import { r as SummaryStrings } from "./summary-D8UEQXYr.js";
import { n as Format } from "./format-Dq02z5ZL.js";
import { CSSProperties, ReactNode } from "react";
//#region src/core/strings-net-flow.d.ts
type NetFlowStrings = Pick<SummaryStrings, "noData" | "netFlow" | "netFlowAt" | "netFlowNoFlow">;
//#endregion
//#region src/charts/net-flow/geometry.d.ts
interface NetFlowPeriod {
  in: number;
  out: number;
}
type NetFlowMode = "area" | "bars";
interface FlowBar {
  x: number;
  y: number;
  width: number;
  height: number;
}
interface FlowPoint {
  x: number;
  in: number;
  out: number;
  net: number;
  /** viewBox y of the inflow top, the net line, and the outflow bottom. */
  inTopY: number;
  netY: number;
  outBotY: number;
}
interface NetFlowGeometry {
  zeroY: number;
  /** Plot box top/bottom in viewBox units — the padded frame the inflow and
   *  outflow surfaces are clamped into. Prop-derived, never data-derived. */
  y0: number;
  y1: number;
  inArea: {
    d: string;
  };
  outArea: {
    d: string;
  };
  netLine: {
    d: string;
  };
  /** Per-period positions (x in the active mode) — overlays + nearest-x. */
  points: FlowPoint[];
  /** mode="bars" (also forced for a single period). */
  inBars: FlowBar[];
  outBars: FlowBar[];
  mode: NetFlowMode;
  last: {
    x: number;
    y: number;
    net: number;
    in: number;
    out: number;
  } | null;
  /** in > out count (for the summary). */
  netPositive: number;
  n: number;
  /** All periods zero → baseline only. */
  degenerate: boolean;
  labelX: number;
  labelY: number;
  totalWidth: number;
  /** Signed value domain `[-maxMag, maxMag]` — annotations frame (Threshold/
   *  TargetZone y), not the plotted magnitude range. */
  domain: readonly [number, number];
  /** Data value → viewBox y for annotations. */
  yFor: (v: number) => number;
}
//#endregion
//#region src/charts/net-flow/index.d.ts
/** Signed value string — direction lives in the text, not the color. */
declare function signedNet(net: number, fmt: (n: number) => string): string;
/**
 * The `label="last"` net readout, or `null` when the box cannot seat it.
 *
 * Exported because the interactive entry reserves the SAME right gutter in its
 * own geometry pass. It used to decide that on `label` alone, so in a box too
 * short to seat the text the static dropped the label (viewBox = `width`) while
 * the client still reserved the gutter (`totalWidth = width + gutter`) — the
 * pointer map ran over a wider box than the one on screen and the crosshair and
 * readout chip drifted off the cursor.
 */
declare function netFlowLabel(geo: NetFlowGeometry, height: number, label: "last" | "none", fmt: (n: number) => string, min?: number | undefined): {
  font: number;
  text: string;
} | null;
declare function netFlowSummary(geo: NetFlowGeometry, fmt: (n: number) => string, strings: NetFlowStrings): string;
interface NetFlowProps {
  /** One period: inflow + outflow magnitudes (both ≥ 0). */
  data: readonly NetFlowPeriod[];
  /** Mirrored areas (default) or discrete mirrored columns for few periods. */
  mode?: NetFlowMode | undefined;
  /** The net line (in − out). Default `true` — areas alone answer "how much". */
  net?: boolean | undefined;
  /** Which direction is the good polarity — `"down"` for debt-paydown contexts. */
  positive?: "up" | "down" | undefined;
  /** `"last"` states the signed net in a right gutter. */
  label?: "last" | "none" | undefined;
  /** Symmetric magnitude bound (domain[1]); defaults to the data max. */
  domain?: readonly [number, number] | undefined;
  width?: number | undefined;
  height?: number | undefined;
  format?: Format | undefined;
  locale?: string | string[] | undefined;
  strings?: NetFlowStrings | undefined;
  /** Minimum in-chart label size, in viewBox units. Geometry sizes labels from
   *  the mark and floors them at 7; this raises that floor and moves the
   *  reserved gutter with it. A label the box cannot seat at the raised floor
   *  drops rather than shrinking back under it. */
  labelSize?: number | undefined;
  title?: string | undefined;
  summary?: string | false | undefined;
  id?: string | undefined;
  className?: string | undefined;
  style?: CSSProperties | undefined;
  children?: ReactNode | undefined;
}
declare function NetFlow(props: NetFlowProps): ReactNode;
//#endregion
export { signedNet as a, netFlowSummary as i, NetFlowProps as n, NetFlowStrings as o, netFlowLabel as r, NetFlow as t };