Struct Renderer 

pub struct Renderer { /* private fields */ }

Blade Renderer is a comprehensive rendering solution for end user applications.

It takes care of the shaders, geometry buffers, acceleration structures, dummy resources, and debug drawing.

It doesn’t:

• manage or submit any command encoders
• know about the window to display on

Implementations

impl Renderer

pub fn new( encoder: &mut CommandEncoder, gpu: &Context, shaders: Shaders, shader_man: &AssetManager<Baker>, config: &RenderConfig, ) -> Self

Create a new renderer with a given configuration.

Panics if the system is not compatible. Records initialization routines into the given command encoder.

pub fn destroy(&mut self, gpu: &Context)

Destroy all internally managed GPU resources.

pub fn hot_reload( &mut self, asset_hub: &AssetHub, gpu: &Context, sync_point: &SyncPoint, ) -> bool

pub fn get_surface_size(&self) -> Extent

pub fn view_dummy_white(&self) -> TextureView

pub fn view_environment_main(&self) -> TextureView

pub fn view_environment_weight(&self) -> TextureView

pub fn resize_screen( &mut self, size: Extent, encoder: &mut CommandEncoder, gpu: &Context, )

pub fn build_scene( &mut self, command_encoder: &mut CommandEncoder, objects: &[Object], env_map: Option<Handle<Texture>>, asset_hub: &AssetHub, gpu: &Context, temp: &mut FrameResources, )

pub fn prepare( &mut self, command_encoder: &mut CommandEncoder, camera: &Camera, config: FrameConfig, )

Prepare to render a frame.

pub fn ray_trace( &self, command_encoder: &mut CommandEncoder, debug_config: DebugConfig, ray_config: RayConfig, )

Ray trace the scene.

The result is stored internally in an HDR render target.

pub fn denoise( &mut self, command_encoder: &mut CommandEncoder, denoiser_config: DenoiserConfig, )

Perform noise reduction using SVGF.

pub fn post_proc( &self, pass: &mut RenderCommandEncoder<'_>, debug_config: DebugConfig, pp_config: PostProcConfig, debug_lines: &[DebugLine], debug_blits: &[DebugBlit], )

Blit the rendering result into a specified render pass.

pub fn read_debug_selection_info(&self) -> SelectionInfo