[译]Vulkan教程(19)渲染和呈现 Rendering and presentation 渲染和呈现 Setup 设置 This is the chapter where everything is going to come together. We're going to write the drawFrame function that will be called from the main loop to put the triangle on the screen. Creat…

[译]Vulkan教程(33)多重采样 Multisampling 多重采样 Introduction 入门 Our program can now load multiple levels of detail for textures which fixes artifacts when rendering objects far away from the viewer. The image is now a lot smoother, however on closer inspectio…

[译]Vulkan教程(27)Image Images Introduction 入门 The geometry has been colored using per-vertex colors so far, which is a rather limited approach. In this part of the tutorial we're going to implement texture mapping to make the geometry look more interes…

[译]Vulkan教程(25)描述符布局和buffer Descriptor layout and buffer 描述符布局和buffer Introduction 入门 We're now able to pass arbitrary attributes to the vertex shader for each vertex, but what about global variables? We're going to move on to 3D graphics from this c…

[译]Vulkan教程(20)重建交换链 Swap chain recreation 重建交换链 Introduction 入门 The application we have now successfully draws a triangle, but there are some circumstances that it isn't handling properly yet. It is possible for the window surface to change such tha…

[译]Vulkan教程(18)命令buffers Command buffers 命令buffer Commands in Vulkan, like drawing operations and memory transfers, are not executed directly using function calls. You have to record all of the operations you want to perform in command buffer objects…

[译]Vulkan教程(17)帧缓存 Framebuffers 帧缓存 We've talked a lot about framebuffers in the past few chapters and we've set up the render pass to expect a single framebuffer with the same format as the swap chain images, but we haven't actually created any yet.…

[译]Vulkan教程(15)图形管道基础之RenderPass Render passes Setup 设置 Before we can finish creating the pipeline, we need to tell Vulkan about the framebuffer attachments that will be used while rendering. We need to specify how many color and depth buffers there…

[译]Vulkan教程(10)交换链 Vulkan does not have the concept of a "default framebuffer", hence it requires an infrastructure that will own the buffers we will render to before we visualize them on the screen. This infrastructure is known as the swap chai…

[译]Vulkan教程(09)窗口表面 Since Vulkan is a platform agnostic API, it can not interface directly with the window system on its own. To establish the connection between Vulkan and the window system to present results to the screen, we need to use the WSI (W…