"ITRI-NTU 3D-FDTD" 修訂間的差異
出自 DDCC TCAD TOOL Manual
(→Setting results) |
(→The format of output files) |
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| 行 73： | 行 73： | ||
=== Setting results === |
=== Setting results === |
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| − | [[ |
+ | [[.gn]] |
| − | [[ |
+ | [[.ind]] |
| − | [[XX_position.set]] |
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| + | [[.XX.ps]] |
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| − | [[XX_field-coefficients.set]] |
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| + | [[.field.par]] |
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| − | [[pml |
+ | [[.pml.par]] |
| − | [[region_number.set]] |
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| + | [[.type.par]] |
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| − | [[source_timedomain.set]] |
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| + | [[.so.time]] |
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| − | [[source_freqdomain.set]] |
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| + | [[.so.freq]] |
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=== Results at certain time step (n)=== |
=== Results at certain time step (n)=== |
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| − | [[ |
+ | [[.step-n.XX.dat]] |
| − | [[ |
+ | [[.step-n.inc.dat]] |
| − | [[reflection.dat]] |
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| + | [[.reflec]] |
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== The meaning of the parameters in source codes == |
== The meaning of the parameters in source codes == |
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於 2018年10月11日 (四) 09:54 的修訂
3D-FDTD is named 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: parameters assigned command
Be careful: Although most sequences of functions are not important, the function $NumberofObject MUST appear before the function $MaterialStructure and $MaterialParameter.
Files setting
Time setting
Space setting
Source setting
Material setting
Input file 2: parameters assigned command
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.
