KDGpu::RenderPassCommandRecorderWithRenderPassOptions

Module: Public API

Render pass options using explicit VkRenderPass objects (legacy approach) More...

#include <KDGpu/render_pass_command_recorder_options.h>

Public Attributes

	Name
RequiredHandle< RenderPass_t >	renderPass Pre-created RenderPass defining attachments and subpasses.
std::vector< Attachment >	attachments Attachments to bind to the render pass.
SampleCountFlagBits	samples MSAA sample count.
uint32_t	viewCount Number of views for multiview.
uint32_t	framebufferWidth Framebuffer width.
uint32_t	framebufferHeight Framebuffer height.
uint32_t	framebufferArrayLayers Framebuffer array layers.

Detailed Description

struct KDGpu::RenderPassCommandRecorderWithRenderPassOptions;

Render pass options using explicit VkRenderPass objects (legacy approach)

Deprecated:

Use RenderPassCommandRecorderWithDynamicRenderingOptions for new code

See: RenderPassCommandRecorderWithDynamicRenderingOptions, RenderPass

Note: VkRenderPass and subpasses were deprecated in Vulkan 1.3 in favor of dynamic rendering (VK_KHR_dynamic_rendering, now core). For new applications, prefer RenderPassCommandRecorderWithDynamicRenderingOptions which offers more flexibility and simpler API usage.

This option requires a pre-created RenderPass object with subpass dependencies. The VkRenderPass/VkFramebuffer model has been superseded by dynamic rendering in Vulkan 1.3.

In Vulkan terms, this maps to vkCmdBeginRenderPass() with a VkRenderPass and VkFramebuffer.

Public Attributes Documentation

variable renderPass

RequiredHandle< RenderPass_t > renderPass;

Pre-created RenderPass defining attachments and subpasses.

variable attachments

std::vector< Attachment > attachments;

Attachments to bind to the render pass.

variable samples

SampleCountFlagBits samples { SampleCountFlagBits::Samples1Bit };

MSAA sample count.

variable viewCount

uint32_t viewCount { 1 };

Number of views for multiview.

variable framebufferWidth

uint32_t framebufferWidth { 0 };

Framebuffer width.

variable framebufferHeight

uint32_t framebufferHeight { 0 };

Framebuffer height.

variable framebufferArrayLayers

uint32_t framebufferArrayLayers { 0 };

Framebuffer array layers.

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Updated on 2026-03-31 at 00:02:06 +0000