"ITRI-NTU 3D-FDTD" 修訂間的差異
(→Results at certain time step (n)) |
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| 行 66： | 行 66： | ||
[[$DFTallField]]<br> |
[[$DFTallField]]<br> |
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| − | [[$CalGeneration]] |
+ | [[$CalGeneration]]<br> |
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| + | === Gmsh setting === |
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| + | [[$UseGmsh]]<br> |
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| + | |||
| + | [[$GmshTag]]<br> |
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| + | |||
== Input file 2: commands and parameters == |
== Input file 2: commands and parameters == |
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| 行 90： | 行 90： | ||
[[$IncCPMLpar]] |
[[$IncCPMLpar]] |
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| − | [[$Output1Dincident]] |
+ | [[$Output1Dincident]]<br> |
| + | |||
== The format of output files == |
== The format of output files == |
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於 2019年7月2日 (二) 10:14 的修訂
3D-FDTD is called from three dimensional finite difference time domain method. This program models computational electrodynamics which is refer to the book Computational Electrodynamics: The Finite-Difference Time-Domain Method, Third Edition, by Allen Taflove.
目錄
Input file 1: commands and parameters
Be careful: Although most sequences of functions are not important, the function $NumberofObject MUST appear before the function $MaterialStructure and $MaterialParameter.
Files setting
Unit setting
Time setting
Space setting
Source setting
Material setting
Near-to-Far-Field setting
Generation setting
Gmsh setting
Input file 2: commands and parameters
Note: You can run the FDTD program WITHOUT the input file 2. However, if using this, you should really know the meaning of each function and parameter; otherwise, the program may not execute correctly as you change any default parameter.
The format of output files
These pages present text format. XX means it could be Ex, Ey, Ez, Hx, Hy, or Hz. And n represents the time step.
