/// <summary>
/// Creates all framebuffers from the swapchain images.
/// </summary>
/// <param name="pass">Render pass.</param>
public void CreateFrameBuffers(VKRenderPass pass)
{
Framebuffer Create(ImageView imageView) =>
RenderDevice.Handle.CreateFramebuffer(pass.Handle, new[] { imageView }, extent.Width, extent.Height, 1);
videoBuffers = ImageViews.Select(Create).ToArray();
}
/// <summary>
/// Makes a new instance of <see cref="VKRenderer"/> class,
/// this class manage Vulkan assets rendering.
/// </summary>
public VKRenderer(ISurface videoSurface) : base(videoSurface)
{
// - Creates vulkan library instance
base.Library = new VulkanLibrary();
// - Creates the vulkan physical device
base.PhysicalDevice = new VKPhysicalDevice(Library);
// - Creates the vulkan graphical device
base.GraphicDevice = new VKGraphicDevice(PhysicalDevice);
// - Istantiate modules
ShaderManager = new VKShaderManager(GraphicDevice);
// - Initialize the vertex manager
base.VertexManager = new VKVertexBuffer(GraphicDevice, 100, true, 0.2);
// - Initialize the index manager
base.IndexManager = new VKIndexBuffer(GraphicDevice, 100, true, 0.2);
// - Initialize the geometry dispatcher
base.GeometryDispatcher = new VKGeometryDispatcher(VertexManager, IndexManager);
// - Create a new swapchain
Swapchain = new VKSwapChain(PhysicalDevice, GraphicDevice);
// - Create the default render pass
DefaultRenderPass = new VKRenderPass(GraphicDevice);
// - Create the default pipeline
Pipeline = new VKPipeline(GraphicDevice, DefaultRenderPass, false);
// - Number of frames processing at the same time allowed
MaxFrameInFlight = 2;
// - Rendering and syncronization
Commands = new List <CommandPool>();
CommandBuffers = new List <CommandBuffer[]>();
RenderFinishedSemaphores = new List <Semaphore>();
ImageAvailableSemaphores = new List <Semaphore>();
InFlightFences = new List <Fence>();
ImagesInFlight = new List <Fence>();
}
