Description: HU moment invariants code a lot, but could not find a complete and accurate code. I am, some of which code amendments, and matlab calculation results are compared, the result is the same. This procedure did not take advantage Opencv a function of the calculation Hu moments, like the M03 and M30 calculate opencv should be reversed, otherwise, and not the same as matlab calculations! Right rotation, scaling the image to test, HU is the same moment, and you do not believe you can compare the use of the images. HU moment due to a relatively small program HU moment logarithmic relatively easy to see. In short, the program is absolutely safe and reliable, can be directly invoked.
- [unchangedMoment-image1] - I collected on the same moment for Image
- [Paper-on-Invariant-moments] - Image Moment Invariants algorithm three
- [ViewDIB] - Role: to open a bitmap, is a project the
- [OpenCVtuxiangju] - OpenCV to do with the first image prepro
- [Moment_Invariants_dll] - Moment Invariant Feature Extraction Algo
- [Hu] - Application vc++ Language extracted imag
- [20081217] - 2 points, matching the characteristics o
- [HuMoment] - The revised calculation of Hu normalized
- [Hu] - This program was developed in VC++ envir
- [hu] - First of all, the gray image can be gray
File list (Check if you may need any files):
HUCentralMoment
...............\102.cpp
...............\102.dsp
...............\102.dsw
...............\102.ncb
...............\102.opt
...............\102.plg
...............\Debug
...............\.....\102.exe
...............\.....\102.ilk
...............\.....\102.obj
...............\.....\102.pch
...............\.....\102.pdb
...............\.....\HU0.obj
...............\.....\HU01.obj
...............\.....\Hu_main.obj
...............\.....\HU_momoents.obj
...............\.....\opencv_HU.obj
...............\.....\vc60.idb
...............\.....\vc60.pdb
...............\HU_momoents.cpp
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