop to massively parallel simulations. Has been designed from the ground up to be highly scalable, in order to take advantage of the speedup offered by high-performance computing. Based on the Message Passing Interface (MPI) system, FDTD. Is capable of performing simulations on systems ranging from personal computers to massively parallel systems. In fact, FDTD. Benchmarking and scaling results will be reported soon.
fdtdxx.com
Requirements | FDTD++
http://www.fdtdxx.com/requirements
You are here: Home. FDTD has minimal requirements, but can optionally utilize sophisticated features of well-developed libraries for additional efficiency and usefulness. Has been developed to be minimally-dependent on external libraries. However, it can also utilize sophisticated features available in well-developed libraries, by invoking specific flags at compile time (see the FDTD wiki. The complete list of requirements (required and optional) is given below. The list of requirements for FDTD.
fdtdxx.com
Features | FDTD++
http://www.fdtdxx.com/features
You are here: Home. FDTD is advanced, fully featured finite-difference time-domain (FDTD) software, with included C source code and a number of features not found in any other software. Is advanced, fully featured finite-difference time-domain (FDTD) software. The goal of FDTD. If there are any. Features that you would like to see in future versions, please visit the discussion forums. Or email support@fdtdxx.com. For more immediate/urgent issues, see here. Numerical solutions to in 3D, and coming soon.
fdtdxx.com
About | FDTD++
http://www.fdtdxx.com/about
You are here: Home. FDTD is advanced, fully featured finite-difference time-domain (FDTD) software, developed and maintained by Jeffrey M. McMahon. Began as a simple rewrite of the finite-difference time-domain (FDTD) code jFDTD. A FDTD code written by Jeffrey M. McMahon. While at Northwestern University and Argonne National Laboratory, which was distributed open source at The Computational Physicist. FDTD in C ). About Jeffrey M. McMahon. And his biosketch follows. You can reach Jeffrey M. McMahon b...
fdtdxx.com
Sophisticated Material Models | FDTD++
http://www.fdtdxx.com/features/material-models
You are here: Home. FDTD includes a number of sophisticated material models that are capable of accurately describing the optical properties of any material. Includes a number of sophisticated material models that can be used to accurately describe the optical properties of any. Material, ranging from dielectrics and conductors to dispersive materials to even those exhibiting nonlocality. Not only these provide accurate fits, but they also correctly describe the physics behind the optical responses.
