while we developers really care whether two back-ends have to be written and our workload doubling. I'm in favour of an "Apple Tax" as people who own Macs don't care about performance already (since if they did they would buy better performing hardware for the same dollar), so they shouldn't mind the overhead of a Vulkan/OpenGL to Metal translation layer (which I'll be using in the form of MoltenVK or gfx-portability, when a user/developer appears that actually uses a Mac for my project). Son éditeur Blizzard a décidé de faire un joli cadeau aux joueurs Mac, en intégrant Metal dans l’extension. That would obviously make the Mac have the same featureset as an Android Phone, but obviously it doesn't matter since you guys are allergic to shaders, despite the fact that every implementation of OpenGL 2.1 on GPUs newer than Geforce 7800 (2006), Radeon HD 2000 (also 2006), HD Graphics Ironlake (2010) emulates the fixed function pipeline with pre-compiled shader combos that run on Unified Shader architectures (same core executes fragment and vertex shader, load balancing perfectly so you are no longer vertex or pixel shader bound). Legion, la prochaine extension de World of Warcraft, sera disponible le 30 août. Also, I’m not sure if there are any possibilities to use python. However, if your graphic card does not support it, you’ll have to fallback to the software rasterizer.
For Minetest you could use MoltenGL and compile the MacOS version to use OpenGL ES instead of desktop GL (then use MoltenGL to provide a GL ES implementation over Metal). You will need Mesa 12.0.1 to have OpenGL 4.3 functionalities.
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