Use GLVND also when legacy implementations exist for old cmake versions
<= 3.10. This is a breaking change for old cmake versions (prior to
around 2017-10-05) which will now use GLVND rather than defaulting to
libGL.
This fixes the following warning when building:
CMake Warning (dev) at /gnu/store/qv13zgbmyx0vjav8iiqp772kp6rxvwnd-cmake-3.24.2/share/cmake-3.24/Modules/FindOpenGL.cmake:315 (message):
Policy CMP0072 is not set: FindOpenGL prefers GLVND by default when
available. Run "cmake --help-policy CMP0072" for policy details. Use the
cmake_policy command to set the policy and suppress this warning.
FindOpenGL found both a legacy GL library:
OPENGL_gl_LIBRARY: /home/simendsjo/.guix-profile/lib/libGL.so
and GLVND libraries for OpenGL and GLX:
OPENGL_opengl_LIBRARY: /home/simendsjo/.guix-profile/lib/libOpenGL.so
OPENGL_glx_LIBRARY: /home/simendsjo/.guix-profile/lib/libGLX.so
OpenGL_GL_PREFERENCE has not been set to "GLVND" or "LEGACY", so for
compatibility with CMake 3.10 and below the legacy GL library will be used.
Call Stack (most recent call first):
cmake/LibraryConfigurations.cmake:21 (find_package)
src/CMakeLists.txt:46 (include)
This warning is for project developers. Use -Wno-dev to suppress it.
See https://cmake.org/cmake/help/latest/policy/CMP0072.htmlCloses#2825
* Updated rcore.c, renamed 'time' to 'time_nsec'
When PLATFORM_ANDROID, PLATFORM_RPI or PLATFORM_DRM were defined, there is a compilation error to redefinition of the variable 'time', so the second instance of 'time' was changed to 'time_nsec' which both fixes the name collision and more accurately describes what that variable represents.
* Renamed 'time_nsec' to 'nanoSeconds'
* JSON parser: Use array for function params (#2255)
* Parser: follow C convention of type before name
* Update file names in build scripts
* Rename lighting_instanced shader to instancing
Added a comment explaining the range limitations of GetRandomValue.
Added a run-time warning TRACELOG when GetRandomValue is called with an invalid range.
Those two functions have been moved to a new example: `models_draw_cube_texture`. The reasons for this decision:
- Function inflexibility: Many users with the need to draw a textured cube could need to customize the texture applied to every face, that function did not allow that kind of functionality.
- rlgl functionality exposure: The implementation exposed will teach users how to implement custom textured triangles drawing.
Now Raylib-py is a releases-only project.
For now on, code maintenance will happen in a parallel project created to automate the binding generation: RaylibpyCtbg
This function can be easely replicated using `DrawtexturePro()` and actually it was doing some assumptions not transparent to the user. Even the function name was confusing. No example was available for it and actually noone requested one example.
