To get the exampels running, first set up a project directory, clone this git repository and initialize its submodule(s).
git submodule update --init --recursive
Then, you need to install the Cuvis C SDK (see here), as explained for the C# wrapper here.
Then use CMake (see https://cmake.org/download/) to configure and generate the Visual Studio project. You can configure either base directory (including all directoreis) or a single example using its respective directory. CMake will require you to locate the Cuvis C SDK (this should be found automatically, if the Cuvis C SDK is properly installed). Also, you need to point the variable SWIG_EXECUTABLE to the path of the swig.exe.
For running some of the examples, you have to use sample data (provided here).
Load measurement from disk and print the value (count) for all available channels (wavelength) for one specific pixel.
Load measurement as well as references (dark, white, distance) from disk and reprocess the measurement to reflectance.
Load measurement from disk and save to different file formats.
Load measurement from disk and reprocess to a new given distance.
Setup camera and record measurements via looping software trigger, aka "single shot mode" or "software mode".
Setup camera and record measurements via internal clock triggering, aka "video mode". In this example the cuvis.Worker is used to make use of multithreading (cuvis_worker_create).
Set up a virtual camera based on a pre-recorded session file to simulate actual camera behaviour.