Description: The program implements the conversion RGB to Lab space model models were used to tri-linear interpolation method with tetrahedral interpolation method, and draw out the different distribution model accuracy, were compared, very good run.
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File list (Check if you may need any files):
Tetra_RGB_Lab(1)\Debug\JSSCDlg.obj
................\.....\StdAfx.obj
................\.....\Test.obj
................\.....\Tetra_RGB_Lab.exe
................\.....\Tetra_RGB_Lab.ilk
................\.....\Tetra_RGB_Lab.obj
................\.....\Tetra_RGB_Lab.pch
................\.....\Tetra_RGB_Lab.pdb
................\.....\Tetra_RGB_Lab.res
................\.....\Tetra_RGB_LabDlg.obj
................\.....\TJSCDlg.obj
................\.....\vc60.idb
................\.....\vc60.pdb
................\JSSCDlg.cpp
................\JSSCDlg.h
................\model_numbers.txt
................\ReadMe.txt
................\res\Tetra_RGB_Lab.ico
................\...\Tetra_RGB_Lab.rc2
................\resource.h
................\StdAfx.cpp
................\StdAfx.h
................\Test.cpp
................\Test.h
................\test_numbers.txt
................\Tetra_RGB_Lab(1).rar
................\Tetra_RGB_Lab.aps
................\Tetra_RGB_Lab.clw
................\Tetra_RGB_Lab.cpp
................\Tetra_RGB_Lab.dsp
................\Tetra_RGB_Lab.dsw
................\Tetra_RGB_Lab.h
................\Tetra_RGB_Lab.ncb
................\Tetra_RGB_Lab.opt
................\Tetra_RGB_Lab.plg
................\Tetra_RGB_Lab.rc
................\Tetra_RGB_LabDlg.cpp
................\Tetra_RGB_LabDlg.h
................\TJSC2.cpp
................\TJSC2.h
................\TJSC22Dlg.cpp
................\TJSC22Dlg.h
................\TJSCDlg.cpp
................\TJSCDlg.h
................\TJSCDlg22.cpp
................\TJSCDlg22.h
................\Debug
................\res
Tetra_RGB_Lab(1)
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