/**
 * Constants shared between the lit fragment shaders
 * (`multitexture-lit.js`, `mesh-lit.frag`), the lit batchers
 * (`LitQuadBatcher`, `LitMeshBatcher`), the uniform packers (`pack.ts`,
 * `pack3d.ts`) and the std140 writer (`std140.ts`). Kept in a tiny
 * standalone module so the consumers don't depend on each other
 * transitively for a couple of integers.
 */
/**
 * Maximum number of lights the lit fragment shaders support concurrently
 * per draw call. Lights past this index are ignored.
 *
 * The data travels in a uniform buffer, so this is an allocation rather
 * than a compatibility question: 32 lights cost 1056 bytes against
 * `MAX_UNIFORM_BLOCK_SIZE`, which is at least 16 KB everywhere. Uniform
 * _arrays_, the previous transport, are charged against the much smaller
 * `MAX_FRAGMENT_UNIFORM_VECTORS` — shared with every other uniform the
 * shader declares — which is what held this at 8.
 *
 * It is not a statement about what a device can afford to _shade_: the
 * fragment loop still runs once per pixel per live light. Unused capacity
 * is free — the loop bound is the live count — but filling it is not.
 */
export declare const MAX_LIGHTS = 32;
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