Description: Frequently encountered in image processing "sub-pixel" is the word. Sub-pixel does not actually exist, but exist in the imagination. So using mathematical methods to calculate its value. Sample will be a picture height and width are expanded to five times, resulting in two adjacent original pixels are not adjacent, and an interval of several pixels, the pixels how to define them, a simple, mathematically using bilinear interpolation method to calculate the unknown pixels. This program provides a code sample, for reference, hope you have help.
To Search:
- [nnzCalibCamera] - the program is based on the OpenCV camer
- [juCCDpxg] - This paper presents a novel based on gra
- [infusimage] - Infrared image of the sub-pixel edge det
- [Raterpolation] - Ramp edge model a new method of image in
- [motion_direction] - The original image as is the autocorrela
- [knife] - the target image is be processed that it
- [subpixel01] - Zernike moments and least squares ellips
- [subpixel04] - A fast structured light stripe center su
File list (Check if you may need any files):
SubPx\okacap.dll
.....\OKAPI32.dll
.....\Okapi32.h
.....\OkAPI32.lib
.....\okjpeg.dll
.....\okjpg.dll
.....\okxl20.dll
.....\res\SubP.ico
.....\...\SubP.rc2
.....\resource.h
.....\StdAfx.cpp
.....\StdAfx.h
.....\SubP.clw
.....\SubP.cpp
.....\SubP.dsp
.....\SubP.dsw
.....\SubP.exe
.....\SubP.h
.....\SubP.plg
.....\SubP.rc
.....\SubPDlg.cpp
.....\SubPDlg.h
.....\test.jpg
.....\res
SubPx
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