- Many functions renamed to follow rl*() convention
- Some internal functions exposed in the API
- Some functionality moved to other modules
- Reorganized all functions by categories
- Make sure it keeps working with OpenGL 1.1 and 2.1
Vr simulator has been moved to core module and completely redesigned. Now user is in charge of stereo-render fbo and also in full control of distortion shader. Code is a bit more complex but better aligned with other raylib examples.
Some enums values have been renamed to be more consistent and also provide a more detailed description:
- ShaderLocationIndex: LOC_VERTEX_POSITION -> SHADER_SHADER_LOC_VERTEX_POSITION
- ShaderUniformDataType: UNIFORM_VEC2 -> SHADER_UNIFORM_VEC2
- MaterialMapType: MAP_ALBEDO -> MATERIAL_MAP_ALBEDO
- PixelFormat: UNCOMPRESSED_GRAYSCALE -> PIXELFORMAT_UNCOMPRESSED_GRAYSCALE
* Always try to set vsync.
Use the internal monitor function to correctly get the display for windows.
* Modified how fullscreen gets toggled.
- Removed the unsetting and setting of the resize callback function. Instead of that I moved the fullscreen flag setting into a more correct place before setting the fullscreen so that this flag can be used in the callback.
- In the resize callback now window size is only set when it is not fullscreen resulting in preserving the window size.
- When going fullscreen the larges resolution is used so that there are no problems of the type when you minimize the window you cannot use anything else in your desktop because the resolution might be too low. If a low res effect is desired one should use render texture (this is the approach all game engines use).
* Set correct return to window in case of fail to get monitor.
* Set the refresh rate on the mode.
* Made changes based on review from @raysan5
Co-authored-by: Jeffery Myers <JeffM2501@gmail.com>
* Disabling WindowSizeCallback around fullscreen toggle.
#1294 fixed the issue that toggle fullscreen changes the screen size because of the WindowSizeCallback. The proposed edit by @raysan5 was to comment out WindowSizeCallback which I essentially simplified to disable the callback around the set window monitor functions.
The developers using the ToggleFullscreen function should be aware that they need to size the screen correctly on that same frame. Otherwise they should check if fullscreen and size properly using the GetMonitorWidth and GetMonitorHeight functions.
* Update core.c
Fix issue from merge
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 a new utility function to get the current monitor.
Some of the other functions rely on passing on a monitor id but we only have a function for querying the count of monitors available.
* Updated the comment to correctly reflect the function action
This monitor should even probably be passed as an id instead to make it more consistent with the rest of the API but this would break existing applications so I am hesitant to change the function signature directly.
Pefixing/Suffixing some data type identifier in the variables is not a convention used in raylib, just reviewed it for consistency...
Still, I kept the *Rec suffix in some functions.
Previous GetKeyPressed() method was actually returning unicode codepoints equivalent values instead of the key-code of the pressed key. So, it has been replaced by GetCharPressed(), returning unicode codepoints and GetKeyPressed() now returns key-codes.
* Fixed the build for web using CMake.
I found that the build for me was failing and I added some if defined checks in the core.c file where the glfwSetWindowAttrib was used. (error: implicit declaration of function 'glfwSetWindowAttrib' is invalid in C99 [-Werror,-Wimplicit-function-declaration])
I also changed some values in the toolchain file so that it correctly uses the .bat files when on windows.
* Cleaned up the additional variables (they are not important)
* Added more improvements to cmakelists
Added the option to use the system provided Emscripten toolchain to be more uniform with other libraries.
Fixed and issue which prevented example being built from cmake and also building with html extensions properly.
* Fixed ENUM to STRING because of a missed warning
WARNING: Several functions removed, replaced by SetWindowState() / ClearWindowState() equivalents, only for advance users.
ADDED: ClearWindowState() to reset window state
REMOVED: HideWindow() / UnhideWindow()
REMOVED: DecorateWindow() / UndecorateWindow()
There is no zero-check, so window upscales to nothing.
SetupFramebuffer() is kinda wrong, it uses not its params, but global variables. I won't touch it, maybe it has purpose
* updated README.md
* fixed CMakeLists.txt to allow building and debugging with Visual Studio Code and CMAKE Tools extension
* added PLATFORM_DRM
contains mouse pointer code from https://github.com/chriscamacho
* removed redundant cleanup in InitGraphicsDevice
* fixed DRM connector mode selection
* added choosen DRM connected mode to log output
* added respecting TargetFPS on DRM mode selection, default to 60
* added support for GetMonitorRefreshRate
* changed SUPPORT_MOUSE_CURSOR_RPI to SUPPORT_MOUSE_CURSOR_NATIVE
* changed avoidProgressive to allowInterlaced
* cleanup, function extraction and improved mode selection
* README reverted to original for PR
* line endings fixed for core.c
* removed old code
* mouse pointer reverted to small square
* replaced SetGraphicDeviceName() by DEFAULT_GRAPHIC_DEVICE_DRM
Co-authored-by: kernelkinetic <kernelkinetic@outlook.com>
* fixed wrong error message for input device
* error message without errnofor input device on RPI
to prevent from including additional header
Co-authored-by: kkl <klingenberger@bfmc.de>
This redesign allows more flexibility when creating RenderTexture and a simplification (and hopefully removal) of `GenTexture*()` functions, that should not belong to this model but the user code, due to the use of custom shaders.
Also, this new API opens the door for a possible GBuffers type and advance rendering possibilities...
Some functions of the API have been also simplified or even removed.
rlgl module can be used as an standalone library, so, a version for the library has been added: v3.1.0, matching current raylib version.
