import { _ as p, d as lt, g as _t, s as xt, b as vt, c as bt, p as wt, o as St, v as Lt, e as Et, x as At, j as X, ad as Tt } from "./mermaid.core-DPTeIFw-.js";
import { o as Mt } from "./ordinal-MUacOSdK.js";
import "./index-RZrnTzzg.js";
import "react";
import "react-dom";
import "./init-DjUOC4st.js";
function Nt(t) {
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}
const It = Nt("4e79a7f28e2ce1575976b7b259a14fedc949af7aa1ff9da79c755fbab0ab");
function ct(t, e) {
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function pt(t, e) {
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}
function nt(t, e) {
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function Pt(t) {
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function Ct(t) {
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function Ot(t, e) {
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function mt(t, e) {
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}
function Dt(t) {
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}
function q(t) {
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}
function ut(t, e) {
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}
function ht(t, e) {
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}
function Q(t, e) {
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}
function it(t) {
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}
function $t(t) {
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}
function jt(t) {
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}
function zt(t) {
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}
function ft(t, e) {
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  return i;
}
function yt({ nodes: t }) {
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    let i = e.y0, a = i;
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      h.y0 = i + h.width / 2, i += h.width;
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}
function Bt() {
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function kt() {
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function Ft(t) {
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function Vt(t) {
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function Ut(t) {
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function Gt(t) {
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function Ht(t, e, i, a, h) {
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function Xt() {
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function qt(t) {
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function Qt(t) {
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function Kt() {
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              N,
              T,
              P.yy,
              I[1],
              v,
              y
            ].concat(R)), typeof n < "u")
              return n;
            c && (l = l.slice(0, -1 * c * 2), v = v.slice(0, -1 * c), y = y.slice(0, -1 * c)), l.push(this.productions_[I[1]][0]), v.push(f.$), y.push(f._$), r = b[l[l.length - 2]][l[l.length - 1]], l.push(r);
            break;
          case 3:
            return !0;
        }
      }
      return !0;
    }, "parse")
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          yyleng: this.yyleng,
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          _input: this._input,
          yy: this.yy,
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          for (var y in v)
            this[y] = v[y];
          return !1;
        }
        return !1;
      }, "test_match"),
      // return next match in input
      next: /* @__PURE__ */ p(function() {
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          return this.EOF;
        this._input || (this.done = !0);
        var s, o, l, x;
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                return !1;
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          text: "",
          token: null,
          line: this.yylineno
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      }, "next"),
      // return next match that has a token
      lex: /* @__PURE__ */ p(function() {
        var o = this.next();
        return o || this.lex();
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      // activates a new lexer condition state (pushes the new lexer condition state onto the condition stack)
      begin: /* @__PURE__ */ p(function(o) {
        this.conditionStack.push(o);
      }, "begin"),
      // pop the previously active lexer condition state off the condition stack
      popState: /* @__PURE__ */ p(function() {
        var o = this.conditionStack.length - 1;
        return o > 0 ? this.conditionStack.pop() : this.conditionStack[0];
      }, "popState"),
      // produce the lexer rule set which is active for the currently active lexer condition state
      _currentRules: /* @__PURE__ */ p(function() {
        return this.conditionStack.length && this.conditionStack[this.conditionStack.length - 1] ? this.conditions[this.conditionStack[this.conditionStack.length - 1]].rules : this.conditions.INITIAL.rules;
      }, "_currentRules"),
      // return the currently active lexer condition state; when an index argument is provided it produces the N-th previous condition state, if available
      topState: /* @__PURE__ */ p(function(o) {
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    };
    return _;
  }();
  h.lexer = d;
  function m() {
    this.yy = {};
  }
  return p(m, "Parser"), m.prototype = h, h.Parser = m, new m();
}();
at.parser = at;
var K = at, J = [], tt = [], Z = /* @__PURE__ */ new Map(), Zt = /* @__PURE__ */ p(() => {
  J = [], tt = [], Z = /* @__PURE__ */ new Map(), Lt();
}, "clear"), Y, Jt = (Y = class {
  constructor(e, i, a = 0) {
    this.source = e, this.target = i, this.value = a;
  }
}, p(Y, "SankeyLink"), Y), te = /* @__PURE__ */ p((t, e, i) => {
  J.push(new Jt(t, e, i));
}, "addLink"), H, ee = (H = class {
  constructor(e) {
    this.ID = e;
  }
}, p(H, "SankeyNode"), H), ne = /* @__PURE__ */ p((t) => {
  t = Et.sanitizeText(t, lt());
  let e = Z.get(t);
  return e === void 0 && (e = new ee(t), Z.set(t, e), tt.push(e)), e;
}, "findOrCreateNode"), ie = /* @__PURE__ */ p(() => tt, "getNodes"), se = /* @__PURE__ */ p(() => J, "getLinks"), re = /* @__PURE__ */ p(() => ({
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  links: J.map((t) => ({
    source: t.source.ID,
    target: t.target.ID,
    value: t.value
  }))
}), "getGraph"), oe = {
  nodesMap: Z,
  getConfig: /* @__PURE__ */ p(() => lt().sankey, "getConfig"),
  getNodes: ie,
  getLinks: se,
  getGraph: re,
  addLink: te,
  findOrCreateNode: ne,
  getAccTitle: _t,
  setAccTitle: xt,
  getAccDescription: vt,
  setAccDescription: bt,
  getDiagramTitle: wt,
  setDiagramTitle: St,
  clear: Zt
}, B, gt = (B = class {
  static next(e) {
    return new B(e + ++B.count);
  }
  constructor(e) {
    this.id = e, this.href = `#${e}`;
  }
  toString() {
    return "url(" + this.href + ")";
  }
}, p(B, "Uid"), B.count = 0, B), ae = {
  left: Ct,
  right: Ot,
  center: Dt,
  justify: mt
}, le = /* @__PURE__ */ p(function(t, e, i, a) {
  const { securityLevel: h, sankey: d } = lt(), m = At.sankey;
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  h === "sandbox" && (_ = X("#i" + e));
  const s = h === "sandbox" ? X(_.nodes()[0].contentDocument.body) : X("body"), o = h === "sandbox" ? s.select(`[id="${e}"]`) : X(`[id="${e}"]`), l = (d == null ? void 0 : d.width) ?? m.width, x = (d == null ? void 0 : d.height) ?? m.width, v = (d == null ? void 0 : d.useMaxWidth) ?? m.useMaxWidth, y = (d == null ? void 0 : d.nodeAlignment) ?? m.nodeAlignment, b = (d == null ? void 0 : d.prefix) ?? m.prefix, M = (d == null ? void 0 : d.suffix) ?? m.suffix, T = (d == null ? void 0 : d.showValues) ?? m.showValues, N = a.db.getGraph(), C = ae[y];
  Bt().nodeId((g) => g.id).nodeWidth(10).nodePadding(10 + (T ? 15 : 0)).nodeAlign(C).extent([
    [0, 0],
    [l, x]
  ])(N);
  const S = Mt(It);
  o.append("g").attr("class", "nodes").selectAll(".node").data(N.nodes).join("g").attr("class", "node").attr("id", (g) => (g.uid = gt.next("node-")).id).attr("transform", function(g) {
    return "translate(" + g.x0 + "," + g.y0 + ")";
  }).attr("x", (g) => g.x0).attr("y", (g) => g.y0).append("rect").attr("height", (g) => g.y1 - g.y0).attr("width", (g) => g.x1 - g.x0).attr("fill", (g) => S(g.id));
  const P = /* @__PURE__ */ p(({ id: g, value: E }) => T ? `${g}
${b}${Math.round(E * 100) / 100}${M}` : g, "getText");
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  const z = o.append("g").attr("class", "links").attr("fill", "none").attr("stroke-opacity", 0.5).selectAll(".link").data(N.links).join("g").attr("class", "link").style("mix-blend-mode", "multiply"), O = (d == null ? void 0 : d.linkColor) ?? "gradient";
  if (O === "gradient") {
    const g = z.append("linearGradient").attr("id", (E) => (E.uid = gt.next("linearGradient-")).id).attr("gradientUnits", "userSpaceOnUse").attr("x1", (E) => E.source.x1).attr("x2", (E) => E.target.x0);
    g.append("stop").attr("offset", "0%").attr("stop-color", (E) => S(E.source.id)), g.append("stop").attr("offset", "100%").attr("stop-color", (E) => S(E.target.id));
  }
  let D;
  switch (O) {
    case "gradient":
      D = /* @__PURE__ */ p((g) => g.uid, "coloring");
      break;
    case "source":
      D = /* @__PURE__ */ p((g) => S(g.source.id), "coloring");
      break;
    case "target":
      D = /* @__PURE__ */ p((g) => S(g.target.id), "coloring");
      break;
    default:
      D = O;
  }
  z.append("path").attr("d", Kt()).attr("stroke", D).attr("stroke-width", (g) => Math.max(1, g.width)), Tt(void 0, o, 0, v);
}, "draw"), ce = {
  draw: le
}, ue = /* @__PURE__ */ p((t) => t.replaceAll(/^[^\S\n\r]+|[^\S\n\r]+$/g, "").replaceAll(/([\n\r])+/g, `
`).trim(), "prepareTextForParsing"), he = /* @__PURE__ */ p((t) => `.label {
      font-family: ${t.fontFamily};
    }`, "getStyles"), fe = he, ye = K.parse.bind(K);
K.parse = (t) => ye(ue(t));
var xe = {
  styles: fe,
  parser: K,
  db: oe,
  renderer: ce
};
export {
  xe as diagram
};
