import { g as le } from "./chunk-55IACEB6-CzNbEHzC.js";
import { s as he } from "./chunk-QN33PNHL-BFYUAYio.js";
import { _ as l, l as C, o as de, r as ge, F as j, c as X, i as B, aE as ue, W as pe, X as fe, Y as ye } from "./editor-CjhGSQOT.js";
const E = [];
for (let t = 0; t < 256; ++t)
  E.push((t + 256).toString(16).slice(1));
function me(t, e = 0) {
  return (E[t[e + 0]] + E[t[e + 1]] + E[t[e + 2]] + E[t[e + 3]] + "-" + E[t[e + 4]] + E[t[e + 5]] + "-" + E[t[e + 6]] + E[t[e + 7]] + "-" + E[t[e + 8]] + E[t[e + 9]] + "-" + E[t[e + 10]] + E[t[e + 11]] + E[t[e + 12]] + E[t[e + 13]] + E[t[e + 14]] + E[t[e + 15]]).toLowerCase();
}
let Y;
const Ee = new Uint8Array(16);
function _e() {
  if (!Y) {
    if (typeof crypto > "u" || !crypto.getRandomValues)
      throw new Error("crypto.getRandomValues() not supported. See https://github.com/uuidjs/uuid#getrandomvalues-not-supported");
    Y = crypto.getRandomValues.bind(crypto);
  }
  return Y(Ee);
}
const be = typeof crypto < "u" && crypto.randomUUID && crypto.randomUUID.bind(crypto), ne = { randomUUID: be };
function Se(t, e, n) {
  var u;
  if (ne.randomUUID && !t)
    return ne.randomUUID();
  t = t || {};
  const c = t.random ?? ((u = t.rng) == null ? void 0 : u.call(t)) ?? _e();
  if (c.length < 16)
    throw new Error("Random bytes length must be >= 16");
  return c[6] = c[6] & 15 | 64, c[8] = c[8] & 63 | 128, me(c);
}
var q = (function() {
  var t = /* @__PURE__ */ l(function(v, s, i, a) {
    for (i = i || {}, a = v.length; a--; i[v[a]] = s) ;
    return i;
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          o.getLogger().trace("Stop EOF2 ");
          break;
        case 15:
          o.getLogger().info("Node: ", r[d].id), o.addNode(r[d - 1].length, r[d].id, r[d].descr, r[d].type);
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        case 16:
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        case 17:
        case 21:
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        case 18:
          o.getLogger().trace("SPACELIST");
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        case 19:
          o.getLogger().trace("Node: ", r[d].id), o.addNode(0, r[d].id, r[d].descr, r[d].type);
          break;
        case 20:
          o.decorateNode({ icon: r[d] });
          break;
        case 25:
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        case 27:
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        var a = new Error(s);
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      for (var H in this.yy)
        Object.prototype.hasOwnProperty.call(this.yy, H) && (T.yy[H] = this.yy[H]);
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      var $ = f.yylloc;
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      var oe = f.options && f.options.ranges;
      typeof T.yy.parseError == "function" ? this.parseError = T.yy.parseError : this.parseError = Object.getPrototypeOf(this).parseError;
      function ce(N) {
        a.length = a.length - 2 * N, g.length = g.length - N, r.length = r.length - N;
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      l(ce, "popStack");
      function te() {
        var N;
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      l(te, "lex");
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        if (O = a[a.length - 1], this.defaultActions[O] ? k = this.defaultActions[O] : ((S === null || typeof S > "u") && (S = te()), k = U[O] && U[O][S]), typeof k > "u" || !k.length || !k[0]) {
          var z = "";
          F = [];
          for (V in U[O])
            this.terminals_[V] && V > re && F.push("'" + this.terminals_[V] + "'");
          f.showPosition ? z = "Parse error on line " + (M + 1) + `:
` + f.showPosition() + `
Expecting ` + F.join(", ") + ", got '" + (this.terminals_[S] || S) + "'" : z = "Parse error on line " + (M + 1) + ": Unexpected " + (S == ee ? "end of input" : "'" + (this.terminals_[S] || S) + "'"), this.parseError(z, {
            text: f.match,
            token: this.terminals_[S] || S,
            line: f.yylineno,
            loc: $,
            expected: F
          });
        }
        if (k[0] instanceof Array && k.length > 1)
          throw new Error("Parse Error: multiple actions possible at state: " + O + ", token: " + S);
        switch (k[0]) {
          case 1:
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            break;
          case 2:
            if (L = this.productions_[k[1]][1], I.$ = g[g.length - L], I._$ = {
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              last_line: r[r.length - 1].last_line,
              first_column: r[r.length - (L || 1)].first_column,
              last_column: r[r.length - 1].last_column
            }, oe && (I._$.range = [
              r[r.length - (L || 1)].range[0],
              r[r.length - 1].range[1]
            ]), W = this.performAction.apply(I, [
              d,
              Z,
              M,
              T.yy,
              k[1],
              g,
              r
            ].concat(ae)), typeof W < "u")
              return W;
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            break;
          case 3:
            return !0;
        }
      }
      return !0;
    }, "parse")
  }, se = /* @__PURE__ */ (function() {
    var v = {
      EOF: 1,
      parseError: /* @__PURE__ */ l(function(i, a) {
        if (this.yy.parser)
          this.yy.parser.parseError(i, a);
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          throw new Error(i);
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      // resets the lexer, sets new input
      setInput: /* @__PURE__ */ l(function(s, i) {
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          first_line: 1,
          first_column: 0,
          last_line: 1,
          last_column: 0
        }, this.options.ranges && (this.yylloc.range = [0, 0]), this.offset = 0, this;
      }, "setInput"),
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        this.yytext += s, this.yyleng++, this.offset++, this.match += s, this.matched += s;
        var i = s.match(/(?:\r\n?|\n).*/g);
        return i ? (this.yylineno++, this.yylloc.last_line++) : this.yylloc.last_column++, this.options.ranges && this.yylloc.range[1]++, this._input = this._input.slice(1), s;
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      // unshifts one char (or a string) into the input
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        var i = s.length, a = s.split(/(?:\r\n?|\n)/g);
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        var o = this.match.split(/(?:\r\n?|\n)/g);
        this.match = this.match.substr(0, this.match.length - 1), this.matched = this.matched.substr(0, this.matched.length - 1), a.length - 1 && (this.yylineno -= a.length - 1);
        var g = this.yylloc.range;
        return this.yylloc = {
          first_line: this.yylloc.first_line,
          last_line: this.yylineno + 1,
          first_column: this.yylloc.first_column,
          last_column: a ? (a.length === o.length ? this.yylloc.first_column : 0) + o[o.length - a.length].length - a[0].length : this.yylloc.first_column - i
        }, this.options.ranges && (this.yylloc.range = [g[0], g[0] + this.yyleng - i]), this.yyleng = this.yytext.length, this;
      }, "unput"),
      // When called from action, caches matched text and appends it on next action
      more: /* @__PURE__ */ l(function() {
        return this._more = !0, this;
      }, "more"),
      // When called from action, signals the lexer that this rule fails to match the input, so the next matching rule (regex) should be tested instead.
      reject: /* @__PURE__ */ l(function() {
        if (this.options.backtrack_lexer)
          this._backtrack = !0;
        else
          return this.parseError("Lexical error on line " + (this.yylineno + 1) + `. You can only invoke reject() in the lexer when the lexer is of the backtracking persuasion (options.backtrack_lexer = true).
` + this.showPosition(), {
            text: "",
            token: null,
            line: this.yylineno
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        return this;
      }, "reject"),
      // retain first n characters of the match
      less: /* @__PURE__ */ l(function(s) {
        this.unput(this.match.slice(s));
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        var s = this.matched.substr(0, this.matched.length - this.match.length);
        return (s.length > 20 ? "..." : "") + s.substr(-20).replace(/\n/g, "");
      }, "pastInput"),
      // displays upcoming input, i.e. for error messages
      upcomingInput: /* @__PURE__ */ l(function() {
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      }, "upcomingInput"),
      // displays the character position where the lexing error occurred, i.e. for error messages
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        var s = this.pastInput(), i = new Array(s.length + 1).join("-");
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` + i + "^";
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            first_line: this.yylloc.first_line,
            last_line: this.last_line,
            first_column: this.yylloc.first_column,
            last_column: this.yylloc.last_column
          },
          yytext: this.yytext,
          match: this.match,
          matches: this.matches,
          matched: this.matched,
          yyleng: this.yyleng,
          offset: this.offset,
          _more: this._more,
          _input: this._input,
          yy: this.yy,
          conditionStack: this.conditionStack.slice(0),
          done: this.done
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          first_line: this.yylloc.last_line,
          last_line: this.yylineno + 1,
          first_column: this.yylloc.last_column,
          last_column: o ? o[o.length - 1].length - o[o.length - 1].match(/\r?\n?/)[0].length : this.yylloc.last_column + s[0].length
        }, this.yytext += s[0], this.match += s[0], this.matches = s, this.yyleng = this.yytext.length, this.options.ranges && (this.yylloc.range = [this.offset, this.offset += this.yyleng]), this._more = !1, this._backtrack = !1, this._input = this._input.slice(s[0].length), this.matched += s[0], a = this.performAction.call(this, this.yy, this, i, this.conditionStack[this.conditionStack.length - 1]), this.done && this._input && (this.done = !1), a)
          return a;
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          for (var r in g)
            this[r] = g[r];
          return !1;
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        return !1;
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            if (i = a, o = r, this.options.backtrack_lexer) {
              if (s = this.test_match(a, g[r]), s !== !1)
                return s;
              if (this._backtrack) {
                i = !1;
                continue;
              } else
                return !1;
            } else if (!this.options.flex)
              break;
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        return i ? (s = this.test_match(i, g[o]), s !== !1 ? s : !1) : this._input === "" ? this.EOF : this.parseError("Lexical error on line " + (this.yylineno + 1) + `. Unrecognized text.
` + this.showPosition(), {
          text: "",
          token: null,
          line: this.yylineno
        });
      }, "next"),
      // return next match that has a token
      lex: /* @__PURE__ */ l(function() {
        var i = this.next();
        return i || this.lex();
      }, "lex"),
      // activates a new lexer condition state (pushes the new lexer condition state onto the condition stack)
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        this.conditionStack.push(i);
      }, "begin"),
      // pop the previously active lexer condition state off the condition stack
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        var i = this.conditionStack.length - 1;
        return i > 0 ? this.conditionStack.pop() : this.conditionStack[0];
      }, "popState"),
      // produce the lexer rule set which is active for the currently active lexer condition state
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      }, "stateStackSize"),
      options: { "case-insensitive": !0 },
      performAction: /* @__PURE__ */ l(function(i, a, o, g) {
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          case 1:
            return 8;
          case 2:
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            break;
          case 3:
            return this.popState(), 16;
          case 4:
            this.popState();
            break;
          case 5:
            i.getLogger().trace("Begin icon"), this.begin("ICON");
            break;
          case 6:
            return i.getLogger().trace("SPACELINE"), 6;
          case 7:
            return 7;
          case 8:
            return 15;
          case 9:
            i.getLogger().trace("end icon"), this.popState();
            break;
          case 10:
            return i.getLogger().trace("Exploding node"), this.begin("NODE"), 19;
          case 11:
            return i.getLogger().trace("Cloud"), this.begin("NODE"), 19;
          case 12:
            return i.getLogger().trace("Explosion Bang"), this.begin("NODE"), 19;
          case 13:
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            return this.begin("NODE"), 19;
          case 16:
            return this.begin("NODE"), 19;
          case 17:
            return this.begin("NODE"), 19;
          case 18:
            return 13;
          case 19:
            return 22;
          case 20:
            return 11;
          case 21:
            this.begin("NSTR2");
            break;
          case 22:
            return "NODE_DESCR";
          case 23:
            this.popState();
            break;
          case 24:
            i.getLogger().trace("Starting NSTR"), this.begin("NSTR");
            break;
          case 25:
            return i.getLogger().trace("description:", a.yytext), "NODE_DESCR";
          case 26:
            this.popState();
            break;
          case 27:
            return this.popState(), i.getLogger().trace("node end ))"), "NODE_DEND";
          case 28:
            return this.popState(), i.getLogger().trace("node end )"), "NODE_DEND";
          case 29:
            return this.popState(), i.getLogger().trace("node end ...", a.yytext), "NODE_DEND";
          case 30:
            return this.popState(), i.getLogger().trace("node end (("), "NODE_DEND";
          case 31:
            return this.popState(), i.getLogger().trace("node end (-"), "NODE_DEND";
          case 32:
            return this.popState(), i.getLogger().trace("node end (-"), "NODE_DEND";
          case 33:
            return this.popState(), i.getLogger().trace("node end (("), "NODE_DEND";
          case 34:
            return this.popState(), i.getLogger().trace("node end (("), "NODE_DEND";
          case 35:
            return i.getLogger().trace("Long description:", a.yytext), 20;
          case 36:
            return i.getLogger().trace("Long description:", a.yytext), 20;
        }
      }, "anonymous"),
      rules: [/^(?:\s*%%.*)/i, /^(?:mindmap\b)/i, /^(?::::)/i, /^(?:.+)/i, /^(?:\n)/i, /^(?:::icon\()/i, /^(?:[\s]+[\n])/i, /^(?:[\n]+)/i, /^(?:[^\)]+)/i, /^(?:\))/i, /^(?:-\))/i, /^(?:\(-)/i, /^(?:\)\))/i, /^(?:\))/i, /^(?:\(\()/i, /^(?:\{\{)/i, /^(?:\()/i, /^(?:\[)/i, /^(?:[\s]+)/i, /^(?:[^\(\[\n\)\{\}]+)/i, /^(?:$)/i, /^(?:["][`])/i, /^(?:[^`"]+)/i, /^(?:[`]["])/i, /^(?:["])/i, /^(?:[^"]+)/i, /^(?:["])/i, /^(?:[\)]\))/i, /^(?:[\)])/i, /^(?:[\]])/i, /^(?:\}\})/i, /^(?:\(-)/i, /^(?:-\))/i, /^(?:\(\()/i, /^(?:\()/i, /^(?:[^\)\]\(\}]+)/i, /^(?:.+(?!\(\())/i],
      conditions: { CLASS: { rules: [3, 4], inclusive: !1 }, ICON: { rules: [8, 9], inclusive: !1 }, NSTR2: { rules: [22, 23], inclusive: !1 }, NSTR: { rules: [25, 26], inclusive: !1 }, NODE: { rules: [21, 24, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36], inclusive: !1 }, INITIAL: { rules: [0, 1, 2, 5, 6, 7, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20], inclusive: !0 } }
    };
    return v;
  })();
  G.lexer = se;
  function P() {
    this.yy = {};
  }
  return l(P, "Parser"), P.prototype = G, G.Parser = P, new P();
})();
q.parser = q;
var De = q, x = {
  DEFAULT: 0,
  NO_BORDER: 0,
  ROUNDED_RECT: 1,
  RECT: 2,
  CIRCLE: 3,
  CLOUD: 4,
  BANG: 5,
  HEXAGON: 6
}, R, Ne = (R = class {
  constructor() {
    this.nodes = [], this.count = 0, this.elements = {}, this.getLogger = this.getLogger.bind(this), this.nodeType = x, this.clear(), this.getType = this.getType.bind(this), this.getElementById = this.getElementById.bind(this), this.getParent = this.getParent.bind(this), this.getMindmap = this.getMindmap.bind(this), this.addNode = this.addNode.bind(this), this.decorateNode = this.decorateNode.bind(this);
  }
  clear() {
    this.nodes = [], this.count = 0, this.elements = {}, this.baseLevel = void 0;
  }
  getParent(e) {
    for (let n = this.nodes.length - 1; n >= 0; n--)
      if (this.nodes[n].level < e)
        return this.nodes[n];
    return null;
  }
  getMindmap() {
    return this.nodes.length > 0 ? this.nodes[0] : null;
  }
  addNode(e, n, c, u) {
    var m, w;
    C.info("addNode", e, n, c, u);
    let h = !1;
    this.nodes.length === 0 ? (this.baseLevel = e, e = 0, h = !0) : this.baseLevel !== void 0 && (e = e - this.baseLevel, h = !1);
    const p = X();
    let y = ((m = p.mindmap) == null ? void 0 : m.padding) ?? j.mindmap.padding;
    switch (u) {
      case this.nodeType.ROUNDED_RECT:
      case this.nodeType.RECT:
      case this.nodeType.HEXAGON:
        y *= 2;
        break;
    }
    const _ = {
      id: this.count++,
      nodeId: B(n, p),
      level: e,
      descr: B(c, p),
      type: u,
      children: [],
      width: ((w = p.mindmap) == null ? void 0 : w.maxNodeWidth) ?? j.mindmap.maxNodeWidth,
      padding: y,
      isRoot: h
    }, b = this.getParent(e);
    if (b)
      b.children.push(_), this.nodes.push(_);
    else if (h)
      this.nodes.push(_);
    else
      throw new Error(
        `There can be only one root. No parent could be found for ("${_.descr}")`
      );
  }
  getType(e, n) {
    switch (C.debug("In get type", e, n), e) {
      case "[":
        return this.nodeType.RECT;
      case "(":
        return n === ")" ? this.nodeType.ROUNDED_RECT : this.nodeType.CLOUD;
      case "((":
        return this.nodeType.CIRCLE;
      case ")":
        return this.nodeType.CLOUD;
      case "))":
        return this.nodeType.BANG;
      case "{{":
        return this.nodeType.HEXAGON;
      default:
        return this.nodeType.DEFAULT;
    }
  }
  setElementForId(e, n) {
    this.elements[e] = n;
  }
  getElementById(e) {
    return this.elements[e];
  }
  decorateNode(e) {
    if (!e)
      return;
    const n = X(), c = this.nodes[this.nodes.length - 1];
    e.icon && (c.icon = B(e.icon, n)), e.class && (c.class = B(e.class, n));
  }
  type2Str(e) {
    switch (e) {
      case this.nodeType.DEFAULT:
        return "no-border";
      case this.nodeType.RECT:
        return "rect";
      case this.nodeType.ROUNDED_RECT:
        return "rounded-rect";
      case this.nodeType.CIRCLE:
        return "circle";
      case this.nodeType.CLOUD:
        return "cloud";
      case this.nodeType.BANG:
        return "bang";
      case this.nodeType.HEXAGON:
        return "hexgon";
      // cspell: disable-line
      default:
        return "no-border";
    }
  }
  /**
   * Assign section numbers to nodes based on their position relative to root
   * @param node - The mindmap node to process
   * @param sectionNumber - The section number to assign (undefined for root)
   */
  assignSections(e, n) {
    if (e.level === 0 ? e.section = void 0 : e.section = n, e.children)
      for (const [c, u] of e.children.entries()) {
        const h = e.level === 0 ? c : n;
        this.assignSections(u, h);
      }
  }
  /**
   * Convert mindmap tree structure to flat array of nodes
   * @param node - The mindmap node to process
   * @param processedNodes - Array to collect processed nodes
   */
  flattenNodes(e, n) {
    const c = ["mindmap-node"];
    e.isRoot === !0 ? c.push("section-root", "section--1") : e.section !== void 0 && c.push(`section-${e.section}`), e.class && c.push(e.class);
    const u = c.join(" "), h = /* @__PURE__ */ l((y) => {
      switch (y) {
        case x.CIRCLE:
          return "mindmapCircle";
        case x.RECT:
          return "rect";
        case x.ROUNDED_RECT:
          return "rounded";
        case x.CLOUD:
          return "cloud";
        case x.BANG:
          return "bang";
        case x.HEXAGON:
          return "hexagon";
        case x.DEFAULT:
          return "defaultMindmapNode";
        case x.NO_BORDER:
        default:
          return "rect";
      }
    }, "getShapeFromType"), p = {
      id: e.id.toString(),
      domId: "node_" + e.id.toString(),
      label: e.descr,
      isGroup: !1,
      shape: h(e.type),
      width: e.width,
      height: e.height ?? 0,
      padding: e.padding,
      cssClasses: u,
      cssStyles: [],
      look: "default",
      icon: e.icon,
      x: e.x,
      y: e.y,
      // Mindmap-specific properties
      level: e.level,
      nodeId: e.nodeId,
      type: e.type,
      section: e.section
    };
    if (n.push(p), e.children)
      for (const y of e.children)
        this.flattenNodes(y, n);
  }
  /**
   * Generate edges from parent-child relationships in mindmap tree
   * @param node - The mindmap node to process
   * @param edges - Array to collect edges
   */
  generateEdges(e, n) {
    if (e.children)
      for (const c of e.children) {
        let u = "edge";
        c.section !== void 0 && (u += ` section-edge-${c.section}`);
        const h = e.level + 1;
        u += ` edge-depth-${h}`;
        const p = {
          id: `edge_${e.id}_${c.id}`,
          start: e.id.toString(),
          end: c.id.toString(),
          type: "normal",
          curve: "basis",
          thickness: "normal",
          look: "default",
          classes: u,
          // Store mindmap-specific data
          depth: e.level,
          section: c.section
        };
        n.push(p), this.generateEdges(c, n);
      }
  }
  /**
   * Get structured data for layout algorithms
   * Following the pattern established by ER diagrams
   * @returns Structured data containing nodes, edges, and config
   */
  getData() {
    const e = this.getMindmap(), n = X(), u = ue().layout !== void 0, h = n;
    if (u || (h.layout = "cose-bilkent"), !e)
      return {
        nodes: [],
        edges: [],
        config: h
      };
    C.debug("getData: mindmapRoot", e, n), this.assignSections(e);
    const p = [], y = [];
    this.flattenNodes(e, p), this.generateEdges(e, y), C.debug(
      `getData: processed ${p.length} nodes and ${y.length} edges`
    );
    const _ = /* @__PURE__ */ new Map();
    for (const b of p)
      _.set(b.id, {
        shape: b.shape,
        width: b.width,
        height: b.height,
        padding: b.padding
      });
    return {
      nodes: p,
      edges: y,
      config: h,
      // Store the root node for mindmap-specific layout algorithms
      rootNode: e,
      // Properties required by dagre layout algorithm
      markers: ["point"],
      // Mindmaps don't use markers
      direction: "TB",
      // Top-to-bottom direction for mindmaps
      nodeSpacing: 50,
      // Default spacing between nodes
      rankSpacing: 50,
      // Default spacing between ranks
      // Add shapes for ELK compatibility
      shapes: Object.fromEntries(_),
      // Additional properties that layout algorithms might expect
      type: "mindmap",
      diagramId: "mindmap-" + Se()
    };
  }
  // Expose logger to grammar
  getLogger() {
    return C;
  }
}, l(R, "MindmapDB"), R), ke = /* @__PURE__ */ l(async (t, e, n, c) => {
  var _, b;
  C.debug(`Rendering mindmap diagram
` + t);
  const u = c.db, h = u.getData(), p = le(e, h.config.securityLevel);
  h.type = c.type, h.layoutAlgorithm = de(h.config.layout, {
    fallback: "cose-bilkent"
  }), h.diagramId = e, u.getMindmap() && (h.nodes.forEach((m) => {
    m.shape === "rounded" ? (m.radius = 15, m.taper = 15, m.stroke = "none", m.width = 0, m.padding = 15) : m.shape === "circle" ? m.padding = 10 : m.shape === "rect" && (m.width = 0, m.padding = 10);
  }), await ge(h, p), he(
    p,
    ((_ = h.config.mindmap) == null ? void 0 : _.padding) ?? j.mindmap.padding,
    "mindmapDiagram",
    ((b = h.config.mindmap) == null ? void 0 : b.useMaxWidth) ?? j.mindmap.useMaxWidth
  ));
}, "draw"), Le = {
  draw: ke
}, xe = /* @__PURE__ */ l((t) => {
  let e = "";
  for (let n = 0; n < t.THEME_COLOR_LIMIT; n++)
    t["lineColor" + n] = t["lineColor" + n] || t["cScaleInv" + n], pe(t["lineColor" + n]) ? t["lineColor" + n] = fe(t["lineColor" + n], 20) : t["lineColor" + n] = ye(t["lineColor" + n], 20);
  for (let n = 0; n < t.THEME_COLOR_LIMIT; n++) {
    const c = "" + (17 - 3 * n);
    e += `
    .section-${n - 1} rect, .section-${n - 1} path, .section-${n - 1} circle, .section-${n - 1} polygon, .section-${n - 1} path  {
      fill: ${t["cScale" + n]};
    }
    .section-${n - 1} text {
     fill: ${t["cScaleLabel" + n]};
    }
    .node-icon-${n - 1} {
      font-size: 40px;
      color: ${t["cScaleLabel" + n]};
    }
    .section-edge-${n - 1}{
      stroke: ${t["cScale" + n]};
    }
    .edge-depth-${n - 1}{
      stroke-width: ${c};
    }
    .section-${n - 1} line {
      stroke: ${t["cScaleInv" + n]} ;
      stroke-width: 3;
    }

    .disabled, .disabled circle, .disabled text {
      fill: lightgray;
    }
    .disabled text {
      fill: #efefef;
    }
    `;
  }
  return e;
}, "genSections"), ve = /* @__PURE__ */ l((t) => `
  .edge {
    stroke-width: 3;
  }
  ${xe(t)}
  .section-root rect, .section-root path, .section-root circle, .section-root polygon  {
    fill: ${t.git0};
  }
  .section-root text {
    fill: ${t.gitBranchLabel0};
  }
  .section-root span {
    color: ${t.gitBranchLabel0};
  }
  .section-2 span {
    color: ${t.gitBranchLabel0};
  }
  .icon-container {
    height:100%;
    display: flex;
    justify-content: center;
    align-items: center;
  }
  .edge {
    fill: none;
  }
  .mindmap-node-label {
    dy: 1em;
    alignment-baseline: middle;
    text-anchor: middle;
    dominant-baseline: middle;
    text-align: center;
  }
`, "getStyles"), Te = ve, Re = {
  get db() {
    return new Ne();
  },
  renderer: Le,
  parser: De,
  styles: Te
};
export {
  Re as diagram
};
