FDTD++ wiki http://wiki.fdtdxx.com/view/Main_Page MediaWiki 1.22.6 first-letter Media Special Talk User User talk FDTD wiki FDTD wiki talk File File talk MediaWiki MediaWiki talk Template Template talk Help Help talk Category Category talk 0 1 982 981 2017-02-18T21:09:05Z Jeffrey M. McMahon 1 {{DISPLAYTITLE: FDTD++ wiki}} Welcome to the '''FDTD++ wiki''', the instruction manual [http://www.fdtdxx.com FDTD++], [[Finite-difference time-domain|finite-difference time-domain]] ([[Finite-difference time-domain|FDTD]]) software in C++. The '''FDTD++ wiki''' is organized into sections below, and presented in the order that someone new to [[Finite-difference time-domain|FDTD]] and/or [http://www.fdtdxx.com FDTD++] should visit. <!--Note that the [http://materials.aimotionllc.com/view/Material_models material models] and the [http://materials.aimotionllc.com/view/Category:Materials_database materials database] are provided on an external website, since they are not specific to [http://www.fdtdxx.com FDTD++].--> <!-- For discussions of [http://www.fdtdxx.com FDTD++] (support, suggestions, etc.), as well as the [[Finite-difference time-domain|FDTD]] method itself, visit the [http://forums.aimotionllc.com discussion forums]. --> <!--If there are '''any''' features that you wish to see in future versions of [http://www.fdtdxx.com FDTD++], please report them also to the [http://forums.aimotionllc.com discussion forums].--> ==Categories== <!-- --> <!-- [[Electromagnetics]] --> <!-- --> <!-- # [[Finite-difference time-domain|The finite-difference time-domain method]] --> <!-- ## [[Yee cell]] --> <!-- ## [[Total-field / scattered-field technique]] --> <!-- --> <!-- ====[http://www.fdtdxx.com FDTD++]==== --> # [[:Category:Introduction|Introduction]] # Preliminaries ## [[Requirements]] ## [[Obtaining]] ## [[Compiling|Compiling]] ### [[Precompiled binaries]] ### [[Compilation options]] ### [[Compiling on Unix-like]] #### [[Makefile|The makefile]] ### [[Compiling on Windows]] # [[Defining a simulation]] ## [[Geometric modeling]] ### [[Computer-aided design import|Computer-aided design/mesh import]] #### [[Geometries file]] ### [[Geometries subroutine]] ## [[Computational domain|The computational domain]] ### [[Exterior computational domain]] ### [[Interior computational domain]] ### [[Boundary conditions]] #### [[Absorbing boundary condition]] #### [[Periodic boundary condition]] #### [[Conducting boundary condition]] ### [[Computational domain discretization]] ## [[Materials]] ### [http://materials.aimotionllc.com/view/Material_models Material models] #### [http://materials.aimotionllc.com/view/Dielectric_material Dielectric material] #### [http://materials.aimotionllc.com/view/Conductor Conductor] #### [http://materials.aimotionllc.com/view/Perfect_electric_conductor Perfect electric conductor] #### [http://materials.aimotionllc.com/view/Drude_model Drude model] #### [http://materials.aimotionllc.com/view/Hydrodynamic_Drude_model Hydrodynamic Drude model] #### [http://materials.aimotionllc.com/view/Lorentz_oscillator_model Lorentz oscillator model] #### [http://materials.aimotionllc.com/view/Critical_points_model Critical points model] #### [http://materials.aimotionllc.com/view/Debye_model Debye model] #### [http://materials.aimotionllc.com/view/Material_models#Combined_models Combined models] ##### [http://materials.aimotionllc.com/view/Material_models#Drude-Lorentz_model Drude-Lorentz model] ##### [http://materials.aimotionllc.com/view/Material_models#Drude-critical_points_model Drude-critical points model] ### [http://materials.aimotionllc.com/view/Materials_file The materials file] ## [[Sources]] ### [[Incident fields]] #### [[Types of incident fields]] ##### [[Pulses]] ##### [[Chirps]] ##### [[User-defined]] #### [[Injection into the computational domain]] ### [[Current sources]] ## [[Simulation parameters]] ### [[Simulation-independent parameters]] ### [[Simulation-dependent parameters]] ### [[Parameters file|The parameters file]] # [[Running|Running]] ## [[Running in serial]] ## [[Running in parallel]] # [[Output]] # [[Tutorials]] ## [[FDTD++ tutorials]] ### [[Scattering by a dielectric sphere]] ### [[Scattering by a metallic sphere]] ### [[Tutorial converging the grid spacing|Converging the grid spacing]] ### [[Tutorial converging the simulation time|Converging the simulation time]] ### [[Tutorial Scattering by an array of metallic spheres|Scattering by an array of metallic spheres]] ## [[Computer-aided design tutorials]] ### [[Introduction to SALOME]] ### [[Creating a sphere with SALOME]] ### [[Creating a sphere dimer with SALOME]] ## [[Visualization tutorials]] ### [[Introduction to VisIt]] ### [[Visualizing the electromagnetic fields with VisIt]] ----- * [[Conventions|Appendix A: Conventions]] * [[List of simulation parameters|Appendix B: List of simulation parameters]] * [[List of material parameters|Appendix C: List of material parameters]] <!-- * [[:Category:Materials_database|Appendix C: Materials database]] --> ----- * [http://materials.aimotionllc.com Materials database] ----- * [[Troubleshooting]] * [[Known issues]] * [[In development]] s37js516yq6ya1ojwuv5eqdczuigxhc wikitext text/x-wiki