// Metro module 14711 (f14712).
const calculateJaroWinklerDistance = function calculateJaroWinklerDistance(a0, a1) {
  let r48, r82, r110, length2, length4, length6, length7;
  const r1 = Math.floor(Math.max(a0.length, a1.length) / 2) - 1;
  const r30 = [];
  const r12 = 0 < a0.length;
  let r2 = 0;
  let r32 = 0;
  let r10 = 0;
  if (r12) {
    do {
      let r35 = Math.max(0, r2 - r1);
      const r36 = Math;
      const length = a1.length;
      const r6 = r2 + r1;
      const r39 = r36.min(length, r6);
      const r40 = r2;
      const r5 = r32;
      let r4 = r5;
      if (r35 <= r39) {
        do {
          const r41 = a0[r40];
          const r42 = a1[r35];
          const r43 = r35;
          if (r41 === r42 && !r30[r43]) {
            r30[r43] = true;
            r4 = r5 + 1;
            break;
          }
          r35 = r43 + 1;
          r48 = Math.min(a1.length, r6);
          r4 = r5;
        } while (r35 <= r48);
      }
      r2 = r40 + 1;
      length2 = a0.length;
      r32 = r4;
      r10 = r32;
    } while (r2 < length2);
  }
  if (!(0 < r10)) {
    return 0;
  }
  const r59 = Math.floor(Math.max(a0.length, a1.length) / 2) - 1;
  const r60 = [];
  const r62 = 0 < a0.length;
  let r64 = "";
  let r65 = 0;
  let r66 = "";
  if (r62) {
    do {
      let r23 = Math.max(0, r65 - r59);
      const r24 = Math;
      const length3 = a1.length;
      const r72 = r65 + r59;
      const r73 = r24.min(length3, r72);
      const r74 = r64;
      const r75 = r65;
      let r76 = r74;
      if (r23 <= r73) {
        do {
          const r26 = a0[r75];
          const r25 = a1[r23];
          const r77 = r23;
          if (r26 === r25 && !r60[r77]) {
            r76 = r74 + a0[r75];
            r60[r77] = true;
            break;
          }
          r23 = r77 + 1;
          r82 = Math.min(a1.length, r72);
          r76 = r74;
        } while (r23 <= r82);
      }
      r65 = r75 + 1;
      length4 = a0.length;
      r64 = r76;
      r66 = r64;
    } while (r65 < length4);
  }
  const r84 = [];
  const r86 = 0 < a1.length;
  let r87 = "";
  let r88 = 0;
  let r89 = "";
  if (r86) {
    do {
      let r93 = Math.max(0, r88 - r59);
      const r94 = Math;
      const length5 = a0.length;
      const r97 = r88 + r59;
      const r98 = r94.min(length5, r97);
      const r99 = r87;
      const r100 = r88;
      let r101 = r99;
      if (r93 <= r98) {
        do {
          const r102 = a1[r100];
          const r103 = a0[r93];
          const r104 = r93;
          if (r102 === r103 && !r84[r104]) {
            r101 = r99 + a1[r100];
            r84[r104] = true;
            break;
          }
          r93 = r104 + 1;
          r110 = Math.min(a0.length, r97);
          r101 = r99;
        } while (r93 <= r110);
      }
      r88 = r100 + 1;
      length6 = a1.length;
      r87 = r101;
      r89 = r87;
    } while (r88 < length6);
  }
  const r113 = 0 < r66.length;
  let r114 = 0;
  let r115 = 0;
  let r116 = 0;
  if (r113) {
    do {
      const r117 = r66[r114];
      const r118 = r89[r114];
      const r119 = r114;
      const r120 = r115;
      const r121 = r117 !== r118 ? r120 + 1 : r120;
      r114 = r119 + 1;
      length7 = r66.length;
      r115 = r121;
      r116 = r115;
    } while (r114 < length7);
  }
  const r136 = (r10 / a0.length + r10 / a1.length + (r10 - Math.floor(r116 / 2)) / r10) / 3;
  let r139 = 0;
  if (r136 < 0.7) {
    return r136;
  }
  while (true) {
    const r140 = a0[r139];
    const r141 = a1[r139];
    const r142 = r139;
    let r143 = r142;
    if (r140 === r141) {
      const r144 = r142 + 1;
      r139 = r144;
      if (r139 < 4) {
        continue;
      }
      r143 = r144 + 1;
    }
    return r136 + 0.1 * r143 * (1 - r136);
  }
};
export function calculateJaroWinklerSimilarity(a0, a1, a2) {
  const caseSensitive = (a2 == null ? {} : a2).caseSensitive;
  return caseSensitive !== void 0 && caseSensitive ? calculateJaroWinklerDistance(a0, a1) : calculateJaroWinklerDistance(a0.toLowerCase(), a1.toLowerCase());
}