Struct luminance::pipeline::Pipeline

pub struct Pipeline<'a, C, L, D, CS, DS> where C: 'a + HasFramebuffer + HasProgram + HasTessellation + HasTexture + HasBuffer, L: 'a + Layerable, D: 'a + Dimensionable, D::Size: Copy, CS: 'a + ColorSlot<C, L, D>, DS: 'a + DepthSlot<C, L, D> {
    pub framebuffer: &'a Framebuffer<C, L, D, CS, DS>,
    pub clear_color: [f32; 4],
    pub texture_set: &'a [TextureProxy<'a, C>],
    pub buffer_set: &'a [UniformBufferProxy<'a, C>],
    pub shading_commands: Vec<Pipe<'a, C, ShadingCommand<'a, C>>>,
}

A dynamic rendering pipeline. A pipeline is responsible of rendering into a Framebuffer.

L refers to the Layering of the underlying Framebuffer.

D refers to the Dim of the underlying Framebuffer.

CS and DS are – respectively – the color and depth Slot of the underlying Framebuffer.

Fields

framebuffer: &'a Framebuffer<C, L, D, CS, DS>

The embedded framebuffer.

clear_color: [f32; 4]

The color used to clean the framebuffer when executing the pipeline.

texture_set: &'a [TextureProxy<'a, C>]

Texture set.

buffer_set: &'a [UniformBufferProxy<'a, C>]

Buffer set.

shading_commands: Vec<Pipe<'a, C, ShadingCommand<'a, C>>>

Shading commands to render into the embedded framebuffer.

Methods

impl<'a, C, L, D, CS, DS> Pipeline<'a, C, L, D, CS, DS> where C: HasPipeline, L: Layerable, D: Dimensionable, D::Size: Copy, CS: ColorSlot<C, L, D>, DS: DepthSlot<C, L, D>

fn new(framebuffer: &'a Framebuffer<C, L, D, CS, DS>,
       clear_color: [f32; 4],
       texture_set: &'a [TextureProxy<'a, C>],
       buffer_set: &'a [UniformBufferProxy<'a, C>],
       shading_commands: Vec<Pipe<'a, C, ShadingCommand<'a, C>>>)
       -> Self

Create a new pipeline.

fn run(&self)

Run a Pipeline.