The main role of the project:

• OpenCV's usage OpenCV GitHub
• fbc_cv library: an open source image process library
• libyuv's usage libyuv GitHub
• VLFeat's usage vlfeat.org
• Vigra's usage vigra GitHub
• CImg's usage cimg.eu
• FFmpeg'usage ffmpeg.org
• LIVE555'usage LIVE555.COM
• libusb'usage libusb GitHub

The version of each open source library see: version.txt

The project support platform:

• windows7/10 64 bits: It can be directly build with VS2013 in windows7/10 64bits.
• Linux:
  • OpenCV_Test support cmake build(file position: prj/linux_cmake_OpenCV_Test)
  • FFmpeg_Test support cmake build(test code include: FFmpeg, LIVE555; file position: prj/linux_cmake_FFmpeg_Test)

OpenCV's version: 3.1

• close support for OpenCL/CUDA/SIMD/TBB/OpenMP when build with CMake
• modify modules/core/include/opencv2/core/cvdef.h,close SIMD support: adjust line 167 to: #if 0
• in order to keep the linux and windows results consistent, modify modules/core/include/opencv2/core/fast_math.hpp: make cvFound/cvFloor/cvCeil/cvRound to execute the last branch
• insure that all algorithms are implemented with c++

• it is an open source image process library
• most of the algorithms come from OpenCV3.1
• it has a template class Mat_ replace of OpenCV's Mat class: src/fbc_cv/include/core/mat.hpp
• interface names are consistent with OpenCV3.1
• each algorithm's result is same with OpenCV3.1
• the codes are written in C++ without dependence on any 3rd-party libraries

fbc_cv have been implemented include:

• resize
• cvtColor
• merge/split
• remap
• warpAffine
• rotate
• warpPerspective
• dilate
• erode
• morphologyEx
• threshold
• transpose
• flip
• dft/idft
• Windows DShow, support codec type: mjpeg
  • opencv: 2.4.13.6, only get decoded data
  • ffmpeg: 4.2, only get encoded data

Screenshot:

Blog:

• opencv/fbc_cv
• ffmpeg/live555

fbc_cv library licence: uses the same licence as OpenCV3.1