@mermaid-js/mermaid-zenuml/dist/chunks/mermaid-zenuml.esm.min/StylePanel.2c488616-MGVDAANQ.mjs.map

MermaidJS plugin for ZenUML integration

{
  "version": 3,
  "sources": ["../../../../../node_modules/.pnpm/@zenuml+core@3.17.2_ts-node@10.9.2_typescript@5.3.3/node_modules/@zenuml/core/dist/StylePanel.2c488616.js"],
  "sourcesContent": ["import { b as L, u as H, r as F, s as Me, w as j, g as nt, d as ot, e as Q, F as Ie, m as ge, t as Ae, f as _e, n as it, p as rt, h as st, i as lt, j as te, U as at, k as Se, l as ct, T as ut, q as ft, v as dt, x as mt, y as pt, P as gt, o as Te, z as ht, A as vt, a as he, c as yt, B as wt, C as xt, D as bt, E as Ct, G as Ot, H as Et } from \"./core.0767a1be.js\";\nconst ze = [\"top\", \"right\", \"bottom\", \"left\"], Re = [\"start\", \"end\"], Pe = /* @__PURE__ */ ze.reduce((e, t) => e.concat(t, t + \"-\" + Re[0], t + \"-\" + Re[1]), []), J = Math.min, Y = Math.max, le = Math.round, se = Math.floor, X = (e) => ({\n  x: e,\n  y: e\n}), At = {\n  left: \"right\",\n  right: \"left\",\n  bottom: \"top\",\n  top: \"bottom\"\n}, St = {\n  start: \"end\",\n  end: \"start\"\n};\nfunction ye(e, t, n) {\n  return Y(e, J(t, n));\n}\nfunction K(e, t) {\n  return typeof e == \"function\" ? e(t) : e;\n}\nfunction V(e) {\n  return e.split(\"-\")[0];\n}\nfunction M(e) {\n  return e.split(\"-\")[1];\n}\nfunction He(e) {\n  return e === \"x\" ? \"y\" : \"x\";\n}\nfunction xe(e) {\n  return e === \"y\" ? \"height\" : \"width\";\n}\nfunction fe(e) {\n  return [\"top\", \"bottom\"].includes(V(e)) ? \"y\" : \"x\";\n}\nfunction be(e) {\n  return He(fe(e));\n}\nfunction Ve(e, t, n) {\n  n === void 0 && (n = !1);\n  const i = M(e), o = be(e), r = xe(o);\n  let s = o === \"x\" ? i === (n ? \"end\" : \"start\") ? \"right\" : \"left\" : i === \"start\" ? \"bottom\" : \"top\";\n  return t.reference[r] > t.floating[r] && (s = ce(s)), [s, ce(s)];\n}\nfunction Tt(e) {\n  const t = ce(e);\n  return [ae(e), t, ae(t)];\n}\nfunction ae(e) {\n  return e.replace(/start|end/g, (t) => St[t]);\n}\nfunction Rt(e, t, n) {\n  const i = [\"left\", \"right\"], o = [\"right\", \"left\"], r = [\"top\", \"bottom\"], s = [\"bottom\", \"top\"];\n  switch (e) {\n    case \"top\":\n    case \"bottom\":\n      return n ? t ? o : i : t ? i : o;\n    case \"left\":\n    case \"right\":\n      return t ? r : s;\n    default:\n      return [];\n  }\n}\nfunction Pt(e, t, n, i) {\n  const o = M(e);\n  let r = Rt(V(e), n === \"start\", i);\n  return o && (r = r.map((s) => s + \"-\" + o), t && (r = r.concat(r.map(ae)))), r;\n}\nfunction ce(e) {\n  return e.replace(/left|right|bottom|top/g, (t) => At[t]);\n}\nfunction Ft(e) {\n  return {\n    top: 0,\n    right: 0,\n    bottom: 0,\n    left: 0,\n    ...e\n  };\n}\nfunction We(e) {\n  return typeof e != \"number\" ? Ft(e) : {\n    top: e,\n    right: e,\n    bottom: e,\n    left: e\n  };\n}\nfunction ue(e) {\n  return {\n    ...e,\n    top: e.y,\n    left: e.x,\n    right: e.x + e.width,\n    bottom: e.y + e.height\n  };\n}\nfunction Fe(e, t, n) {\n  let {\n    reference: i,\n    floating: o\n  } = e;\n  const r = fe(t), s = be(t), l = xe(s), c = V(t), u = r === \"y\", m = i.x + i.width / 2 - o.width / 2, d = i.y + i.height / 2 - o.height / 2, p = i[l] / 2 - o[l] / 2;\n  let f;\n  switch (c) {\n    case \"top\":\n      f = {\n        x: m,\n        y: i.y - o.height\n      };\n      break;\n    case \"bottom\":\n      f = {\n        x: m,\n        y: i.y + i.height\n      };\n      break;\n    case \"right\":\n      f = {\n        x: i.x + i.width,\n        y: d\n      };\n      break;\n    case \"left\":\n      f = {\n        x: i.x - o.width,\n        y: d\n      };\n      break;\n    default:\n      f = {\n        x: i.x,\n        y: i.y\n      };\n  }\n  switch (M(t)) {\n    case \"start\":\n      f[s] -= p * (n && u ? -1 : 1);\n      break;\n    case \"end\":\n      f[s] += p * (n && u ? -1 : 1);\n      break;\n  }\n  return f;\n}\nconst Lt = async (e, t, n) => {\n  const {\n    placement: i = \"bottom\",\n    strategy: o = \"absolute\",\n    middleware: r = [],\n    platform: s\n  } = n, l = r.filter(Boolean), c = await (s.isRTL == null ? void 0 : s.isRTL(t));\n  let u = await s.getElementRects({\n    reference: e,\n    floating: t,\n    strategy: o\n  }), {\n    x: m,\n    y: d\n  } = Fe(u, i, c), p = i, f = {}, a = 0;\n  for (let h = 0; h < l.length; h++) {\n    const {\n      name: v,\n      fn: g\n    } = l[h], {\n      x,\n      y: b,\n      data: C,\n      reset: w\n    } = await g({\n      x: m,\n      y: d,\n      initialPlacement: i,\n      placement: p,\n      strategy: o,\n      middlewareData: f,\n      rects: u,\n      platform: s,\n      elements: {\n        reference: e,\n        floating: t\n      }\n    });\n    if (m = x != null ? x : m, d = b != null ? b : d, f = {\n      ...f,\n      [v]: {\n        ...f[v],\n        ...C\n      }\n    }, w && a <= 50) {\n      a++, typeof w == \"object\" && (w.placement && (p = w.placement), w.rects && (u = w.rects === !0 ? await s.getElementRects({\n        reference: e,\n        floating: t,\n        strategy: o\n      }) : w.rects), {\n        x: m,\n        y: d\n      } = Fe(u, p, c)), h = -1;\n      continue;\n    }\n  }\n  return {\n    x: m,\n    y: d,\n    placement: p,\n    strategy: o,\n    middlewareData: f\n  };\n};\nasync function ne(e, t) {\n  var n;\n  t === void 0 && (t = {});\n  const {\n    x: i,\n    y: o,\n    platform: r,\n    rects: s,\n    elements: l,\n    strategy: c\n  } = e, {\n    boundary: u = \"clippingAncestors\",\n    rootBoundary: m = \"viewport\",\n    elementContext: d = \"floating\",\n    altBoundary: p = !1,\n    padding: f = 0\n  } = K(t, e), a = We(f), v = l[p ? d === \"floating\" ? \"reference\" : \"floating\" : d], g = ue(await r.getClippingRect({\n    element: (n = await (r.isElement == null ? void 0 : r.isElement(v))) == null || n ? v : v.contextElement || await (r.getDocumentElement == null ? void 0 : r.getDocumentElement(l.floating)),\n    boundary: u,\n    rootBoundary: m,\n    strategy: c\n  })), x = d === \"floating\" ? {\n    ...s.floating,\n    x: i,\n    y: o\n  } : s.reference, b = await (r.getOffsetParent == null ? void 0 : r.getOffsetParent(l.floating)), C = await (r.isElement == null ? void 0 : r.isElement(b)) ? await (r.getScale == null ? void 0 : r.getScale(b)) || {\n    x: 1,\n    y: 1\n  } : {\n    x: 1,\n    y: 1\n  }, w = ue(r.convertOffsetParentRelativeRectToViewportRelativeRect ? await r.convertOffsetParentRelativeRectToViewportRelativeRect({\n    rect: x,\n    offsetParent: b,\n    strategy: c\n  }) : x);\n  return {\n    top: (g.top - w.top + a.top) / C.y,\n    bottom: (w.bottom - g.bottom + a.bottom) / C.y,\n    left: (g.left - w.left + a.left) / C.x,\n    right: (w.right - g.right + a.right) / C.x\n  };\n}\nconst Bt = (e) => ({\n  name: \"arrow\",\n  options: e,\n  async fn(t) {\n    const {\n      x: n,\n      y: i,\n      placement: o,\n      rects: r,\n      platform: s,\n      elements: l,\n      middlewareData: c\n    } = t, {\n      element: u,\n      padding: m = 0\n    } = K(e, t) || {};\n    if (u == null)\n      return {};\n    const d = We(m), p = {\n      x: n,\n      y: i\n    }, f = be(o), a = xe(f), h = await s.getDimensions(u), v = f === \"y\", g = v ? \"top\" : \"left\", x = v ? \"bottom\" : \"right\", b = v ? \"clientHeight\" : \"clientWidth\", C = r.reference[a] + r.reference[f] - p[f] - r.floating[a], w = p[f] - r.reference[f], O = await (s.getOffsetParent == null ? void 0 : s.getOffsetParent(u));\n    let E = O ? O[b] : 0;\n    (!E || !await (s.isElement == null ? void 0 : s.isElement(O))) && (E = l.floating[b] || r.floating[a]);\n    const A = C / 2 - w / 2, R = E / 2 - h[a] / 2 - 1, T = J(d[g], R), S = J(d[x], R), P = T, _ = E - h[a] - S, B = E / 2 - h[a] / 2 + A, N = ye(P, B, _), $ = !c.arrow && M(o) != null && B != N && r.reference[a] / 2 - (B < P ? T : S) - h[a] / 2 < 0, z = $ ? B < P ? B - P : B - _ : 0;\n    return {\n      [f]: p[f] + z,\n      data: {\n        [f]: N,\n        centerOffset: B - N - z,\n        ...$ && {\n          alignmentOffset: z\n        }\n      },\n      reset: $\n    };\n  }\n});\nfunction kt(e, t, n) {\n  return (e ? [...n.filter((o) => M(o) === e), ...n.filter((o) => M(o) !== e)] : n.filter((o) => V(o) === o)).filter((o) => e ? M(o) === e || (t ? ae(o) !== o : !1) : !0);\n}\nconst Dt = function(e) {\n  return e === void 0 && (e = {}), {\n    name: \"autoPlacement\",\n    options: e,\n    async fn(t) {\n      var n, i, o;\n      const {\n        rects: r,\n        middlewareData: s,\n        placement: l,\n        platform: c,\n        elements: u\n      } = t, {\n        crossAxis: m = !1,\n        alignment: d,\n        allowedPlacements: p = Pe,\n        autoAlignment: f = !0,\n        ...a\n      } = K(e, t), h = d !== void 0 || p === Pe ? kt(d || null, f, p) : p, v = await ne(t, a), g = ((n = s.autoPlacement) == null ? void 0 : n.index) || 0, x = h[g];\n      if (x == null)\n        return {};\n      const b = Ve(x, r, await (c.isRTL == null ? void 0 : c.isRTL(u.floating)));\n      if (l !== x)\n        return {\n          reset: {\n            placement: h[0]\n          }\n        };\n      const C = [v[V(x)], v[b[0]], v[b[1]]], w = [...((i = s.autoPlacement) == null ? void 0 : i.overflows) || [], {\n        placement: x,\n        overflows: C\n      }], O = h[g + 1];\n      if (O)\n        return {\n          data: {\n            index: g + 1,\n            overflows: w\n          },\n          reset: {\n            placement: O\n          }\n        };\n      const E = w.map((T) => {\n        const S = M(T.placement);\n        return [T.placement, S && m ? T.overflows.slice(0, 2).reduce((P, _) => P + _, 0) : T.overflows[0], T.overflows];\n      }).sort((T, S) => T[1] - S[1]), R = ((o = E.filter((T) => T[2].slice(\n        0,\n        M(T[0]) ? 2 : 3\n      ).every((S) => S <= 0))[0]) == null ? void 0 : o[0]) || E[0][0];\n      return R !== l ? {\n        data: {\n          index: g + 1,\n          overflows: w\n        },\n        reset: {\n          placement: R\n        }\n      } : {};\n    }\n  };\n}, Nt = function(e) {\n  return e === void 0 && (e = {}), {\n    name: \"flip\",\n    options: e,\n    async fn(t) {\n      var n, i;\n      const {\n        placement: o,\n        middlewareData: r,\n        rects: s,\n        initialPlacement: l,\n        platform: c,\n        elements: u\n      } = t, {\n        mainAxis: m = !0,\n        crossAxis: d = !0,\n        fallbackPlacements: p,\n        fallbackStrategy: f = \"bestFit\",\n        fallbackAxisSideDirection: a = \"none\",\n        flipAlignment: h = !0,\n        ...v\n      } = K(e, t);\n      if ((n = r.arrow) != null && n.alignmentOffset)\n        return {};\n      const g = V(o), x = V(l) === l, b = await (c.isRTL == null ? void 0 : c.isRTL(u.floating)), C = p || (x || !h ? [ce(l)] : Tt(l));\n      !p && a !== \"none\" && C.push(...Pt(l, h, a, b));\n      const w = [l, ...C], O = await ne(t, v), E = [];\n      let A = ((i = r.flip) == null ? void 0 : i.overflows) || [];\n      if (m && E.push(O[g]), d) {\n        const P = Ve(o, s, b);\n        E.push(O[P[0]], O[P[1]]);\n      }\n      if (A = [...A, {\n        placement: o,\n        overflows: E\n      }], !E.every((P) => P <= 0)) {\n        var R, T;\n        const P = (((R = r.flip) == null ? void 0 : R.index) || 0) + 1, _ = w[P];\n        if (_)\n          return {\n            data: {\n              index: P,\n              overflows: A\n            },\n            reset: {\n              placement: _\n            }\n          };\n        let B = (T = A.filter((N) => N.overflows[0] <= 0).sort((N, $) => N.overflows[1] - $.overflows[1])[0]) == null ? void 0 : T.placement;\n        if (!B)\n          switch (f) {\n            case \"bestFit\": {\n              var S;\n              const N = (S = A.map(($) => [$.placement, $.overflows.filter((z) => z > 0).reduce((z, tt) => z + tt, 0)]).sort(($, z) => $[1] - z[1])[0]) == null ? void 0 : S[0];\n              N && (B = N);\n              break;\n            }\n            case \"initialPlacement\":\n              B = l;\n              break;\n          }\n        if (o !== B)\n          return {\n            reset: {\n              placement: B\n            }\n          };\n      }\n      return {};\n    }\n  };\n};\nfunction Le(e, t) {\n  return {\n    top: e.top - t.height,\n    right: e.right - t.width,\n    bottom: e.bottom - t.height,\n    left: e.left - t.width\n  };\n}\nfunction Be(e) {\n  return ze.some((t) => e[t] >= 0);\n}\nconst $t = function(e) {\n  return e === void 0 && (e = {}), {\n    name: \"hide\",\n    options: e,\n    async fn(t) {\n      const {\n        rects: n\n      } = t, {\n        strategy: i = \"referenceHidden\",\n        ...o\n      } = K(e, t);\n      switch (i) {\n        case \"referenceHidden\": {\n          const r = await ne(t, {\n            ...o,\n            elementContext: \"reference\"\n          }), s = Le(r, n.reference);\n          return {\n            data: {\n              referenceHiddenOffsets: s,\n              referenceHidden: Be(s)\n            }\n          };\n        }\n        case \"escaped\": {\n          const r = await ne(t, {\n            ...o,\n            altBoundary: !0\n          }), s = Le(r, n.floating);\n          return {\n            data: {\n              escapedOffsets: s,\n              escaped: Be(s)\n            }\n          };\n        }\n        default:\n          return {};\n      }\n    }\n  };\n};\nasync function jt(e, t) {\n  const {\n    placement: n,\n    platform: i,\n    elements: o\n  } = e, r = await (i.isRTL == null ? void 0 : i.isRTL(o.floating)), s = V(n), l = M(n), c = fe(n) === \"y\", u = [\"left\", \"top\"].includes(s) ? -1 : 1, m = r && c ? -1 : 1, d = K(t, e);\n  let {\n    mainAxis: p,\n    crossAxis: f,\n    alignmentAxis: a\n  } = typeof d == \"number\" ? {\n    mainAxis: d,\n    crossAxis: 0,\n    alignmentAxis: null\n  } : {\n    mainAxis: 0,\n    crossAxis: 0,\n    alignmentAxis: null,\n    ...d\n  };\n  return l && typeof a == \"number\" && (f = l === \"end\" ? a * -1 : a), c ? {\n    x: f * m,\n    y: p * u\n  } : {\n    x: p * u,\n    y: f * m\n  };\n}\nconst Mt = function(e) {\n  return e === void 0 && (e = 0), {\n    name: \"offset\",\n    options: e,\n    async fn(t) {\n      const {\n        x: n,\n        y: i\n      } = t, o = await jt(t, e);\n      return {\n        x: n + o.x,\n        y: i + o.y,\n        data: o\n      };\n    }\n  };\n}, It = function(e) {\n  return e === void 0 && (e = {}), {\n    name: \"shift\",\n    options: e,\n    async fn(t) {\n      const {\n        x: n,\n        y: i,\n        placement: o\n      } = t, {\n        mainAxis: r = !0,\n        crossAxis: s = !1,\n        limiter: l = {\n          fn: (v) => {\n            let {\n              x: g,\n              y: x\n            } = v;\n            return {\n              x: g,\n              y: x\n            };\n          }\n        },\n        ...c\n      } = K(e, t), u = {\n        x: n,\n        y: i\n      }, m = await ne(t, c), d = fe(V(o)), p = He(d);\n      let f = u[p], a = u[d];\n      if (r) {\n        const v = p === \"y\" ? \"top\" : \"left\", g = p === \"y\" ? \"bottom\" : \"right\", x = f + m[v], b = f - m[g];\n        f = ye(x, f, b);\n      }\n      if (s) {\n        const v = d === \"y\" ? \"top\" : \"left\", g = d === \"y\" ? \"bottom\" : \"right\", x = a + m[v], b = a - m[g];\n        a = ye(x, a, b);\n      }\n      const h = l.fn({\n        ...t,\n        [p]: f,\n        [d]: a\n      });\n      return {\n        ...h,\n        data: {\n          x: h.x - n,\n          y: h.y - i\n        }\n      };\n    }\n  };\n};\nfunction q(e) {\n  return Ue(e) ? 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