Next, checkout & place all the single-header-file libraries from (stb_image, linearalg) into example/include LinuxĮnsure you have SDL2 development libraries installed on your system. Then, open the Visual Studio 2017 solution and build the project. Once you have all your dependencies, place all the headers from (vulkansdk/include/vulkan, optional shaderc, stb_image, linearalg, and SDL2) into example/include and the corresponding libs inside example/lib I usually embed its source files inside the larger engine that builds it.Īn example program that shows basic core usage is contained within the example folder.
#Verto studio 3d tutorial how to#
How to build example programĪs of now, there's no separate. Online compilation from glsl requires linking against shaderc and enabling the VGL_VULKAN_USE_SHADERC flag. The memory manager implementation is compatible with latest VulkanMemoryAllocator (as of 2.3.0) and can be enabled via VGL_VULKAN_CORE_USE_VMA. Optionally, if you want to use fast (and not terrible) shader reflection, you'll want to have SPIRV-cross and enable the VGL_VULKAN_USE_SPIRV_CROSS preprocessor flag. You will need to have SDL2, stb_image, linearalg and the Vulkan SDK.Īt the time of this release, the vesions I'm using are SDL2 2.0.9, stb_image 2.19, linearalg 2.1, and LunarG 1.1.73.0 Example context-like ExampleRenderer class which demonstrates dynamic pipeline creation, on-the-fly command buffer building, and managing renderer state.Resource monitor checks fences to determine when resources are no longer needed, and then destroys underlying vulkan resources only when safe). Async reference-based resource wrapper VulkanAsyncResourceHandle faciliated by dedicated resource monitor (create-use-release-and-forget.Fast cache-based pipeline creation by mapping POD pipeline state structs to VulkanPipeline objects.High-level Texture class VulkanTexture supporting texture initialization from image bytes (data) or uninitialized for use as a render target.High-level Vertex array state management via VulkanVertexArray class.
#Verto studio 3d tutorial mac#
VulkanSurface construction from native window handle implementations for windows, mac & linux.High-level VulkanSwapChain class with implementation for triple-buffering, mailbox presentation modes, etc.
#Verto studio 3d tutorial code#
To get an idea of how this core can be used to replace an OpenGL 3.x engine, see the example source code (ExampleRenderer.cpp & Example.cpp) Features Somewhat complicated tasks using Vulkan and how to provide general rendering APIs to service a non-game application such as Nonetheless, the motivations for providing this code are to aid in learning how to do MoktenVK is a required target for this system, so certain Vulkan features will not be exposed/utilized.īecause this core is utilized by a real-world product, it may be less elegant than typical Vulkan tutorial code Secondly, with the first goal in mind, the engine should offer reasonable high performance. The design goals are firstmost to support the general purpose OpenGL-like engine that powers Verto Studio 3D, a cross-platform 3D modeling application. This is an open source distribution of the core that runs the Verto Studio Graphics Library (VGL) engine.
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