RenderPipeline¶

class in InfEngine.renderstack

Inherits from: SerializedFieldCollectorMixin, RenderPipelineCallback

Description¶

Base class for scriptable render pipelines.

The minimal subclass only needs define_topology() and optionally render_camera() for per-camera custom logic::

class MyPipeline(RenderPipeline):
    name = "My Pipeline"

    def define_topology(self, graph):
        graph.create_texture("color", camera_target=True)
        graph.create_texture("depth", format=Format.D32_SFLOAT)
        with graph.add_pass("OpaquePass") as p:
            p.write_color("color")
            p.write_depth("depth")
            p.draw_renderers(queue_range=(0, 2500))
        graph.set_output("color")

Exposable parameters: Use class-level attributes (plain values or serialized_field()) just like InfComponent::

    class MyPipeline(RenderPipeline):
        shadow_resolution: int = serialized_field(default=2048, range=(256, 8192))
        enable_ssao: bool = True

These are collected into ``_serialized_fields_`` and rendered by
the RenderStack inspector.

RenderStack integration: Subclasses implement define_topology(graph) to declare passes and injection points inline. The RenderGraph auto-records the topology sequence.

description

Constructors¶

Signature	Description
`RenderPipeline.__init__()`

constructors

Properties¶

Name	Type	Description
name	`str`	(read-only)

properties

Public Methods¶

Method	Description
`render(context, cameras)`	Render all cameras.
`should_render_camera(camera) → bool`	Decide whether camera should be rendered this frame.
`render_camera(context, camera, culling)`	Per-camera render hook.
`dispose()`	Override to release resources when the pipeline is replaced.
`define_topology(graph: 'RenderGraph') → None`	Define the rendering topology on graph.

public_methods

Example¶

# TODO: Add example for RenderPipeline

example