This solves issue #1322 which in my opinion was prematurely closed. As the monitor resolution is expected to be the maximum that the monitor supports. My change is that as per GLFW documentation you can get all current video modes sorted by max resolution. When you toggle fullscreen the first video mode returned would be the current screen resolution setup but that doesn't help if you want to know the maximum supported.
* Added example for gltf animation and split some functions for loading model animations into IQM and GLTF similar to how models are being loaded.
* Removed wrongly duplicated function
* Bone loading for gltf model (not working at this point)
* Loading info about vertex to joint connection but animation is still not working
* Skeleton and pose is correctly loaded. Need to communicate about interpolation in GLTF
* The model almost looks like a real person on animation.
* Fixed model loading with bones.
Also updated license info on the model.
* Cleaned up some code and updated examples.
* Fix identation issues
* Fix identation issues
* Fix identation issues
* Documenting the compiler flags
* Moved some android compiler flags and added documentation on them too.
* Some more restructuring.
Removed unnecessary comments that were self described by the code.
Added some more explanations around certain parts of CMake and especially around compiler flags.
CMake relied on this file for configurations and also was interfering in the regular config.h by having a separate definition if building with CMake. This was not entirely correct so instead we will define compile time definitions separately through CMake (CompileDefinitions.cmake) and also will use the provided EXTERNAL_CONFIG_FLAGS that I found that will not use config.h in through the build process.
I also introduced a new compiler option (CUSTOMIZE_BUILD) that when OFF will use the default config.h and when ON will show other options for redefining your own options.
Fixed an error in rlgl.h where if you have both RLGL_STANDALONE and SUPPORT_VR_SIMULATOR you get a compile time error.
This test file is just testing compilation with the library works correctly but is no longer needed because:
- it is not cross platform
- it taps into the CTest system which is better suited for real unit/integration tests
- it can be incorporated into the pipeline of github actions instead in the future
* Added a windows and linux simple compile with cmake
Will expand on the file but it will be nice to know if they are some extremely breaking changes in the future. cmake.yml will run two task one for linux build and one for windows build essentially checking that both are working. We can add all platforms later.
* Renaming the task to "CMake Builds" and removing the test step.
Commented out the test step as I don't yet know what the two bash files are doing but they are failing the build.
As described in the official documentation https://cmake.org/cmake/help/v3.0/variable/BUILD_SHARED_LIBS.html this flag is global by default and controls if the library will be built as a shared or a static library allowing us to define only one call to the add_library function (without specifying its type). It is also added as an option to be visible in CMake GUI applications.
* Better ignore support for idea projects.
Added a wildcard at the end because different configurations would have a diffeerent build directory.
* Removed external from being a relative include directory for target raylib.
Fixes#1533