Variable VISUAL_FACTORIES`Const`

VISUAL_FACTORIES: {
    point: {
        glsl: () => typeof PointMaterial;
        tsl: () => typeof PointTSLMaterial;
    };
    line: {
        glsl: () => typeof LineMaterial;
        tsl: () => typeof LineTSLMaterial;
    };
    gsplat: {
        glsl: () => typeof GSplatMaterial;
        tsl: () => typeof GSplatTSLMaterial;
    };
    mesh: {
        glsl: () => typeof MeshMaterial;
        tsl: () => typeof MeshTSLMaterial;
    };
    meshPhysical: {
        glsl: () => typeof PhysicalMeshMaterial;
        tsl: () => typeof PhysicalMeshTSLMaterial;
    };
} = ...

Constructor table for the visual material pair of each geometry type. MaterialManager.get{Point,Line,GSplat,Mesh}Material looks up VISUAL_FACTORIES[kind][backend]() to pick the class to instantiate.

Every cell is a thunk rather than the class itself. The glsl ones do not need to be, but keeping both backends the same shape is what lets the call sites stay a uniform [backend]() lookup — and the tsl ones must be, because their classes live behind the lazy three/webgpu boundary (rendering/tsl/load.ts) and do not exist until it has been awaited. A thunk that resolves late is also why the laziness is visible at the point of use instead of hiding in a getter that throws when a debugger inspects it.

Type Declaration

Readonlypoint: { glsl: () => typeof PointMaterial; tsl: () => typeof PointTSLMaterial }
Readonlyline: { glsl: () => typeof LineMaterial; tsl: () => typeof LineTSLMaterial }
Readonlygsplat: { glsl: () => typeof GSplatMaterial; tsl: () => typeof GSplatTSLMaterial }
Readonlymesh: { glsl: () => typeof MeshMaterial; tsl: () => typeof MeshTSLMaterial }
ReadonlymeshPhysical: {
glsl: () => typeof PhysicalMeshMaterial;
tsl: () => typeof PhysicalMeshTSLMaterial;
}

The mesh's second material FAMILY, not a fifth geometry type: three's own physically based material behind the Luxar leaf surface (MESH_PHYSICAL_MATERIALS_SPEC.md §3.2). A separate key rather than a variant of mesh because none of the house contracts apply to it — no codegen snapshot, no per-epoch shading define, no blend-mode state — and, deliberately, NO matching PICKING_FACTORIES entry: picking renders geometry, not appearance, so a physical mesh picks through the house mesh pick material.

Variable VISUAL_FACTORIES`Const`

Type Declaration

`Readonly`point: { glsl: () => typeof PointMaterial; tsl: () => typeof PointTSLMaterial }

`Readonly`line: { glsl: () => typeof LineMaterial; tsl: () => typeof LineTSLMaterial }

`Readonly`gsplat: { glsl: () => typeof GSplatMaterial; tsl: () => typeof GSplatTSLMaterial }

`Readonly`mesh: { glsl: () => typeof MeshMaterial; tsl: () => typeof MeshTSLMaterial }

`Readonly`meshPhysical: {
glsl: () => typeof PhysicalMeshMaterial;
tsl: () => typeof PhysicalMeshTSLMaterial;
}

Settings

Variable VISUAL_FACTORIESConst

Type Declaration

Readonlypoint: { glsl: () => typeof PointMaterial; tsl: () => typeof PointTSLMaterial }

Readonlyline: { glsl: () => typeof LineMaterial; tsl: () => typeof LineTSLMaterial }

Readonlygsplat: { glsl: () => typeof GSplatMaterial; tsl: () => typeof GSplatTSLMaterial }

Readonlymesh: { glsl: () => typeof MeshMaterial; tsl: () => typeof MeshTSLMaterial }

ReadonlymeshPhysical: { glsl: () => typeof PhysicalMeshMaterial; tsl: () => typeof PhysicalMeshTSLMaterial;}

Settings

Variable VISUAL_FACTORIES`Const`

`Readonly`point: { glsl: () => typeof PointMaterial; tsl: () => typeof PointTSLMaterial }

`Readonly`line: { glsl: () => typeof LineMaterial; tsl: () => typeof LineTSLMaterial }

`Readonly`gsplat: { glsl: () => typeof GSplatMaterial; tsl: () => typeof GSplatTSLMaterial }

`Readonly`mesh: { glsl: () => typeof MeshMaterial; tsl: () => typeof MeshTSLMaterial }

`Readonly`meshPhysical: {
glsl: () => typeof PhysicalMeshMaterial;
tsl: () => typeof PhysicalMeshTSLMaterial;
}