![chai3d cmake linux dependencies chai3d cmake linux dependencies](https://i.ytimg.com/vi/0qAVc9nnSFM/maxresdefault.jpg)
The buildsystem will have a dependency to re-link
#CHAI3D CMAKE LINUX DEPENDENCIES FULL#
Joining the online forum is also a great way to ask questions and learn more about the framework. A library target name: The generated link line will have the full path to the linkable library file associated with the target. Each example is labeled by a unique name and a two digit number that indicates its relative level of complexity. The best way to learn about using CHAI3D is to explore the various examples provided with the framework. This documentation can be generated by anyone who has the CHAI3D source code and the Doxygen utility. The source code has been commented for auto-generation of class hierarchy documentation with Doxygen. Due to its own internal characteristics for generating the build files, sometimes CMake can behave in undesired ways.
![chai3d cmake linux dependencies chai3d cmake linux dependencies](https://i.imgur.com/0Nb8ptT.png)
Each module shares the same structure with self-contained examples and documentation. The cmake command usually sets some parameters, checks for the needed dependencies and creates the build files, letting the software ready to be built by other tools like make and ninja. Extension modules currently includes for instance support for the ODE and GEL dynamics engines for simulating rigid and deformable bodies in real time. It's built as a thin wrapper around CMake's FetchContent module that adds version control, caching, a simple API and more. Support for third party components is achieved through well-organized extension modules that independently expand the capabilities of the CHAI3D core foundations. CPM.cmake is a cross-platform CMake script that adds dependency management capabilities to CMake. For Windows, Linux, and Mac OS-X, please download a copy of CHAI3D here and follow the instructions included with each distribution.