//#region src/common/colorScales.d.ts
/** RGB triplet with each channel in the range 0-255. */
type Rgb = [number, number, number];
/** A stop on a continuous color scale, positioned at `t` in the range 0-1. */
interface ContinuousColorStop {
  t: number;
  color: string;
}
/**
 * A band on a stepped color scale. `threshold` is the upper bound of the band
 * on the normalized 0-1 value range; `label` is rendered above the band in the
 * legend.
 */
interface SteppedColorStop {
  threshold: number;
  color: string;
  label: string;
}
/**
 * How values map to colors, both in a visualization and in its legend. A
 * continuous scale interpolates between its stops and renders as a gradient
 * bar; a stepped scale renders as discrete bands.
 */
type ColorScale = {
  kind: "continuous";
  stops: ContinuousColorStop[];
} | {
  kind: "stepped";
  stops: SteppedColorStop[];
};
/**
 * Perceptually uniform sequential scale (matplotlib's plasma), the default for
 * value overlays.
 */
declare const PLASMA_COLOR_SCALE: ColorScale;
/**
 * Colors a raw value against a scale, normalizing it into `min`-`max` first.
 * Returns null when the value sits at or below `min`, or when the range is
 * degenerate, so callers can fall back to a neutral color.
 */
declare function sampleColorScale(scale: ColorScale, value: number, max: number, min?: number): Rgb | null;
/** CSS `linear-gradient` spanning a continuous scale, for the legend bar. */
declare function toCssGradient(stops: ContinuousColorStop[]): string;
//#endregion
export { sampleColorScale as a, SteppedColorStop as i, ContinuousColorStop as n, toCssGradient as o, PLASMA_COLOR_SCALE as r, ColorScale as t };