import { n as ColorFormat } from "./color-formats-BDDzxjy6.mjs";
import Color from "colorjs.io";

//#region src/format-color.d.ts
interface NormalizedColor {
  colorSpace: string;
  components?: readonly (number | null)[];
  channels?: readonly (number | null)[];
  alpha?: number;
  hex?: string;
}
interface FormatColorResult {
  /** Display string — e.g. `rgb(59 132 246)`, `#3b82f6`. */
  value: string;
  /** True when the requested format can't losslessly represent the color. */
  outOfGamut: boolean;
}
/**
 * Render a normalized DTCG color payload as a display string in the
 * requested format, with a gamut flag. The shared rendering kernel behind
 * the blocks display surface and the MCP server (which add their own thin
 * wrappers). Pure — never throws; returns the `fallback` for unrecognized
 * input so callers don't need try/catch.
 *
 * `raw` here emits a compact normalized form; consumers that want the full
 * payload (the MCP server) handle `raw` in their own wrapper.
 */
declare function formatColor(value: unknown, format: ColorFormat, fallback?: string): FormatColorResult;
/**
 * Construct a colorjs.io `Color` from a normalized DTCG color payload,
 * applying the space-alias map so wide-gamut spaces (`display-p3`,
 * `a98-rgb`, `prophoto-rgb`) resolve. Returns null for unrecognized input.
 *
 * The shared primitive for consumers that need the color object itself —
 * perceptual sorting (oklch coords) or a gamut-correct CSS string — rather
 * than a pre-rendered display string. Replaces the hand-rolled, alias-map-
 * less colorjs construction that previously lived in each consumer.
 */
declare function parseColor(value: unknown): Color | null;
//#endregion
export { FormatColorResult, NormalizedColor, formatColor, parseColor };
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