Start using the 1D program

Please download the program. The program is usually a zip file. For example NTU-ddcc-1d-09072020.zip. Then extract the file. you can find the file list

1D-ddcc-mac.exe
am.csv
createTable.m
ddcc-win32.exe
ddcc-win64.exe
ddcc.exe
ddcc_1d.fig
ddcc_1d.m
default_icon.ico
GaAs-absorption.dat
libiomp5.dylib
libiomp5md.dll
Material.mat
NTU_DDCC1D.exe
readme.txt
resultopen.fig
resultopen.m
splash.png

The *.m, *.fig, and *.mat are Matlab gui program source code. If your matlab is installed. Turn on the Matlab, and goes to the extracted folder. and execute ddcc_1d.m. Then the Matlab GUI will come out and you can start to use the GUI.

If you don't have matlab, The download site will give you advisement to download the Matlab run time library. For example, if the program is compiled by Matlab 2017 b.
Please go to download

https://ssd.mathworks.com/supportfiles/downloads/R2017b/deployment_files/R2017b/installers/win64/MCR_R2017b_win64_installer.exe  

  This run time library is provided by Matlab. If the site is changed, please google to search the alternative download site. 
 

After the run-time library is installed, please execute the file

NTU_DDCC1D.exe

The the GUI interface should popup for use.

The Matlab GUI is mainly assist you to generate the input file to run 1D-DDCC. The execution file of 1D-DDCC depends on your OS. For windows 64 bit, the execution file is 

ddcc-win64.exe

For Linux user, the execution file is

ddcc.exe 

For mac user, the execution file is

1D-ddcc-mac.exe

The way to execute the 1D simulation program with input file named as xxxxx.inp is simply typing

 ddcc-win64.exe xxxxx.inp     (windows 64)
 ./1D-ddcc-mac.exe xxxxx.inp   (MAC)
 ./ddcc.exe xxxxx.inp          (Linux)

If you want to run the simulation program in Linux cluster, please find libiomp.5.so (usually installed in your cluster's library path) file to be put in the environment path. If you are familiar with input file format, you don't need Matlab GUI interface.