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【Geometries_Sweep】
【Geometries_Sweep】
--- Without change geometries, sweep frequencies
--- Without change geometries, sweep frequencies
In example :
In example :
after spectrum simulation, there are three interesting frequencies will to be simulate.
after spectrum simulation, there are three interesting frequencies will to be simulate.
First order resonance frequency 1095 nm, second order resonance frequency 625 nm,
First order resonance frequency 1095 nm, second order resonance frequency 625 nm,
and absorption resonance frequency 300 nm
and absorption resonance frequency 300 nm
Here can use the geometries sweep function to sweep these three frequencies
Here can use the geometries sweep function to sweep these three frequencies
wavelength 1095 nm
wavelength 1095 nm
wavelength 625 nm
wavelength 625 nm
wavelength 300 nm
wavelength 300 nm
A. Select the "sweep cad file"
A. Select the "sweep cad file"
(1) Select Sphere_BC.stl
B. Setup all the parameters, output name
B. Setup all the parameters, output name
(1) Press【增加 Import】button two times, to add the same cad Sphere_BC.stl
(1) Press【增加 Import】button two times, to add the same cad Sphere_BC.stl
(2) Rename the parameters file (file name is arbitrary)
(2) Rename the parameters file (file name is arbitrary)
FonSinEM_Repeat_Input.txt ==> wavelength_300nm.txt
FonSinEM_Repeat_Input.txt ==> wavelength_300nm.txt
FonSinEM_Repeat_Input.txt ==> wavelength_625nm.txt
FonSinEM_Repeat_Input.txt ==> wavelength_625nm.txt
FonSinEM_Repeat_Input.txt ==> wavelength_1095nm.txt
FonSinEM_Repeat_Input.txt ==> wavelength_1095nm.txt
(3) Rename the output folder name (folder name is arbitrary)
(3) Rename the output folder name (folder name is arbitrary)
(4) To edit the setup parameters
(4) To edit the setup parameters
example :
example :
In the file "wavelength_300nm.txt"
In the file "wavelength_300nm.txt"
re_create_geometry=0 preview_geometry=1check_pulse_cw=0lambda_center=300e-9do not need to re-create the geometries here, set the parameter
do not need to re-create the geometries here, set the parameter
re_create_geometry=0Set the source to 【Continue Wave】
Set the source to 【Continue Wave】
check_pulse_cw=0% Set the center wavelength
% Set the center wavelength
lambda_center=300e-9C. Create the sweep geometries
C. Create the sweep geometries
Windows
Windows
Linux
Linux
D. Press the 【start sweep simulation button】
D. Press the 【start sweep simulation button】
Windows :
Windows :
FonSinEM_Sweep.batcd CW_300nm
FonSinEM_Sweep.batcd CW_300nm
START /W mpiexec -n 8 -host PC D:\Sphere_Mie_diameter400nm_metal\CW_300nm\FonSinEM_FDTD.exe &cd ..cd CW_625nmSTART /W mpiexec -n 8 -host PC D:\Sphere_Mie_diameter400nm_metal\CW_625nm\FonSinEM_FDTD.exe &cd ..cd CW_1095nmSTART /W mpiexec -n 8 -host PC D:\Sphere_Mie_diameter400nm_metal\CW_1095nm\FonSinEM_FDTD.exe &cd ..Linux
Linux
FonSinEM_Sweep.sh
FonSinEM_Sweep.sh
cd CW_300nmmpiexec -n 8 -host administrator ./FonSinEM_FDTD.out &wait %mpiexeccd ..cd CW_625nmmpiexec -n 8 -host administrator ./FonSinEM_FDTD.out &wait %mpiexeccd ..cd CW_1095nmmpiexec -n 8 -host administrator ./FonSinEM_FDTD.out &wait %mpiexeccd ..Google Sites
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