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ImGraph
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ImGraph
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The project is primarily developed on Windows, but we seek to make ImGraph a cross-platform project. The majority of the code should already be compatible with Linux and macOS, but it has not been tested...
We also use some of the c++11 improvement, so you will need at least visual studio 2013 or g++ (>=4.6).
OpenCV is an image/video processing library which was designed for computational efficiency and with a strong focus on real-time applications. Written in optimized C/C++, the library can take advantage of multi-core processing.
As the version 3.0 is still not fully functionnal, we use an intermediate version from git://code.opencv.org/opencv.git, with the SHA-1 revision : 9eca3ec8f651e55c25094e4e76446f4bd904826c.
Cmake is a cross-platform, open-source build system. You can download Cmake here. You can follow this tutorial to understand the full potential of this program.
Qt is a cross-platform application framework that is widely used for IHM that can be run on various software and hardware platforms with little or no change in the codebase, while having the power and speed of native applications. ImGraph was primarily developped with Qt 4.8.5 but was successfully compiled with Qt 5!
Boost is a set of libraries for the C++ programming language. Many of Boost's founders are on the C++ standards committee, and several Boost libraries have been accepted for incorporation into both Technical Report 1 and the C++11 standard
We use the 1.55 version (some problem exist with 1.57), you can found some prebuild binaries here.
This is a private library used to easily load/store videos (from webcam, files or folder).
You can download it here (using login "guest" and no passwd). You should build and install it before building ImGraph!
Doxygen is used to generate the documentation of imGraph by creating an additionnal cmake target named "doc". Once the documentation is generated, please refer to html/index.html in the BINARY folder. If Doxygen cannot be found, this step is ignored (documentation for imGraph is also available online here).
Once dependencies are installed and configured, run this cmake command from the destination folder to generate the project (for VS12 in this example) with path_to_opencv,path_to_qt5,path_to_inputloader,path_to_boost and path_to_imgraph corresponding to your setup:
If you need details about how the graph of the processes handle scheduling and synchronization, this page is for you: Scheduling and synchronization
1.8.7 
