"ITRI-NTU 3D-FDTD" 修訂間的差異

出自 DDCC TCAD TOOL Manual
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(Input file 1: parameters assigned command)
行 8: 行 8:
 
[[$SParameterDirectory]]<br>
 
[[$SParameterDirectory]]<br>
   
  +
[[$OutputDirectory]]<br>
  +
  +
[[$OutputName]]<br>
   
 
=== Time setting ===
 
=== Time setting ===

於 2018年8月24日 (五) 16:45 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.


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

$SParameterDirectory

$OutputDirectory

$OutputName

Time setting

$TimeStep

$OutputStep


Space setting

$SpaceRegion

$CellNumber

$BCsetting

$PMLlayer


Source setting

$SourceType

$SourcePosition

$SourceFrequency


Material setting

$NumberofObject

$MaterialStructure

$MaterialParameter

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.


$SaveType

$CourantFactor

$Backgroundparameter

$CPML_m

$CPML_max_kapa

$CPML_ma

$CPML_max_a

$CPML_ratio_maxsigma

$IncCPMLpar

$Output1Dincident

The format of output files

Setting results

index.set

_position.set

_field-coefficients.set

pml-coefficients.set

region_number.set

source_timedomain.set

source_freqdomain.set

Results at running step

.dat

The meaning of the parameters in source codes