Description: Fourier transform and inverse fourier transform. Read a 256-color bitmaps, make Fourier transform, show the frequency domain image, and then an inverse transform, to restore the original image.
- [Source code of FFT] - The source code of FFT,is a good example
- [FFT_source_code] - fast Fourier transform, with test images
- [FFT] - A C-realize the fast Fourier transform a
- [FFT] - Fast Fourier Transform C language source
- [FFT] - A quick Fourier transform for the image
- [2D-FFT-C] - two dimensional fast fourier transform a
- [FFT-C] - one dimensional fast fourier transform a
- [FFT] - Digital image processing in the Fourier
- [TreePropSheet_demo] - This is a simple treelist applications,
- [ClockTest] - java clock. Very simple kind of
File list (Check if you may need any files):
res\FFT.ico
...\FFT.rc2
...\FFTDoc.ico
...\Toolbar.bmp
Bmp.cpp
FFT.APS
FFT.clw
FFT.cpp
FFT.dsp
FFT.dsw
FFT.h
FFT.ncb
FFT.opt
FFT.plg
FFT.rc
FFTDoc.cpp
FFTDoc.h
FFTView.cpp
FFTView.h
FilterParaDlg.cpp
FilterParaDlg.h
MainFrm.cpp
MainFrm.h
ReadMe.txt
resource.h
Sample.BMP
StdAfx.cpp
StdAfx.h
res
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