https://www.vzome.com/modules/vzome-legacy.js

1import {
2  AbstractAlgebraicField,
3  AntiprismSymmetry,
4  Color,
5  Command,
6  File,
7  Manifestations,
8  ParameterizedField,
9  Polygon,
10  PolygonField,
11  PropertyChangeEvent,
12  PropertyChangeSupport,
13  ResourceLoader
14} from "./chunk-CQATDKLG.js";
15import {
16  AnchoredSegment,
17  IcosahedralSymmetry,
18  Segment,
19  SegmentEndPoint,
20  ZomicStatement,
21  ZomicVirtualMachine
22} from "./chunk-CXLFZQHL.js";
23import {
24  AbstractSymmetry,
25  AlgebraicField,
26  AlgebraicMatrix,
27  AlgebraicVector,
28  AlgebraicVectors,
29  Axis,
30  Construction,
31  Direction,
32  DomUtils,
33  NumberFormat,
34  OrbitSet,
35  Permutation,
36  Point,
37  RealVector,
38  Symmetry,
39  VefParser,
40  VefVectorExporter,
41  java,
42  javaemul
43} from "./chunk-5PFIPZES.js";
44import {
45  REVISION
46} from "./chunk-YWNSTGG6.js";
47import "./chunk-JSBRDJBE.js";
48

49// src/worker/fields/common.js
50BigInt.prototype.toJSON = function() {
51  const float = Number(this);
52  return Number.isSafeInteger(float) ? float : this.toString();
53};
54function gcd(a, b) {
55  a = a < 0 ? -a : a;
56  b = b < 0 ? -b : b;
57  while (b !== 0n) [a, b] = [b, a % b];
58  return a;
59}
60function simplify(values) {
61  const signs = [];
62  const signedValues = [];
63  let lastSign;
64  let divisor;
65  for (let i = 0; i < values.length; i++) {
66    const value = values[i];
67    if ((value | 0n) !== value)
68      throw new TypeError(`integer overflow!... ${value}`);
69    lastSign = BigInt((value > 0n) - (value < 0n));
70    signs.push(lastSign);
71    signedValues.push(lastSign * value);
72    divisor = value;
73  }
74  for (let i = 0; i < values.length - 1; i++) {
75    signs[i] = lastSign * signs[i];
76    divisor = gcd(signedValues[i], divisor);
77  }
78  const result = [];
79  for (let i = 0; i < values.length; i++) {
80    let fraction = signedValues[i] / divisor;
81    result.push(i === values.length - 1 ? fraction : signs[i] * fraction);
82  }
83  return result;
84}
85function simplify3(v0, v1, v2) {
86  if ((v0 | 0n) !== v0 || (v1 | 0n) !== v1 || (v2 | 0n) !== v2)
87    throw new TypeError(`integer overflow!... ${v0} ${v1} ${v2}`);
88  let s0 = BigInt((v0 > 0n) - (v0 < 0n)), s1 = BigInt((v1 > 0n) - (v1 < 0n)), s2 = BigInt((v2 > 0n) - (v2 < 0n));
89  v0 = s0 * v0;
90  v1 = s1 * v1;
91  v2 = s2 * v2;
92  s0 = s2 * s0;
93  s1 = s2 * s1;
94  const g = gcd(gcd(v0, v1), v2);
95  return [s0 * v0 / g, s1 * v1 / g, v2 / g];
96}
97function simplify4(v0, v1, v2, v3) {
98  if ((v0 | 0n) !== v0 || (v1 | 0n) !== v1 || (v2 | 0n) !== v2 || (v3 | 0n) !== v3)
99    throw new TypeError(`integer overflow!... ${v0} ${v1} ${v2} ${v3}`);
100  let s0 = BigInt((v0 > 0n) - (v0 < 0n)), s1 = BigInt((v1 > 0n) - (v1 < 0n)), s2 = BigInt((v2 > 0n) - (v2 < 0n)), s3 = BigInt((v3 > 0n) - (v3 < 0n));
101  v0 = s0 * v0;
102  v1 = s1 * v1;
103  v2 = s2 * v2;
104  v3 = s3 * v3;
105  s0 = s3 * s0;
106  s1 = s3 * s1;
107  s2 = s3 * s2;
108  const g = gcd(gcd(gcd(v0, v1), v2), v3);
109  return [s0 * v0 / g, s1 * v1 / g, s2 * v2 / g, v3 / g];
110}
111function parseInt2(s) {
112  return BigInt(s);
113}
114function plus2(a, b) {
115  const [a0 = 0n, a1 = 0n, ad = 1n] = a, [b0 = 0n, b1 = 0n, bd = 1n] = b;
116  return simplify3(a0 * bd + b0 * ad, a1 * bd + b1 * ad, ad * bd);
117}
118function minus2(a, b) {
119  const [a0 = 0n, a1 = 0n, ad = 1n] = a, [b0 = 0n, b1 = 0n, bd = 1n] = b;
120  return simplify3(a0 * bd - b0 * ad, a1 * bd - b1 * ad, ad * bd);
121}
122function negate2(a) {
123  const [a0 = 0n, a1 = 0n, ad = 1n] = a;
124  return [0n - a0, 0n - a1, ad];
125}
126function plus3(a, b) {
127  const [a0 = 0n, a1 = 0n, a2 = 0n, ad = 1n] = a, [b0 = 0n, b1 = 0n, b2 = 0n, bd = 1n] = b;
128  return simplify4(a0 * bd + b0 * ad, a1 * bd + b1 * ad, a2 * bd + b2 * ad, ad * bd);
129}
130function minus3(a, b) {
131  const [a0 = 0n, a1 = 0n, a2 = 0n, ad = 1n] = a, [b0 = 0n, b1 = 0n, b2 = 0n, bd = 1n] = b;
132  return simplify4(a0 * bd - b0 * ad, a1 * bd - b1 * ad, a2 * bd - b2 * ad, ad * bd);
133}
134function negate3(a) {
135  const [a0 = 0n, a1 = 0n, a2 = 0n, ad = 1n] = a;
136  return [0n - a0, 0n - a1, 0n - a2, ad];
137}
138function createNumberFromPairs2(pairs) {
139  const [a0 = 0n, d0 = 1n, a1 = 0n, d1 = 1n] = pairs;
140  const b0 = BigInt(a0) * BigInt(d1);
141  const b1 = BigInt(a1) * BigInt(d0);
142  const d2 = BigInt(d0) * BigInt(d1);
143  return simplify3(b0, b1, d2);
144}
145function createNumberFromPairs3(pairs) {
146  const [a0 = 0n, d0 = 1n, a1 = 0n, d1 = 1n, a2 = 0n, d2 = 1n] = pairs;
147  const b0 = BigInt(a0) * BigInt(d1) * BigInt(d2);
148  const b1 = BigInt(a1) * BigInt(d0) * BigInt(d2);
149  const b2 = BigInt(a2) * BigInt(d0) * BigInt(d1);
150  const d = BigInt(d0) * BigInt(d1) * BigInt(d2);
151  return simplify4(b0, b1, b2, d);
152}
153function createNumberFromPairs(pairs) {
154  const order = pairs.length / 2;
155  let result = [];
156  for (let i = 0; i < order; i++) {
157    let term = pairs[2 * i];
158    for (let j = 0; j < order; j++) {
159      if (i !== j)
160        term *= pairs[2 * j + 1];
161    }
162    result.push(term);
163  }
164  let divisor = 1n;
165  for (let j = 0; j < order; j++) {
166    divisor *= pairs[2 * j + 1];
167  }
168  result.push(divisor);
169  return simplify(result);
170}
171function createNumber2(trailingDivisor) {
172  const [a0 = 0n, a1 = 0n, d = 1n] = trailingDivisor;

173  return simplify3(BigInt(a0), BigInt(a1), BigInt(d));
174}
175function createNumber3(trailingDivisor) {
176  const [a0 = 0n, a1 = 0n, a2 = 0n, d = 1n] = trailingDivisor;
177  return simplify4(BigInt(a0), BigInt(a1), BigInt(a2), BigInt(d));
178}
179var Format = { DEFAULT: 0, EXPRESSION: 1, ZOMIC: 2, VEF: 3, MATHML: 4, MATH: 5 };
180function bigRationalToString(num, denom) {
181  if (denom === 1n)
182    return num.toString();
183  else
184    return num.toString() + "/" + denom.toString();
185}
186function bigRationalToMathML(num, denom) {
187  if (denom === 1n)
188    return `<mn>${num.toString()}</mn>`;
189  else
190    return `<mfrac><mn>${num.toString()}</mn><mn>${denom.toString()}</mn></mfrac>`;
191}
192var appendTerm = (text, coefficient, denominator, irrational, expression) => {
193  if (coefficient === 0n)
194    return text;
195  let [value, divisor] = simplify([coefficient, denominator]);
196  let out = text;
197  if (out.length > 0)
198    out += " ";
199  if (value < 0n) {
200    value = 0n - value;
201    out += "-";
202  } else if (text.length > 0)
203    out += "+";
204  const isOne = value === 1n && divisor === 1n;
205  if (irrational === null)
206    return out + bigRationalToString(value, divisor);
207  if (!isOne) {
208    out += bigRationalToString(value, divisor);
209    if (expression)
210      out += "*";
211  }
212  return out + irrational;
213};
214var toString2 = (getIrrational5) => (trailingDivisor, format) => {
215  const [a0 = 0n, a1 = 0n, d = 1n] = trailingDivisor;
216  const [n0, d0] = simplify([BigInt(a0), BigInt(d)]);
217  const [n1, d1] = simplify([BigInt(a1), BigInt(d)]);
218  const irrat = getIrrational5();
219  switch (format) {
220    case Format.ZOMIC:
221      return bigRationalToString(n0, d0) + " " + bigRationalToString(n1, d1);
222    case Format.VEF:
223      return "(" + bigRationalToString(n1, d1) + "," + bigRationalToString(n0, d0) + ")";
224    case Format.MATHML:
225      if (a0 === 0n) {
226        if (a1 === 0n)
227          return "<mn>0</mn>";
228        else
229          return `<mrow>${bigRationalToMathML(a1, d)}<mi>${irrat}</mi></mrow>`;
230      } else {
231        if (a1 === 0n)
232          return bigRationalToMathML(a0, d);
233        else if (a1 < 0n)
234          return `<mrow>${bigRationalToMathML(a0, d)}<mo>-</mo>${bigRationalToMathML(0n - a1, d)}<mi>${irrat}</mi></mrow>`;
235        else
236          return `<mrow>${bigRationalToMathML(a0, d)}<mo>+</mo>${bigRationalToMathML(a1, d)}<mi>${irrat}</mi></mrow>`;
237      }
238    case Format.MATH:
239      if (a0 === 0n) {
240        if (a1 === 0n)
241          return "0";
242        else if (a1 === 1n && d === 1n)
243          return irrat;
244        else
245          return bigRationalToString(a1, d) + irrat;
246      } else {
247        if (a1 === 0n)
248          return bigRationalToString(a0, d);
249        else if (a1 === 1n && d === 1n)
250          return bigRationalToString(a0, d) + "+" + irrat;
251        else
252          return bigRationalToString(a0, d) + "+" + bigRationalToString(a1, d) + irrat;
253      }
254    default: {
255      const expression = format === Format.EXPRESSION;
256      let text = appendTerm("", BigInt(a0), BigInt(d), null, expression);
257      text = appendTerm(text, BigInt(a1), BigInt(d), irrat, expression);
258      return text.length === 0 ? "0" : text;
259    }
260  }
261};
262var toString3 = (getIrrational5) => (trailingDivisor, format) => {
263  const [a0 = 0n, a1 = 0n, a2 = 0n, d = 1n] = trailingDivisor;
264  const [n0, d0] = simplify([BigInt(a0), BigInt(d)]);
265  const [n1, d1] = simplify([BigInt(a1), BigInt(d)]);
266  const [n2, d2] = simplify([BigInt(a2), BigInt(d)]);
267  switch (format) {
268    case Format.ZOMIC:
269      return bigRationalToString(n0, d0) + " " + bigRationalToString(n1, d1) + " " + bigRationalToString(n2, d2);
270    case Format.VEF:
271      return "(" + bigRationalToString(n2, d2) + "," + bigRationalToString(n1, d1) + "," + bigRationalToString(n0, d0) + ")";
272    case Format.MATHML:
273      let result = "";
274      if (a0 !== 0n) {
275        result += bigRationalToMathML(a0, d);
276      }
277      if (a1 !== 0n) {
278        if (a1 < 0n)
279          result += `<mo>-</mo>${bigRationalToMathML(0n - a1, d)}<mi>${getIrrational5(1)}</mi>`;
280        else {
281          if (result)
282            result += "<mo>+</mo>";
283          result += `${bigRationalToMathML(a1, d)}<mi>${getIrrational5(1)}</mi>`;
284        }
285      }
286      if (a2 !== 0n) {
287        if (a2 < 0n)
288          result += `<mo>-</mo>${bigRationalToMathML(0n - a2, d)}<mi>${getIrrational5(2)}</mi>`;
289        else {
290          if (result)
291            result += "<mo>+</mo>";
292          result += `${bigRationalToMathML(a2, d)}<mi>${getIrrational5(2)}</mi>`;
293        }
294      }
295      if (!result)
296        return "<mn>0</mn>";
297      return "<mrow>" + result + "</mrow>";
298    default: {
299      const expression = format === Format.EXPRESSION;
300      let text = appendTerm("", BigInt(a0), BigInt(d), null, expression);
301      text = appendTerm(text, BigInt(a1), BigInt(d), getIrrational5(1), expression);
302      text = appendTerm(text, BigInt(a2), BigInt(d), getIrrational5(2), expression);
303      return text.length === 0 ? "0" : text;
304    }
305  }
306};
307var createField = ({ name, order, times: times5, embed: embed5, reciprocal: reciprocal5, getIrrational: getIrrational5 }) => {
308  let scalarTerm = 1;
309  let zero = [0n, 0n, 1n];
310  let one = [1n, 0n, 1n];
311  let negate = negate2;
312  let plus = plus2;
313  let minus = minus2;
314  let createNumberFromPairs4 = createNumberFromPairs2;
315  let createNumber = createNumber2;
316  let toString = toString2(getIrrational5);
317  if (order === 3) {
318    scalarTerm = 2;
319    zero = [0n, 0n, 0n, 1n];
320    one = [1n, 0n, 0n, 1n];
321    negate = negate3;
322    plus = plus3;
323    minus = minus3;

324    createNumberFromPairs4 = createNumberFromPairs3;
325    createNumber = createNumber3;
326    toString = toString3(getIrrational5);
327  }
328  const scalarmul = (s, v) => [...v.values()].map((vi = [0n]) => times5(s, vi));
329  const vectoradd = (u, v) => [...u.values()].map((ui = [0n], i) => plus(ui, v[i] || [0n]));
330  const quatmul = (u, v) => {
331    const x = times5, a = plus, s = minus, [u0 = [0n], u1 = [0n], u2 = [0n], u3 = [0n]] = u, [v0 = [0n], v1 = [0n], v2 = [0n], v3 = [0n]] = v;
332    return [
333      s(x(u0, v0), a(a(x(u1, v1), x(u2, v2)), x(u3, v3))),
334      a(a(x(u0, v1), x(u1, v0)), s(x(u2, v3), x(u3, v2))),
335      a(a(x(u0, v2), x(u2, v0)), s(x(u3, v1), x(u1, v3))),
336      a(a(x(u0, v3), x(u3, v0)), s(x(u1, v2), x(u2, v1)))
337    ];
338  };
339  function quatconj([u0 = [0n], u1 = [0n], u2 = [0n], u3 = [0n]]) {
340    return [u0, negate(u1), negate(u2), negate(u3)];
341  }
342  function quatTransform(Q, v) {
343    return quatmul(Q, quatmul([[0n]].concat(v), quatconj(Q))).slice(1);
344  }
345  return {
346    name,
347    order,
348    scalarTerm,
349    zero,
350    one,
351    zeroCopy: () => zero.slice(),
352    plus,
353    minus,
354    times: times5,
355    embed: embed5,
356    reciprocal: reciprocal5,
357    negate,
358    getIrrational: getIrrational5,
359    scalarmul,
360    vectoradd,
361    quatTransform,
362    quatmul,
363    embedv: (v) => v.map(embed5),
364    createNumberFromPairs: createNumberFromPairs4,
365    createNumber,
366    toString,
367    parseInt: parseInt2
368  };
369};
370

371// src/worker/fields/golden.js
372var PHI = 0.5 * (Math.sqrt(5) + 1);
373function reciprocal(a) {
374  const [a0 = 0n, a1 = 0n, ad = 1n] = a;
375  return simplify3((a0 + a1) * ad, 0n - a1 * ad, a0 * a0 + a0 * a1 - a1 * a1);
376}
377function times(a, b) {
378  const [a0 = 0n, a1 = 0n, ad = 1n] = a, [b0 = 0n, b1 = 0n, bd = 1n] = b;
379  return simplify3(a0 * b0 + a1 * b1, a0 * b1 + a1 * b0 + a1 * b1, ad * bd);
380}
381function embed(a) {
382  const [a0 = 0n, a1 = 0n, ad = 1n] = a;
383  return (Number(a0) + PHI * Number(a1)) / Number(ad);
384}
385var replacement = (item) => item === "1" ? ["\u03C6"] : ["1", "\u03C6"];
386var symbolSequence = (depth) => {
387  function recurrence(arr) {
388    return arr.reduce((acc, item) => {
389      return [...acc, ...replacement(item)];
390    }, []);
391  }
392  var seq = ["1"];
393  for (var i = 0; i < depth; i++) {
394    seq = recurrence(seq);
395  }
396  return seq;
397};
398var goldenSequence = (depth) => {
399  return symbolSequence(depth).map((symbol) => symbol === "1" ? [1n, 0n, 1n] : [0n, 1n, 1n]);
400};
401var goldenSeries = ({ plus }) => (depth) => {
402  return goldenSequence(depth).reduce(function(r, a) {
403    if (r.length > 0)
404      a = plus(a, r[r.length - 1]);
405    r.push(a);
406    return r;
407  }, []);
408};
409var createQuaternions = ({ scalarmul, quatmul }) => {
410  function grsign(a) {
411    const [a0 = 0n, a1 = 0n, ad = 1n] = a, float = Number(a0) + PHI * Number(a1);
412    return BigInt((ad > 0n) - (ad < 0n)) * BigInt((float > 0) - (float < 0));
413  }
414  function quatnormalize(q) {
415    return scalarmul([q.map(grsign).reduce((a, b2) => a || b2) || 1n], q);
416  }
417  const one = [[1n], [0n], [0n], [0n]], h = [1n, 0n, 2n], blue = [one, [[0n], [1n], [0n], [0n]], [[0n], [0n], [0n], [1n]], [[0n], [0n], [1n], [0n]]], yellow = [one, [h, h, h, h], [[-1n, 0n, 2n], h, h, h]], red = [one, [[0n, 1n, 2n], h, [-1n, 1n, 2n]]];
418  for (let i = 2; i < 5; i++)
419    red[i] = quatmul(red[i - 1], red[1]);
420  const vZomeIcosahedralQuaternions = [];
421  let b, r, y;
422  for (b of blue) for (r of red) for (y of yellow)
423    vZomeIcosahedralQuaternions.push(quatnormalize(quatmul(b, quatmul(y, r))));
424  return vZomeIcosahedralQuaternions;
425};
426var getIrrational = () => "\u03C6";
427var baseField = createField({ name: "golden", order: 2, times, embed, reciprocal, getIrrational });
428var field = {
429  ...baseField,
430  goldenRatio: [0n, 1n, 1n],
431  quaternions: createQuaternions(baseField),
432  goldenSeries: goldenSeries(baseField)
433};
434var golden_default = field;
435

436// src/worker/fields/root2.js
437var SQRT2 = Math.sqrt(2);
438function reciprocal2(x) {
439  const [a = 0n, b = 0n, c = 1n] = x;
440  return simplify3(a * c, 0n - b * c, a * a - 2n * b * b);
441}
442function times2(a, b) {
443  const [a0 = 0n, a1 = 0n, ad = 1n] = a, [b0 = 0n, b1 = 0n, bd = 1n] = b;
444  return simplify3(a0 * b0 + 2n * a1 * b1, a0 * b1 + a1 * b0, ad * bd);
445}
446function embed2(a) {
447  const [a0 = 0n, a1 = 0n, ad = 1n] = a;
448  return (Number(a0) + SQRT2 * Number(a1)) / Number(ad);
449}
450var getIrrational2 = () => "\u221A2";
451var field2 = createField({ name: "rootTwo", order: 2, times: times2, embed: embed2, reciprocal: reciprocal2, getIrrational: getIrrational2 });
452var root2_default = field2;
453

454// src/worker/fields/root3.js
455var SQRT3 = Math.sqrt(3);
456function reciprocal3(x) {
457  const [a = 0n, b = 0n, c = 1n] = x;
458  return simplify3(a * c, 0n - b * c, a * a - 3n * b * b);
459}
460function times3(a, b) {
461  const [a0 = 0n, a1 = 0n, ad = 1n] = a, [b0 = 0n, b1 = 0n, bd = 1n] = b;
462  return simplify3(a0 * b0 + 3n * a1 * b1, a0 * b1 + a1 * b0, ad * bd);
463}
464function embed3(a) {
465  const [a0 = 0n, a1 = 0n, ad = 1n] = a;
466  return (Number(a0) + SQRT3 * Number(a1)) / Number(ad);
467}
468var getIrrational3 = () => "\u221A3";
469var field3 = createField({ name: "rootThree", order: 2, times: times3, embed: embed3, reciprocal: reciprocal3, getIrrational: getIrrational3 });
470var root3_default = field3;
471

472// src/worker/fields/heptagon.js
473var RHO = 1.8019377358;
474var SIGMA = 2.2469796037;
475function reciprocal4(x) {
476  const [A = 0n, B = 0n, C = 0n, D = 1n] = x;
477  const A1 = A * A + A * B + 2n * A * C - B * B - B * C;
478  const B1 = C * C - A * B - B * B;
479  const C1 = B * B + B * C - A * C - C * C;
480  const determinant = A * A1 + B * B1 + C * C1;
481  return simplify4(D * A1, D * B1, D * C1, determinant);
482}
483function times4(first, second) {
484  const [a = 0n, b = 0n, c = 0n, d1 = 1n] = first, [d = 0n, e = 0n, f = 0n, d2 = 1n] = second;
485  return simplify4(a * d + b * e + c * f, a * e + b * d + b * f + c * e + c * f, a * f + b * e + b * f + c * d + c * e + c * f, d1 * d2);
486}
487function embed4(a) {
488  const [a0 = 0n, a1 = 0n, a2 = 0n, ad = 1n] = a;
489  return (Number(a0) + RHO * Number(a1) + SIGMA * Number(a2)) / Number(ad);
490}
491var getIrrational4 = (i) => i === 1 ? "\u{1D70C}" : "\u{1D70E}";
492var field4 = createField({ name: "heptagon", order: 3, times: times4, embed: embed4, reciprocal: reciprocal4, getIrrational: getIrrational4 });
493var heptagon_default = field4;
494

495// src/worker/legacy/jsweet2js.js
496var JavaAlgebraicNumberFactory = class {
497  zero() {
498    return new JavaBigRational(0n, 1n);
499  }
500  one() {
501    return new JavaBigRational(1n, 1n);
502  }
503  createBigRational(num, denom) {
504    return new JavaBigRational(BigInt(num), BigInt(denom));
505  }
506  createRational(legacyField, num, denom) {
507    const order = legacyField.getOrder();
508    const factors = [new JavaBigRational(num, denom)];
509    for (let index = 1; index < order; index++) {
510      factors.push(ZERO);
511    }
512    return new JavaAlgebraicNumber(legacyField, factors);
513  }
514  parseBigRational(str) {
515    const parts = str.split("/");
516    if (parts.length === 1) {
517      return new JavaBigRational(BigInt(parts[0]), 1n);
518    } else if (parts.length === 2) {
519      return new JavaBigRational(BigInt(parts[0]), BigInt(parts[1]));
520    } else {
521      throw new Error("Bad rational string: " + str);
522    }
523  }
524  createAlgebraicNumber(legacyField, numerators, divisor) {
525    const bigRats = [];
526    for (let i = 0; i < numerators.length; i++) {
527      bigRats.push(new JavaBigRational(numerators[i], divisor));
528    }
529    return new JavaAlgebraicNumber(legacyField, bigRats);
530  }
531  createAlgebraicNumberFromTD(legacyField, trailingDivisor) {
532    const bigRats = [];
533    const divisor = trailingDivisor[trailingDivisor.length - 1];
534    for (let i = 0; i < trailingDivisor.length - 1; i++) {
535      bigRats.push(new JavaBigRational(trailingDivisor[i], divisor));
536    }
537    return new JavaAlgebraicNumber(legacyField, bigRats);
538  }
539  createAlgebraicNumberFromPairs(legacyField, pairs) {
540    const order = pairs.length / 2;
541    const bigRats = [];
542    for (let i = 0; i < order; i++) {
543      bigRats.push(new JavaBigRational(pairs[2 * i], pairs[2 * i + 1]));
544    }
545    return new JavaAlgebraicNumber(legacyField, bigRats);
546  }
547  createAlgebraicNumberFromBRs(legacyField, bigRationals) {
548    return new JavaAlgebraicNumber(legacyField, bigRationals);
549  }
550  isPrime(prime) {
551    const n = 2 * prime;
552    nextPrime:
553      for (let i = 2; i <= n; i++) {
554        if (i > prime)
555          return false;
556        for (let j = 2; j < i; j++) {
557          if (i % j === 0) continue nextPrime;
558        }
559        if (i === prime)
560          return true;
561      }
562  }
563  nextPrime(prime) {
564    const n = 2 * prime;
565    let sawPrevious = false;
566    nextPrime:
567      for (let i = 2; i <= n; i++) {
568        for (let j = 2; j < i; j++) {
569          if (i % j === 0) continue nextPrime;
570        }
571        if (sawPrevious)
572          return i;
573        if (i === prime)
574          sawPrevious = true;
575      }
576  }
577};
578JavaAlgebraicNumberFactory.__interfaces = ["com.vzome.core.algebra.AlgebraicNumberFactory"];
579var algebraicNumberFactory = new JavaAlgebraicNumberFactory();
580var JavaAlgebraicNumber = class _JavaAlgebraicNumber {

581  constructor(legacyField, bigRationals) {
582    this.legacyField = legacyField;
583    this.bigRationals = bigRationals;
584    this["times$com_vzome_core_algebra_AlgebraicNumber"] = this.times;
585    this["plus$com_vzome_core_algebra_AlgebraicNumber"] = this.plus;
586    this["minus$com_vzome_core_algebra_AlgebraicNumber"] = this.minus;
587  }
588  equals(that) {
589    return this.bigRationals.reduce((a, c, i) => a && c.equals(that.bigRationals[i]), true);
590  }
591  getField() {
592    return this.legacyField;
593  }
594  evaluate() {
595    return this.legacyField.evaluateNumber(this.bigRationals);
596  }
597  compareTo(that) {
598    const d1 = this.evaluate();
599    const d2 = that.evaluate();
600    return d1 === d2 ? 0 : d1 < d2 ? -1 : 1;
601  }
602  lessThan(that) {
603    return this.compareTo(that) < 0;
604  }
605  greaterThan(that) {
606    return this.compareTo(that) > 0;
607  }
608  lessThanOrEqualTo(that) {
609    return this.compareTo(that) <= 0;
610  }
611  greaterThanOrEqualTo(that) {
612    return this.compareTo(that) >= 0;
613  }
614  signum() {
615    const d1 = this.evaluate();
616    return d1 === 0 ? 0 : d1 < 0 ? -1 : 1;
617  }
618  isZero() {
619    return this.bigRationals.reduce((a, c) => a && c.isZero(), true);
620  }
621  isOne() {
622    return this.bigRationals[0].isOne() && this.bigRationals.slice(1).reduce((a, c) => a && c.isZero(), true);
623  }
624  toTrailingDivisor() {
625    const pairs = this.bigRationals.reduce((a, current) => a.concat([current.getNumerator(), current.getDenominator()]), []);
626    return createNumberFromPairs(pairs).map((br) => br.toString());
627  }
628  negate() {
629    return new _JavaAlgebraicNumber(this.legacyField, this.bigRationals.map((br) => br.negate()));
630  }
631  reciprocal() {
632    return new _JavaAlgebraicNumber(this.legacyField, this.legacyField.reciprocal(this.bigRationals));
633  }
634  minus(that) {
635    return this.plus(that.negate());
636  }
637  plus(that) {
638    if (this.isZero()) {
639      return that;
640    }
641    if (that.isZero()) {
642      return this;
643    }
644    const sums = this.bigRationals.map((v, i) => v.plus(that.bigRationals[i]));
645    return new _JavaAlgebraicNumber(this.legacyField, sums);
646  }
647  times(that) {
648    if (this.isZero() || that.isZero())
649      return this.legacyField.zero();
650    if (this.isOne())
651      return that;
652    if (that.isOne())
653      return this;
654    const pairs = this.legacyField.multiply(this.bigRationals, that.bigRationals);
655    return new _JavaAlgebraicNumber(this.legacyField, pairs);
656  }
657  dividedBy(that) {
658    return this.times(that.reciprocal());
659  }
660  getNumberExpression(sbuf, format = 0) {
661    return this.legacyField.getNumberExpression(sbuf, this.bigRationals, format);
662  }
663  toString(format) {
664    const buf = new java.lang.StringBuffer();
665    this.getNumberExpression(buf, format);
666    return buf.toString();
667  }
668  getMathML() {
669    return this.legacyField.getMathML(this.bigRationals);
670  }
671};
672JavaAlgebraicNumber.__interfaces = ["com.vzome.core.algebra.AlgebraicNumber"];
673var JavaBigRational = class _JavaBigRational {
674  constructor(num, denom) {
675    [num, denom] = simplify([BigInt(num), BigInt(denom)]);
676    this.num = num;
677    this.denom = denom;
678  }
679  equals(that) {
680    return this.num === that.num && this.denom === that.denom;
681  }
682  toString() {
683    if (this.denom === 1n)
684      return this.num.toString();
685    else
686      return this.num.toString() + "/" + this.denom.toString();
687  }
688  getMathML() {
689    if (this.denom === 1n)
690      return `<mn>${this.num.toString()}</mn>`;
691    else
692      return `<mfrac><mn>${this.num.toString()}</mn><mn>${this.denom.toString()}</mn></mfrac>`;
693  }
694  evaluate() {
695    return Number(this.num) / Number(this.denom);
696  }
697  isZero() {
698    return this.num === 0n;
699  }
700  isOne() {
701    return this.num === 1n && this.denom === 1n;
702  }
703  isNegative() {
704    return this.num < 0n;
705  }
706  negate() {
707    return new _JavaBigRational(-this.num, this.denom);
708  }
709  reciprocal() {
710    if (this.isOne())
711      return this;
712    return new _JavaBigRational(this.denom, this.num);
713  }
714  getNumerator() {
715    return this.num;
716  }
717  getDenominator() {
718    return this.denom;
719  }
720  plus(that) {
721    if (this.isZero()) {
722      return that;
723    }
724    if (that.isZero()) {
725      return this;
726    }
727    if (this.denom === that.denom) {
728      return new _JavaBigRational(this.num + that.num, this.denom);
729    }
730    const d = this.denom * that.denom;
731    return new _JavaBigRational(this.num * that.denom + that.num * this.denom, d);
732  }
733  times(that) {
734    if (this.isOne()) {
735      return that;
736    }
737    if (that.isOne()) {
738      return this;
739    }
740    if (this.isZero() || that.isZero()) {
741      return ZERO;
742    }
743    return new _JavaBigRational(this.num * that.num, this.denom * that.denom);
744  }
745  timesInt(i) {
746    if (i === 1)
747      return this;
748    if (i === 0)
749      return ZERO;
750    return new _JavaBigRational(this.num * BigInt(i), this.denom);
751  }
752};
753var ZERO = new JavaBigRational(0n, 1n);
754var JsProperties = class {
755  constructor(config) {
756    this.config = config;
757  }
758  getConfig() {
759    return { ...this.config };
760  }
761  getOrDefault(key, defaultValue) {
762    if (this.config.hasOwnProperty(key))
763      return this.get(key);
764    else
765      return defaultValue;
766  }
767  getProperty(key) {
768    return this.config[key];
769  }
770  get(key) {
771    return this.config[key];
772  }
773  put(key, value) {
774    this.config[key] = value;
775  }
776};
777

778// src/worker/legacy/dom.js
779var JavaDomNodeList = class {
780  constructor(nodeList, owner = null) {
781    this.nativeNodeList = nodeList;
782    this.document = owner || new JavaDomDocument();
783  }
784  getLength() {
785    return this.nativeNodeList.length;
786  }
787  item(i) {
788    const node = this.nativeNodeList[i];
789    if (node.tagName)
790      return new JavaDomElement(node, this.document);
791    else
792      return node;
793  }
794};
795JavaDomNodeList.__interfaces = ["org.w3c.dom.NodeList"];
796function sortObj(obj) {
797  return Object.keys(obj).sort().reduce(function(result, key) {
798    result[key] = obj[key];
799    return result;
800  }, {});
801}
802var JavaDomAttributes = class {
803  toJSON(key) {
804    return sortObj(this);
805  }
806};
807var JavaDomDocument = class {
808  constructor() {
809    this.child = null;
810  }
811  createElement(tagName) {
812    return new JavaDomElement({ tagName, attributes: new JavaDomAttributes(), children: [] }, this);
813  }
814  createTextNode(text) {
815    return text;
816  }
817};
818JavaDomDocument.__interfaces = ["org.w3c.dom.Document"];
819var JavaDomElement = class _JavaDomElement {
820  constructor(element, owner = null) {
821    this.nativeElement = element;
822    this.document = owner || new JavaDomDocument();
823  }
824  appendChild(child) {
825    if (typeof child === "string")
826      this.nativeElement.children.push(child);
827    else
828      this.nativeElement.children.push(child.nativeElement);
829  }
830  setTextContent(value) {
831    this.nativeElement.children.push(value);
832  }
833  setAttribute(name, value) {
834    this.nativeElement.attributes[name] = value;
835  }
836  getOwnerDocument() {
837    return this.document;
838  }
839  getAttribute(name) {
840    return this.nativeElement.attributes && this.nativeElement.attributes[name];
841  }
842  getLocalName() {
843    return this.nativeElement.tagName;
844  }
845  getTextContent() {
846    const kids = this.nativeElement.children.filter((kid) => kid.tagName !== "effects");
847    if (kids.length === 1 && typeof kids[0] === "string")
848      return kids[0];
849    return null;
850  }
851  getChildNodes() {
852    const kids = this.nativeElement.children.filter((kid) => kid.tagName !== "effects");
853    if (kids.length === 1 && typeof kids[0] === "string")
854      return null;
855    return new JavaDomNodeList(kids, this.document);
856  }
857  getChildElement(name) {
858    const nativeChild = this.nativeElement.children.filter((n) => n.tagName === name)[0];
859    return nativeChild && new _JavaDomElement(nativeChild, this.document);
860  }
861  getElementsByTagName(name) {
862    const results = this.nativeElement.children.filter((n) => n.tagName === name);
863    return {
864      getLength: () => results.length,
865      item: (i) => i < results.length ? new _JavaDomElement(results[i], this.document) : null
866    };
867  }
868  // This is not DOM, just my quick-and-dirty serializer
869  toIndentedString(indentation) {
870    let preserveSpace = false;
871    let result = indentation + "<" + this.getLocalName();
872    for (const [name, value] of Object.entries(this.nativeElement.attributes)) {
873      result += " " + name + '="' + value + '"';
874      if (name === "xml:space")
875        preserveSpace = value === "preserve";
876    }
877    if (this.nativeElement.children.length === 0)
878      return result + "/>\n";
879    else
880      result += ">\n";
881    const text = this.getTextContent();
882    if (typeof text === "string") {
883      if (preserveSpace)
884        result += text;
885      else
886        result += indentation + "  " + text + "\n";
887    } else {
888      const kids = this.getChildNodes();
889      for (let index = 0; index < kids.getLength(); index++) {
890        const child = kids.item(index);
891        result += child.toIndentedString(indentation + "  ");
892      }
893    }
894    result += indentation + "</" + this.getLocalName() + ">\n";
895    return result;
896  }
897};
898JavaDomElement.__interfaces = ["org.w3c.dom.Element"];
899

900// src/worker/legacy/logging.js
901var configureLogging = (loggingPkg) => {
902  const { Level, Logger } = loggingPkg;
903  const loggers = {
904    "": Level.SEVERE
905    // "com.vzome.core.editor"           : Level.FINEST,
906    // "com.vzome.core.editor.selection" : Level.FINEST,
907    // "com.vzome.core.editor.ApplyTool" : Level.FINEST,
908  };
909  Object.entries(loggers).forEach(([key, value]) => {
910    const logger = Logger.getLogger(key);
911    logger.setLevel(value);
912    console.log(`LOGGING ${key} at ${value}`);
913  });
914};
915
916// src/worker/legacy/resources/com/vzome/core/parts/bigzome/blue.vef
917var blue_default = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A%0A98%0A(0,0) (-16290/19,26496/19) (-35484/19,57412/19) (39670/19,-64190/19)%0A(0,0) (-27,51) (-2936/19,4748/19) (-5310/19,8590/19)%0A(0,0) (-16290/19,26496/19) (-23052/19,37296/19) (-5310/19,8590/19)%0A(0,0) (-16290/19,26496/19) (0,0) (31986/19,-51758/19)%0A(0,0) (110/19,-54/19) (-2718/19,4404/19) (-625/19,1015/19)%0A(0,0) (31,-49) (0,0) (-562/19,906/19)%0A(0,0) (31,-49) (-2936/19,4748/19) (-5310/19,8590/19)%0A(0,0) (1,-1) (-2936/19,4748/19) (-5310/19,8590/19)%0A(0,0) (1,-1) (0,0) (-562/19,906/19)%0A(0,0) (16366/19,-26458/19) (-35484/19,57412/19) (-39670/19,64190/19)%0A(0,0) (31,-49) (-2936/19,4748/19) (5310/19,-8590/19)%0A(0,0) (16366/19,-26458/19) (-23052/19,37296/19) (5310/19,-8590/19)%0A(0,0) (110/19,-54/19) (268,-434) (281/19,-453/19)%0A(0,0) (110/19,-54/19) (2718/19,-4404/19) (-625/19,1015/19)%0A(0,0) (-34/19,92/19) (2718/19,-4404/19) (-625/19,1015/19)%0A(0,0) (-34/19,92/19) (268,-434) (281/19,-453/19)%0A(0,0) (110/19,-54/19) (268,-434) (-281/19,453/19)%0A(0,0) (31,-49) (0,0) (562/19,-906/19)%0A(0,0) (1,-1) (0,0) (562/19,-906/19)%0A(0,0) (1,-1) (-2936/19,4748/19) (5310/19,-8590/19)%0A(0,0) (-34/19,92/19) (4186/19,-6778/19) (4685/19,-7575/19)%0A(0,0) (110/19,-54/19) (0,0) (-3779/19,6107/19)%0A(0,0) (-16290/19,26496/19) (27800/19,-44980/19) (52102/19,-84306/19)%0A(0,0) (31,-49) (2936/19,-4748/19) (5310/19,-8590/19)%0A(0,0) (1,-1) (2936/19,-4748/19) (5310/19,-8590/19)%0A(0,0) (110/19,-54/19) (-4186/19,6778/19) (4685/19,-7575/19)%0A(0,0) (16366/19,-26458/19) (2272,-3676) (2374/19,-3842/19)%0A(0,0) (16366/19,-26458/19) (2272,-3676) (-2374/19,3842/19)%0A(0,0) (-34/19,92/19) (-268,434) (281/19,-453/19)%0A(0,0) (-34/19,92/19) (-268,434) (-281/19,453/19)%0A(0,0) (-16290/19,26496/19) (-2272,3676) (2374/19,-3842/19)%0A(0,0) (110/19,-54/19) (2718/19,-4404/19) (625/19,-1015/19)%0A(0,0) (16366/19,-26458/19) (23052/19,-37296/19) (-5310/19,8590/19)%0A(0,0) (31,-49) 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918
919// src/worker/legacy/resources/com/vzome/core/parts/bigzome/connector.vef
920var connector_default = "data:text/plain;

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92062 386 360%0A4 1049 1092 1016 1015%0A4 1006 190 189 586%0A4 802 224 227 432%0A4 1096 312 315 752%0A4 974 563 564 943%0A4 630 629 731 730%0A4 1013 353 157 156%0A4 1071 955 956 1046%0A4 810 979 1084 811%0A4 659 658 950 972%0A4 638 588 515 514%0A4 555 698 701 556%0A4 1062 160 163 1063%0A4 617 616 497 496%0A4 123 122 672 1094%0A4 935 1097 552 551%0A4 632 506 505 633%0A4 1086 1045 1044 1085%0A4 153 872 919 154%0A7 63 69 296 295 1051 624 495%0A4 864 863 1025 1098%0A4 871 107 106 920%0A4 529 951 653 652%0A4 636 461 462 981%0A4 772 771 998 782%0A4 1019 719 718 1024%0A4 809 808 814 978%0A8 86 580 784 783 930 896 895 427%0A4 1099 1100 46 45%0A4 128 127 1059 820%0A7 40 499 597 596 1003 1002 756%0A18 74 1047 964 965 382 239 238 264 263 1100 1099 994 489 490 667 1028 1038 75%0A4 634 504 503 635%0A4 1020 962 963 1021%0A18 798 146 149 781 197 196 305 304 1036 980 897 900 1101 1 0 876 875 904%0A4 121 1010 109 108%0A4 747 746 202 201%0A4 1075 791 790 1035%0A4 737 736 714 713%0A4 922 927 1102 888%0A4 171 1034 1064 168%0A4 1081 1103 751 750%0A4 321 320 1104 1105%0A7 855 69 68 30 29 887 1032%0A4 676 823 822 673%0A4 320 319 1106 1104%0A4 614 707 289 288%0A4 220 219 971 1079%0A4 322 321 1105 1090%0A4 232 7 6 233%0A4 323 1089 1088 324%0A7 387 93 971 970 894 893 558%0A4 1032 887 886 957%0A18 1058 559 560 915 193 192 699 698 555 280 279 470 983 725 724 567 247 246%0A7 540 697 380 1008 114 113 812%0A4 934 933 1107 1095%0A4 720 145 144 721%0A4 124 123 1094 799%0A4 317 581 690 318%0A4 1004 1003 596 595%0A8 387 837 966 1055 1054 880 553 535%0A4 578 882 695 579%0A4 213 212 907 921%0A4 927 926 1108 1102%0A8 176 12 621 620 1083 741 740 622%0A4 358 357 1053 1052%0A4 1082 738 741 1083%0A4 560 542 541 915%0A4 778 777 830 829%0A4 1100 263 266 46%0A4 850 849 766 856%0A18 762 242 245 677 680 1060 985 984 873 548 547 1087 1030 1031 1050 1093 1092 1049%0A4 845 846 1097 935%0A4 838 851 562 561%0A4 222 221 1080 1078%0A18 397 396 909 1067 946 945 1057 1056 796 640 639 864 1098 1066 476 475 912 911%0A4 1076 488 487 1012%0A4 659 972 858 660%0A4 900 899 1091 1101%0A4 629 628 732 731%0A8 387 1090 1105 1104 1106 27 26 93%0A7 63 499 144 143 671 1069 1046%0A4 593 484 428 594%0A4 770 200 203 997%0A4 850 856 411 410%0A4 796 1056 988 797%0A18 813 112 115 1009 379 378 883 882 578 577 1011 975 844 251 250 913 450 449%0A4 1074 973 793 792%0A4 135 134 689 406%0A4 709 1109 903 710%0A4 442 637 513 441%0A4 15 618 621 12%0A7 540 518 517 1084 979 978 814%0A18 150 1019 1024 4 7 232 173 172 349 37 36 437 440 101 100 804 48 47%0A4 567 724 643 568%0A4 419 283 286 393%0A4 612 611 702 860%0A4 801 431 430 1005%0A18 15 14 779 780 21 20 967 1110 1023 1022 1086 1085 1077 739 738 1082 619 618%0A4 647 651 795 180%0A4 813 449 452 812%0A4 1110 967 271 270%0A4 936 879 880 1054%0A4 211 210 501 906%0A4 319 24 27 1106%0A4 980 1036 444 443%0A4 717 1111 401 400%0A4 1098 1025 584 1066%0A4 318 690 205 204%0A8 40 310 1027 85 84 721 144 499%0A4 373 372 105 104%0A4 298 16 19 299%0A4 127 126 910 1059%0A8 63 888 1102 1108 932 931 447 545%0A4 474 473 458 457%0A4 926 925 932 1108%0A4 609 608 705 704%0A4 1109 857 744 903%0A4 933 460 459 1107%0A18 168 1064 901 763 765 940 939 1111 717 716 1014 479 482 857 1109 709 708 169%0A4 654 338 337 787%0A4 663 662 534 533%0A4 884 1072 1040 885%0A4 940 765 404 403%0A4 646 645 743 806%0A7 855 93 92 818 817 537 536%0A18 359 358 1052 275 278 313 312 1096 1103 1081 999 941 485 488 1076 682 681 995%0A4 756 1002 1001 755%0A4 848 96 99 767%0A4 657 656 803 949%0A4 1093 1050 1018 1017%0A4 909 908 1068 1067%0A4 616 615 498 497%0A4 313 278 277 314%0A4 1103 1096 752 751%0A4 888 71 70 922%0A4 1060 680 679 1061%0A4 52 1065 968 53%0A4 918 923 364 363%0A4 1038 1028 1029 1039%0A4 323 322 1090 1089%0A7 502 388 337 336 468 951 529%0A4 773 1033 833 774%0A8 40 46 266 265 241 240 383 742%0A4 1099 45 44 994%0A4 649 648 929 928%0A4 983 982 644 725%0A4 1101 1091 2 1%0A18 1071 1070 670 142 145 720 83 82 1026 309 308 734 737 713 712 600 599 955%0A8 855 1032 576 575 231 230 546 545%0A4 840 839 977 976%0A4 538 537 817 816%0A4 547 550 843 1087%0A8 398 466 369 368 1095 1107 459 836%0A4 606 624 1051 607%0A4 492 273 274 493%0A4 1023 1110 270 269%0A4 913 250 253 914%0A4 61 60 623 748%0A7 398 535 5

92053 552 1097 846 466%0A4 1111 939 402 401%0A4 292 259 262 293%0A4 308 311 735 734%0A4 626 890 165 164%0A%0A%0A%0A0%0A%0A%0A";
921
922// src/worker/legacy/resources/com/vzome/core/parts/bigzome/red.vef
923var red_default = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A%0A105%0A(0,0) (-3,-2) (-2,-1) (0,0)%0A(0,0) (-7,5) (-6,6) (-8,13)%0A(0,0) (-1/2,-11/2) (-2,-1/2) (11/2,-9)%0A(0,0) (2,-19/2) (-1/2,-3) (7/2,-11/2)%0A(0,0) (-6,7/2) (-11/2,5) (-7/2,11/2)%0A(0,0) (-7/2,-1/2) (-4,5/2) (-11/2,9)%0A(0,0) (3,-11) (0,-4) (8,-13)%0A(0,0) (-2891,4672) (-1790,2893) (0,0)%0A(0,0) (15,-30) (6,-13) (-26,42)%0A(0,0) (15,-30) (6,-13) (26,-42)%0A(0,0) (892,-1449) (548,-890) (3231,-5228)%0A(0,0) (892,-1449) (548,-890) (-3231,5228)%0A(0,0) (-6,4) (-7,8) (-8,13)%0A(0,0) (1/2,-13/2) (-3,3/2) (11/2,-9)%0A(0,0) (-27,38) (-20,29) (-10,16)%0A(0,0) (-27,38) (-20,29) (10,-16)%0A(0,0) (2337,-3787) (1441,-2335) (-1997,3231)%0A(0,0) (2337,-3787) (1441,-2335) (1997,-3231)%0A(0,0) (3,-21/2) (-3/2,-1) (7/2,-11/2)%0A(0,0) (-1,-4) (-4,3) (32,-52)%0A(0,0) (-1,-4) (-4,3) (-32,52)%0A(0,0) (-5,5/2) (-13/2,7) (-7/2,11/2)%0A(0,0) (-2339,3779) (-1449,2341) (-1997,3231)%0A(0,0) (-2339,3779) (-1449,2341) (1997,-3231)%0A(0,0) (25,-46) (12,-23) (-10,16)%0A(0,0) (25,-46) (12,-23) (10,-16)%0A(0,0) (-5/2,-3/2) (-5,9/2) (-11/2,9)%0A(0,0) (4,-12) (-1,-2) (8,-13)%0A(0,0) (-894,1441) (-556,896) (3231,-5228)%0A(0,0) (-894,1441) (-556,896) (-3231,5228)%0A(0,0) (-17,22) (-14,19) (-26,42)%0A(0,0) (-17,22) (-14,19) (26,-42)%0A(0,0) (2889,-4680) (1782,-2887) (0,0)%0A(0,0) (339,-553) (210,-342) (0,0)%0A(0,0) (-4,2) (-2,1) (3,-5)%0A(0,0) (-4,2) (-2,1) (-3,5)%0A(0,0) (-215/2,339/2) (-66,209/2) (-763/2,617)%0A(0,0) (-215/2,339/2) (-66,209/2) (763/2,-617)%0A(0,0) (1,-6) (1,-4) (1,-2)%0A(0,0) (1,-6) (1,-4) (-1,2)%0A(0,0) (-278,891/2) (-343/2,275) (471/2,-763/2)%0A(0,0) (-278,891/2) (-343/2,275) (-471/2,763/2)%0A(0,0) (-2,-1) (-1,-1) (-4,6)%0A(0,0) (-2,-1) (-1,-1) (4,-6)%0A(0,0) (274,-895/2) (339/2,-277) (471/2,-763/2)%0A(0,0) (274,-895/2) (339/2,-277) (-471/2,763/2)%0A(0,0) (-5,4) (-3,2) (1,-2)%0A(0,0) (-5,4) (-3,2) (-1,2)%0A(0,0) (207/2,-343/2) (64,-213/2) (-763/2,617)%0A(0,0) (207/2,-343/2) (64,-213/2) (763/2,-617)%0A(0,0) (0,-4) (0,-3) (3,-5)%0A(0,0) (0,-4) (0,-3) (-3,5)%0A(0,0) (-343,551) (-212,340) (0,0)%0A(0,0) (340,-553) (210,-341) (0,0)%0A(0,0) (-3,2) (-2,2) (3,-5)%0A(0,0) (-3,2) (-2,2) (-3,5)%0A(0,0) (-213/2,339/2) (-66,211/2) (-763/2,617)%0A(0,0) (-213/2,339/2) (-66,211/2) (763/2,-617)%0A(0,0) (2,-6) (1,-3) (1,-2)%0A(0,0) (2,-6) (1,-3) (-1,2)%0A(0,0) (-277,891/2) (-343/2,276) (471/2,-763/2)%0A(0,0) (-277,891/2) (-343/2,276) (-471/2,763/2)%0A(0,0) (-1,-1) (-1,0) (-4,6)%0A(0,0) (-1,-1) (-1,0) (4,-6)%0A(0,0) (275,-895/2) (339/2,-276) (471/2,-763/2)%0A(0,0) (275,-895/2) (339/2,-276) (-471/2,763/2)%0A(0,0) (-4,4) (-3,3) (1,-2)%0A(0,0) (-4,4) (-3,3) (-1,2)%0A(0,0) (209/2,-343/2) (64,-211/2) (-763/2,617)%0A(0,0) (209/2,-343/2) (64,-211/2) (763/2,-617)%0A(0,0) (1,-4) (0,-2) (3,-5)%0A(0,0) (1,-4) (0,-2) (-3,5)%0A(0,0) (-342,551) (-212,341) (0,0)%0A(0,0) (-2892,4678) (-1784,2886) (0,0)%0A(0,0) (14,-24) (12,-20) (-26,42)%0A(0,0) (14,-24) (12,-20) (26,-42)%0A(0,0) (891,-1443) (554,-897) (3231,-5228)%0A(0,0) (891,-1443) (554,-897) (-3231,5228)%0A(0,0) (-7,10) (-1,1) (-8,13)%0A(0,0) (-1/2,-1/2) (3,-11/2) (11/2,-9)%0A(0,0) (-28,44) (-14,22) (-10,16)%0A(0,0) (-28,44) (-14,22) (10,-16)%0A(0,0) (2336,-3781) (1447,-2342) (-1997,3231)%0A(0,0) (2336,-3781) (1447,-2342) (1997,-3231)%0A(0,0) (2,-9/2) (9/2,-8) (7/2,-11/2)%0A(0,0) (-2,2) (2,-4) (32,-52)%0A(0,0) (-2,2) (2,-4) (-32,52)%0A(0,0) (-6,17/2) (-1/2,0) (-7/2,11/2)%0A(0,0) (-2340,3785) (-1443,2334) (-1997,3231)%0A(0,0) (-2340,3785) (-1443,2334) (1997,-3231)%0A(0,0) (24,-40) (18,-30) (-10,16)%0A(0,0) (24,-40) (18,-30) (10,-16)%0A(0,0) (-7/2,9/2) (1,-5/2) (-11/2,9)%0A(0,0) (3,-6) (5,-9) (8,-13)%0A(0,0) (-895,1447) (-550,889) (3231,-5228)%0A(0,0) (-895,1447) (-550,889) (-3231,5228)%0A(0,0) (-18,28) (-8,12) (-26,42)%0A(0,0) (-18,28) (-8,12) (26,-42)%0A(0,0) (2888,-4674) (1788,-2894) (0,0)%0A(0,0) (-6,9) (-2,3) (-8,13)%0A(0,0) (1/2,-3/2) (2,-7/2) (11/2,-9)%0A(0,0) (3,-11/2) (7/2,-6) (7/2,-11/2)%0A(0,0) (-5,15/2) (-3/2,2) (-7/2,11/2)%0A(0,0) (-5/2,7/2) (0,-1/2) (-11/2,9)%0A(0,0) (4,-7) (4,-7) (8,-13)%0A%0A%0A%0A0%0A%0A%0A%0A89%0A3  86 84 83 %0A3  93 92 98 %0A3  95 92 91 %0A3  97 92 95 %0A3  98 92 97 %0A3  98 96 93 %0A4  2 1 12 13 %0A4  4 2 13 21 %0A4  6 4 21 27 %0A4  8 7 33 34 %0A4  9 11 37 35 %0A4  10 8 34 36 %0A4  11 15 39 37 %0A4  14 10 36 38 

923%0A4  15 17 41 39 %0A4  18 12 1 3 %0A4  19 16 40 42 %0A4  20 23 45 43 %0A4  22 19 42 44 %0A4  23 25 47 45 %0A4  24 22 44 46 %0A4  25 29 49 47 %0A4  26 18 3 5 %0A4  27 26 5 6 %0A4  30 28 48 50 %0A4  31 32 52 51 %0A4  32 30 50 52 %0A4  33 35 55 53 %0A4  34 33 53 54 %0A4  35 33 7 9 %0A4  35 37 57 55 %0A4  36 34 54 56 %0A4  37 39 59 57 %0A4  38 36 56 58 %0A4  38 40 16 14 %0A4  39 41 61 59 %0A4  40 38 58 60 %0A4  41 43 63 61 %0A4  42 40 60 62 %0A4  43 41 17 20 %0A4  43 45 65 63 %0A4  44 42 62 64 %0A4  45 47 67 65 %0A4  46 44 64 66 %0A4  46 48 28 24 %0A4  47 49 69 67 %0A4  48 46 66 68 %0A4  49 51 71 69 %0A4  50 48 68 70 %0A4  51 49 29 31 %0A4  51 52 72 71 %0A4  52 50 70 72 %0A4  53 55 75 73 %0A4  55 57 77 75 %0A4  56 54 74 76 %0A4  57 59 81 77 %0A4  58 56 76 80 %0A4  60 58 80 82 %0A4  61 63 86 83 %0A4  63 65 89 86 %0A4  64 62 85 88 %0A4  65 67 91 89 %0A4  66 64 88 90 %0A4  68 66 90 94 %0A4  69 71 97 95 %0A4  71 72 98 97 %0A4  72 70 96 98 %0A4  73 74 54 53 %0A4  78 99 100 79 %0A4  82 85 62 60 %0A4  83 81 59 61 %0A4  87 79 100 102 %0A4  92 93 104 103 %0A4  93 87 102 104 %0A4  94 96 70 68 %0A4  95 91 67 69 %0A4  101 99 78 84 %0A4  103 101 84 92 %0A5  92 84 86 89 91 %0A6  12 9 7 8 10 13 %0A6  18 17 15 11 9 12 %0A6  27 30 32 31 29 26 %0A6  30 27 21 22 24 28 %0A6  75 78 79 76 74 73 %0A6  84 78 75 77 81 83 %0A6  93 96 94 90 88 87 %0A7  22 21 13 10 14 16 19 %0A7  26 29 25 23 20 17 18 %0A7  87 88 85 82 80 76 79 %0A%0A%0A%0A53%0A0 1 2 3 4 5 6 7 8 9 %0A10 11 12 13 14 15 16 17 18 19 %0A20 21 22 23 24 25 26 27 28 29 %0A30 31 32 33 34 35 36 37 38 39 %0A40 41 42 43 44 45 46 47 48 49 %0A50 51 52 %0A%0A%0Atip 0%0A%0A";
924
925// src/worker/legacy/resources/com/vzome/core/parts/bigzome/yellow.vef
926var yellow_default = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A%0A73%0A(0,0) (-4,6) (3,-4) (2,-1)%0A(0,0) (-4,6) (-2,5) (1,3)%0A(0,0) (-45/2,36) (15/2,-23/2) (-10,37/2)%0A(0,0) (-45/2,36) (-3/2,7/2) (14,-41/2)%0A(0,0) (-45/2,36) (5/2,-5/2) (-11,45/2)%0A(0,0) (-45/2,36) (-13/2,25/2) (13,-33/2)%0A(0,0) (6,-10) (-4,7) (-1,3)%0A(0,0) (6,-10) (5,-6) (4,-1)%0A(0,0) (36,-117/2) (-23/2,19) (37/2,-57/2)%0A(0,0) (36,-117/2) (7/2,-5) (-41/2,69/2)%0A(0,0) (36,-117/2) (-5/2,6) (47/2,-65/2)%0A(0,0) (36,-117/2) (25/2,-18) (-31/2,61/2)%0A(0,0) (-2,3) (4,-6) (-1,4)%0A(0,0) (-2,3) (2,-2) (5,-6)%0A(0,0) (-2,3) (-1,3) (-2,8)%0A(0,0) (-2,3) (-3,7) (4,-2)%0A(0,0) (-10,16) (2,-3) (1,-1)%0A(0,0) (-10,16) (4,-6) (2,-2)%0A(0,0) (-10,16) (-3,7) (1,4)%0A(0,0) (-10,16) (-1,4) (2,3)%0A(0,0) (3,-5) (-6,10) (4,-5)%0A(0,0) (3,-5) (-2,4) (-6,11)%0A(0,0) (3,-5) (3,-3) (9,-9)%0A(0,0) (3,-5) (7,-9) (-1,7)%0A(0,0) (-5,8) (5,-8) (-7,12)%0A(0,0) (-5,8) (7,-11) (-6,11)%0A(0,0) (-5,8) (-1,2) (9,-14)%0A(0,0) (-5,8) (1,-1) (10,-15)%0A(0,0) (-5,8) (0,2) (-7,17)%0A(0,0) (-5,8) (2,-1) (-6,16)%0A(0,0) (-5,8) (-6,12) (9,-9)%0A(0,0) (-5,8) (-4,9) (10,-10)%0A(0,0) (0,0) (-19,31) (38,-60)%0A(0,0) (0,0) (12,-19) (-22,38)%0A(0,0) (0,0) (11,-17) (-40,66)%0A(0,0) (0,0) (-6,11) (26,-40)%0A(0,0) (0,0) (7,-10) (-23,42)%0A(0,0) (0,0) (-10,18) (43,-64)%0A(0,0) (0,0) (-11,20) (25,-36)%0A(0,0) (0,0) (20,-30) (-35,62)%0A(0,0) (0,0) (1,1) (3,2)%0A(0,0) (5,-8) (5,-8) (-7,12)%0A(0,0) (5,-8) (7,-11) (-6,11)%0A(0,0) (5,-8) (-1,2) (9,-14)%0A(0,0) (5,-8) (1,-1) (10,-15)%0A(0,0) (5,-8) (0,2) (-7,17)%0A(0,0) (5,-8) (2,-1) (-6,16)%0A(0,0) (5,-8) (-6,12) (9,-9)%0A(0,0) (5,-8) (-4,9) (10,-10)%0A(0,0) (-3,5) (-6,10) (4,-5)%0A(0,0) (-3,5) (-2,4) (-6,11)%0A(0,0) (-3,5) (3,-3) (9,-9)%0A(0,0) (-3,5) (7,-9) (-1,7)%0A(0,0) (10,-16) (2,-3) (1,-1)%0A(0,0) (10,-16) (4,-6) (2,-2)%0A(0,0) (10,-16) (-3,7) (1,4)%0A(0,0) (10,-16) (-1,4) (2,3)%0A(0,0) (2,-3) (4,-6) (-1,4)%0A(0,0) (2,-3) (2,-2) (5,-6)%0A(0,0) (2,-3) (-1,3) (-2,8)%0A(0,0) (2,-3) (-3,7) (4,-2)%0A(0,0) (-36,117/2) (-23/2,19) (37/2,-57/2)%0A(0,0) (-36,117/2) (7/2,-5) (-41/2,69/2)%0A(0,0) (-36,117/2) (-5/2,6) (47/2,-65/2)%0A(0,0) (-36,117/2) (25/2,-18) (-31/2,61/2)%0A(0,0) (-6,10) (-4,7) (-1,3)%0A(0,0) (-6,10) (5,-6) (4,-1)%0A(0,0) (45/2,-36) (15/2,-23/2) (-10,37/2)%0A(0,0) (45/2,-36) (-3/2,7/2) (14,-41/2)%0A(0,0) (45/2,-36) (5/2,-5/2) (-11,45/2)%0A(0,0) (45/2,-36) (-13/2,25/2) (13,-33/2)%0A(0,0) (4,-6) (3,-4) (2,-1)%0A(0,0) (4,-6) (-2,5) (1,3)%0A%0A%0A%0A0%0A%0A%0A%0A84%0A3  6 17 8 %0A3  8 17 25 %0A3  9 17 6 %0A3  9 27 17 %0A3  10 18 7 %0A3  10 22 28 %0A3  18 11 7 %0A3  20 25 32 %0A3  21 27 9 %0A3  22 37 28 %0A3  23 11 30 %0A3  25 20 8 %0A3  27 21 34 %0A3  28 18 10 %0A3  28 37 45 %0A3  30 11 18 %0A3  30 47 39 %0A3  32 25 42 %0A3  32 42 49 %0A3  34 44 27 %0A3  39 23 30 %0A3  39 47 52 %0A3  45 37 51 %0A3  47 64 52 %0A3  49 42 61 %0A3  50 44 34 %0A3  54 65 61 %0A3  55 45 63 %0A3  55 64 47 %0A3  61 42 54 %0A3  62 44 50 %0A3  62 54 44 %0A3  63 45 51 %0A3  63 66 55 %0A3  65 54 62 %0A3  66 64 55 %0A4  0 6 8 2 %0A4  1 5 3 0 %0A4  3 9 6 0 %0A4  3 13 21 9 %0A4  4 1 0 2 %0A4  5 15 13 3 %0A4  7 11 5 1 %0A4  10 7 1 4 %0A4  11 23 15 5 %0A4  12 2 8 20 %0A4  13 35 34 21 %0A4  14 4 2 12 %0A4  15 38 35 13 %0A4  16 24 25 17 %0A4  18 28 29 19 %0A4  19 31 30 18 %0A4  22 10 4 14 %0A4  23 39 38 15 %0A4  25 24 41 42 %0A4  27 26 16 17 %0A4  33 12 20 32 %0A4  33 32 49 57 %0A4  36 14 12 33 %0A4  37 22 14 36 %0A4  38 60 58 35 %0A4  39 52 60 38 %0A4  41 53 54 42 %0A4  43 26 27 44 %0A4  45 55 56 46 %0A4  46 29 28 45 %0A4  47 30 31 48 %0A4  48 56 55 47 %0A4  51 37 36 59 %0A4  52 64 70 60 %0A4  54 53 43 44 %0A4  57 49 61 67 %0A4  58 50 34 35 %0A4  59 36 33 57 %0A4  60 70 68 58 %0A4  63 51 59 69 %0A4  64 66 72 70 %0A4  66 63 69 72 %0A4  68 62 50 58 %0A4  68 71 65 62 %0A4  69 59 57 67 %0A4  70 72 71 68 %0A4  71 67 61 65 %0A4  72 69 67 71 %0A%0A%0A%0A37%0A1 4 5 7 10 11 14 15 18 19 %0A22 23 28 29 30 31 36 37 38 39 %0A40 45 46 47 48 51 52 55 56 59 %0A60 63 64 66 69 70 72 %0A%0A%0Atip 40%0A%0A";
927

928// src/worker/legacy/resources/com/vzome/core/parts/bigzome/index.js
929var shapes = {
930  "blue": blue_default,
931  "connector": connector_default,
932  "red": red_default,
933  "yellow": yellow_default
934};
935var bigzome_default = shapes;
936
937// src/worker/legacy/resources/com/vzome/core/parts/default/apple.vef
938var apple_default = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A scale  (0,1/2) %0A%0A17%0A(0,0)  (-2,3/2)  (3/2,-1)  (-9/2,-3/2) %0A(0,0)  (0,-1/2)  (3/2,-1)  (-9/2,-3/2) %0A(0,0)  (1,-3/2)  (3/2,-2)  (-3/2,-3/2) %0A(0,0)  (-1,1/2)  (3/2,-2)  (-3/2,-3/2) %0A(0,0)  (-2,1)  (2,-1)  (-6,-1) %0A(0,0)  (-1,1/2)  (-1/2,2)  (-3/2,-3/2) %0A(0,0)  (1,-3/2)  (-1/2,2)  (-3/2,-3/2) %0A(0,0)  (0,-1/2)  (-1/2,3)  (-9/2,-3/2) %0A(0,0)  (-2,3/2)  (-1/2,3)  (-9/2,-3/2) %0A(0,0)  (0,-1)  (0,3)  (-6,-1) %0A(0,0)  (0,-1)  (2,-1)  (-6,-1) %0A(0,0)  (-1,1)  (-1,2)  (0,-2) %0A(0,0)  (1,-1)  (-1,2)  (0,-2) %0A(0,0)  (-1,0)  (1,1)  (-6,-3) %0A(0,0)  (-2,1)  (0,3)  (-6,-1) %0A(0,0)  (1,-1)  (1,-2)  (0,-2) %0A(0,0)  (-1,1)  (1,-2)  (0,-2) %0A%0A%0A%0A0%0A%0A%0A%0A12%0A4 0 1 2 3%0A4 5 6 7 8%0A4 4 10 1 0%0A4 11 12 6 5%0A4 3 5 8 0%0A4 6 2 1 7%0A4 7 1 10 9%0A4 8 7 9 14%0A4 15 2 6 12%0A4 16 11 5 3%0A4 0 8 14 4%0A4 3 2 15 16%0A%0A%0A%0A9%0A 4 9 10 1 13 0 7 14 8%0A%0Atip 13%0A";
939
940// src/worker/legacy/resources/com/vzome/core/parts/default/black.vef
941var black_default = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A%0A17%0A(0,0) (-1/2,-1) (0,-1) (-1/2,1/2)%0A(0,0) (-1/2,-2) (-1,0) (1/2,-3/2)%0A(0,0) (-1,-1) (-3/2,1/2) (-1/2,0)%0A(0,0) (-1,0) (-1/2,-1/2) (-3/2,2)%0A(0,0) (-2,0) (-1/2,-3/2) (-3/2,1)%0A(0,0) (-1,-1) (-1/2,-1/2) (1/2,-2)%0A(0,0) (-3/2,-1) (0,-2) (-1/2,-1/2)%0A(0,0) (-1,-2) (-1/2,-3/2) (-1/2,0)%0A(0,0) (-1/2,0) (0,0) (1/2,-3/2)%0A(0,0) (-1,0) (1/2,-3/2) (-1/2,0)%0A(0,0) (0,-1) (-1/2,1/2) (1/2,-1)%0A(0,0) (-3/2,0) (-1,0) (-1/2,-1/2)%0A(0,0) (-3/2,-1) (-1,-1) (-3/2,3/2)%0A(0,0) (-3/2,1) (0,-1) (-3/2,3/2)%0A(0,0) (-2,-1) (-1,-1) (-1,0)%0A(0,0) (-1,1) (-1/2,1/2) (-1/2,0)%0A(0,0) (-1/2,0) (-1,1) (-1/2,1/2)%0A%0A%0A%0A0%0A%0A%0A%0A12%0A4 0 1 2 3%0A4 5 6 7 1%0A4 8 9 0 10%0A4 11 2 12 4%0A4 13 11 5 9%0A4 4 6 5 11%0A4 3 2 11 13%0A4 15 13 9 8%0A4 3 13 15 16%0A4 16 10 0 3%0A4 9 5 1 0%0A4 1 7 12 2%0A%0A%0A%0A9%0A 4 6 1 14 2 7 5 11 12%0A%0Atip 14%0A";
942
943// src/worker/legacy/resources/com/vzome/core/parts/default/blue.vef
944var blue_default2 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0Aactual%0Ascale (1/2,0)%0A%0A9%0A(0,0)  (0,4)  (-1,2)  (2,-3) %0A(0,0)  (0,4)  (-1,2)  (-2,3) %0A(0,0)  (2,-2)  (-1,2)  (-2,3) %0A(0,0)  (2,-2)  (-1,2)  (2,-3) %0A(0,0)  (0,4)  (1,-2)  (2,-3) %0A(0,0)  (2,-2)  (1,-2)  (2,-3) %0A(0,0)  (2,-2)  (1,-2)  (-2,3) %0A(0,0)  (0,4)  (1,-2)  (-2,3) %0A(0,0)  (2,2)  (0,0)  (0,0) %0A%0A%0A%0A0%0A%0A%0A%0A4%0A4 0 1 2 3%0A4 5 6 7 4%0A4 5 4 0 3%0A4 1 7 6 2%0A%0A%0A%0A5%0A 4 0 1 8 7%0A%0A%0Atip 8%0A";
945
946// src/worker/legacy/resources/com/vzome/core/parts/default/brown.vef
947var brown_default = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0Ascale (1/2,0)%0A%0A17%0A(0,0)  (-3/2,2)  (-5

947/2,7/2)  (1,7/2) %0A(0,0)  (1,-5/2)  (-3/2,2)  (3/2,3/2) %0A(0,0)  (-3/2,5/2)  (1,-3/2)  (3/2,0) %0A(0,0)  (-3/2,5/2)  (-3,9/2)  (3/2,0) %0A(0,0)  (-1,2)  (-2,3)  (2,-2) %0A(0,0)  (-1,2)  (2,-3)  (2,-2) %0A(0,0)  (1,-5/2)  (5/2,-4)  (3/2,3/2) %0A(0,0)  (1/2,-2)  (3/2,-5/2)  (1,7/2) %0A(0,0)  (-1,3/2)  (5/2,-4)  (3/2,3/2) %0A(0,0)  (1,-2)  (2,-3)  (2,-2) %0A(0,0)  (1,-2)  (-2,3)  (2,-2) %0A(0,0)  (1/2,-3/2)  (-3,9/2)  (3/2,0) %0A(0,0)  (1/2,-3/2)  (1,-3/2)  (3/2,0) %0A(0,0)  (-3/2,2)  (3/2,-5/2)  (1,7/2) %0A(0,0)  (-1,3/2)  (-3/2,2)  (3/2,3/2) %0A(0,0)  (1/2,-2)  (-5/2,7/2)  (1,7/2) %0A(0,0)  (-1/2,0)  (-1/2,1/2)  (3,3/2) %0A%0A%0A%0A0%0A%0A%0A%0A12%0A4 2 3 4 5%0A4 9 10 11 12%0A4 3 11 10 4%0A4 7 13 8 6%0A4 14 1 11 3%0A4 0 15 1 14%0A4 12 2 5 9%0A4 13 0 14 8%0A4 6 1 15 7%0A4 8 14 3 2%0A4 6 8 2 12%0A4 12 11 1 6%0A%0A%0A%0A9%0A 0 1 6 7 8 14 13 16 15%0A%0Atip 16%0A";
948
949// src/worker/legacy/resources/com/vzome/core/parts/default/cinnamon.vef
950var cinnamon_default = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0Ascale (1/2,0)%0A%0A17%0A(0,0)  (13,-21)  (7,-10)  (6,-4) %0A(0,0)  (2,-3)  (3,-3)  (2,4) %0A(0,0)  (0,1)  (3,-3)  (2,4) %0A(0,0)  (11,-17)  (7,-10)  (6,-4) %0A(0,0)  (11,-17)  (3,-4)  (6,-4) %0A(0,0)  (0,1)  (-1,3)  (2,4) %0A(0,0)  (1,-2)  (-2,3)  (2,-2) %0A(0,0)  (-1,2)  (-2,3)  (2,-2) %0A(0,0)  (-12,20)  (-6,10)  (-2,6) %0A(0,0)  (-10,16)  (-6,10)  (-2,6) %0A(0,0)  (-12,20)  (-2,4)  (-2,6) %0A(0,0)  (1,-1)  (1,0)  (4,2) %0A(0,0)  (13,-21)  (3,-4)  (6,-4) %0A(0,0)  (-10,16)  (-2,4)  (-2,6) %0A(0,0)  (-1,2)  (2,-3)  (2,-2) %0A(0,0)  (1,-2)  (2,-3)  (2,-2) %0A(0,0)  (2,-3)  (-1,3)  (2,4) %0A%0A%0A%0A0%0A%0A%0A%0A12%0A4 0 1 2 3%0A4 6 7 8 9%0A4 4 3 2 5%0A4 4 8 10 3%0A4 13 10 14 15%0A4 9 8 4 12%0A4 12 4 5 16%0A4 0 3 10 13%0A4 12 0 13 9%0A4 7 14 10 8%0A4 12 16 1 0%0A4 9 13 15 6%0A%0A%0A%0A9%0A 4 1 5 3 2 11 12 16 0%0A%0Atip 11%0A";
951
952// src/worker/legacy/resources/com/vzome/core/parts/default/connector.vef
953var connector_default2 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A%0A60%0A(0,0) (1/2,-1/2) (-1/2,0) (1,-1)%0A(0,0) (1/2,0) (-1,1) (1/2,-1/2)%0A(0,0) (1,-1) (-1/2,1/2) (1/2,0)%0A(0,0) (0,1) (1/2,-1/2) (-1/2,1)%0A(0,0) (1/2,0) (1,-1) (1/2,-1/2)%0A(0,0) (1,-1) (1/2,-1/2) (1/2,0)%0A(0,0) (1/2,0) (0,0) (-1/2,3/2)%0A(0,0) (-1/2,1) (0,-1) (1/2,-1/2)%0A(0,0) (1/2,-1) (0,-1) (1/2,-1/2)%0A(0,0) (1/2,-1) (0,-1) (-1/2,1/2)%0A(0,0) (-1/2,1) (0,-1) (-1/2,1/2)%0A(0,0) (0,1) (-1/2,1/2) (1/2,-1)%0A(0,0) (1/2,0) (-1,1) (-1/2,1/2)%0A(0,0) (1,-1) (-1/2,1/2) (-1/2,0)%0A(0,0) (1/2,0) (0,0) (1/2,-3/2)%0A(0,0) (0,0) (-1/2,3/2) (-1/2,0)%0A(0,0) (1/2,-1/2) (1/2,0) (-1,1)%0A(0,0) (1,-1) (1/2,-1/2) (-1/2,0)%0A(0,0) (1/2,-1/2) (-1/2,1) (0,-1)%0A(0,0) (0,1) (1/2,-1/2) (1/2,-1)%0A(0,0) (-1/2,1/2) (-1/2,0) (1,-1)%0A(0,0) (0,0) (1/2,-3/2) (1/2,0)%0A(0,0) (1/2,0) (1,-1) (-1/2,1/2)%0A(0,0) (-1/2,3/2) (1/2,0) (0,0)%0A(0,0) (1/2,-3/2) (1/2,0) (0,0)%0A(0,0) (-1/2,0) (1,-1) (1/2,-1/2)%0A(0,0) (-1/2,1/2) (1/2,0) (1,-1)%0A(0,0) (1/2,-1) (0,1) (1/2,-1/2)%0A(0,0) (1/2,-1/2) (1/2,-1) (0,-1)%0A(0,0) (-1/2,1) (0,1) (1/2,-1/2)%0A(0,0) (1/2,-1/2) (1/2,0) (1,-1)%0A(0,0) (-1/2,0) (-1,1) (1/2,-1/2)%0A(0,0) (1/2,-3/2) (-1/2,0) (0,0)%0A(0,0) (0,0) (-1/2,3/2) (1/2,0)%0A(0,0) (1/2,-1/2) (-1/2,0) (-1,1)%0A(0,0) (0,0) (1/2,-3/2) (-1/2,0)%0A(0,0) (0,-1) (1/2,-1/2) (-1/2,1)%0A(0,0) (-1/2,0) (0,0) (-1/2,3/2)%0A(0,0) (-1,1) (1/2,-1/2) (1/2,0)%0A(0,0) (0,1) (-1/2,1/2) (-1/2,1)%0A(0,0) (-1/2,1/2) (-1/2,0) (-1,1)%0A(0,0) (0,-1) (1/2,-1/2) (1/2,-1)%0A(0,0) (0,-1) (-1/2,1/2) (1/2,-1)%0A(0,0) (0,-1) (-1/2,1/2) (-1/2,1)%0A(0,0) (-1/2,1) (0,1) (-1/2,1/2)%0A(0,0) (-1/2,0) (1,-1) (-1/2,1/2)%0A(0,0) (1/2,-1) (0,1) (-1/2,1/2)%0A(0,0) (-1/2,1/2) (1/2,0) (-1,1)%0A(0,0) (-1,1) (-1/2,1/2) (1/2,0)%0A(0,0) (1/2,-1/2) (-1/2,1) (0,1)%0A(0,0) (-1/2,1/2) (-1/2,1) (0,-1)%0A(0,0) (-1/2,1/2) (-1/2,1) (0,1)%0A(0,0) (-1/2,1/2) (1/2,-1) (0,1)%0A(0,0) (1/2,-1/2) (1/2,-1) (0,1)%0A(0,0) (-1/2,3/2) (-1/2,0) (0,0)%0A(0,0) (-1/2,0) (0,0) (1/2,-3/2)%0A(0,0) (-1,1) (-1/2,1/2) (-1/2,0)%0A(0,0) (-1/2,1/2) (1/2,-1) (0,-1)%0A(0,0) (-1,1) (1/2,-1/2) (-1/2,0)%0A(0,0) (-1/2,0) (-1,1) (-1/2,1/2)%0A%0A%0A%0A0%0A%0A%0A%0A62%0A3 0 1 2%0A4 3 4 5 6%0A4 7 8 9 10%0A4 11 12 13 

95314%0A4 15 16 17 18%0A3 11 14 19%0A5 20 8 7 0 21%0A5 19 22 23 4 3%0A4 24 25 26 27%0A5 13 28 18 17 14%0A4 29 30 4 23%0A4 8 20 31 32%0A5 27 26 33 30 29%0A4 28 13 34 35%0A4 25 36 37 38%0A3 39 3 6%0A5 9 40 35 34 10%0A4 36 41 42 43%0A3 44 29 23%0A5 45 41 36 25 24%0A4 46 47 45 24%0A3 20 48 31%0A4 49 5 30 33%0A3 50 15 18%0A4 51 52 53 49%0A4 1 39 6 2%0A3 51 49 33%0A5 15 47 46 44 16%0A3 34 13 12%0A4 44 46 27 29%0A3 30 5 4%0A3 7 10 54%0A5 53 2 6 5 49%0A3 41 55 42%0A4 56 57 35 40%0A4 57 50 18 28%0A5 55 58 50 57 56%0A4 0 7 54 1%0A4 50 58 47 15%0A3 46 24 27%0A3 52 21 53%0A3 47 58 45%0A4 10 34 12 54%0A4 39 11 19 3%0A5 37 48 52 51 38%0A4 14 17 22 19%0A4 16 44 23 22%0A4 32 59 40 9%0A4 38 51 33 26%0A4 21 0 2 53%0A4 41 45 58 55%0A3 8 32 9%0A3 17 16 22%0A3 57 28 35%0A3 59 56 40%0A3 25 38 26%0A4 52 48 20 21%0A4 55 56 59 42%0A4 43 31 48 37%0A5 31 43 42 59 32%0A3 36 43 37%0A5 54 12 11 39 1%0A%0A%0A%0A0%0A%0A%0A";
954
955// src/worker/legacy/resources/com/vzome/core/parts/default/coral.vef
956var coral_default = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A scale  (0,1/2) %0A%0A15%0A(0,0)  (-3,0)  (2,4)  (-5,1) %0A(0,0)  (-2,-2)  (1,5)  (-3,-2) %0A(0,0)  (-2,-2)  (2,5)  (-3,-3) %0A(0,0)  (-1,0)  (1,0)  (1,-4) %0A(0,0)  (-2,2)  (1,-1)  (-1,0) %0A(0,0)  (-1,0)  (2,-2)  (-1,1) %0A(0,0)  (0,-2)  (2,-1)  (1,-3) %0A(0,0)  (-1,-4)  (2,4)  (-3,-1) %0A(0,0)  (-2,-3)  (3,3)  (-2,-4) %0A(0,0)  (-1,-4)  (3,4)  (-3,-2) %0A(0,0)  (-2,-2)  (3,3)  (-5,2) %0A(0,0)  (-2,2)  (2,-1)  (-1,-1) %0A(0,0)  (-1,1)  (1,0)  (-2,2) %0A(0,0)  (-1,0)  (3,-2)  (-1,0) %0A(0,0)  (-3,-2)  (4,3)  (-4,-2) %0A%0A%0A%0A0%0A%0A%0A%0A16%0A3 1 2 0%0A4 3 4 5 6%0A3 8 7 9%0A3 7 10 9%0A3 1 8 2%0A3 11 4 3%0A4 0 2 9 10%0A4 11 3 1 0%0A3 12 11 13%0A4 7 1 3 6%0A3 13 6 5%0A4 0 10 13 11%0A4 10 7 6 13%0A3 12 13 5%0A3 8 1 7%0A3 11 12 4%0A%0A%0A%0A8%0A 0 1 7 8 10 9 14 2%0A%0Atip 14%0A";
957
958// src/worker/legacy/resources/com/vzome/core/parts/default/green-short.vef
959var green_short_default = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A%0A15%0A(0,0) (1/2,-1/2) (1/2,-1) (0,1)%0A(0,0) (1/2,-1/2) (-1/2,1) (0,1)%0A(0,0) (1,-1) (-1/2,1/2) (1/2,0)%0A(0,0) (1,-1) (1/2,-1/2) (1/2,0)%0A(0,0) (1/2,0) (0,0) (-1/2,3/2)%0A(0,0) (1,-1/2) (0,0) (3/2,-1)%0A(0,0) (1/2,1/2) (-1/2,1/2) (1/2,1/2)%0A(0,0) (1/2,1/2) (1/2,-1/2) (1/2,1/2)%0A(0,0) (0,3/2) (0,0) (-1/2,2)%0A(0,0) (1/2,1) (0,0) (3/2,-1/2)%0A(0,0) (0,2) (-1/2,1/2) (1/2,1)%0A(0,0) (0,2) (1/2,-1/2) (1/2,1)%0A(0,0) (1/2,3/2) (1/2,-1) (1,0)%0A(0,0) (1/2,3/2) (-1/2,1) (1,0)%0A(0,0) (1,1) (0,0) (1,1)%0A%0A%0A%0A0%0A%0A%0A%0A14%0A3  0 6 5 %0A3  1 0 5 %0A3  3 1 7 %0A3  5 7 1 %0A3  6 0 2 %0A3  6 12 10 %0A3  7 11 13 %0A3  8 13 12 %0A3  12 6 8 %0A3  13 8 7 %0A4  3 7 8 4 %0A4  4 8 6 2 %0A4  5 6 10 9 %0A4  9 11 7 5 %0A%0A%0A%0A10%0A5 6 7 8 9 10 11 12 13 14 %0A%0A%0A%0Atip 14%0A%0A";
960
961// src/worker/legacy/resources/com/vzome/core/parts/default/green.vef
962var green_default = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0Ascale (1/2,0)%0A%0A19%0A(0,0)  (-2,7)  (0,0)  (-1,5) %0A(0,0)  (3,0)  (-2,3)  (0,4) %0A(0,0)  (-4,10)  (1,-2)  (-4,10) %0A(0,0)  (-4,10)  (-1,2)  (-4,10) %0A(0,0)  (-6,13)  (0,0)  (-7,15) %0A(0,0)  (-1,2)  (-2,3)  (2,-2) %0A(0,0)  (-2,4)  (1,-2)  (0,1) %0A(0,0)  (6,-8)  (1,-2)  (6,-8) %0A(0,0)  (4,-2)  (-1,2)  (2,1) %0A(0,0)  (3,0)  (2,-3)  (0,4) %0A(0,0)  (4,-2)  (1,-2)  (2,1) %0A(0,0)  (2,1)  (0,0)  (-1,6) %0A(0,0)  (4,-5)  (0,0)  (3,-3) %0A(0,0)  (-1,2)  (2,-3)  (2,-2) %0A(0,0)  (8,-11)  (0,0)  (9,-13) %0A(0,0)  (6,-8)  (-1,2)  (6,-8) %0A(0,0)  (-2,4)  (-1,2)  (0,1) %0A(0,0)  (0,1)  (0,0)  (3,-4) %0A(0,0)  (2,2)  (0,0)  (2,2) %0A%0A%0A%0A0%0A%0A%0A%0A18%0A3 0 1 2%0A3 5 6 7%0A3 3 8 9%0A4 4 2 10 11%0A4 12 7 2 4%0A3 13 5 12%0A4 7 14 0 2%0A4 14 15 3 0%0A4 15 12 4 3%0A3 1 10 2%0A3 9 0 3%0A3 9 1 0%0A3 16 13 15%0A3 13 12 15%0A4 6 17 14 7%0A4 3 4 11 8%0A3 5 7 12%0A4 17 16 15 14%0A%0A%0A%0A10%0A 0 3 4 1 9 11 2 10 18 8%0A%0Atip 18%0A";
963
964// src/worker/legacy/resources/com/vzome/core/parts/default/lavender.vef
965var lavender_default = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A scale  (1/2,0) %0A%0A15%0A(0,0)  (0,-2)  (-4,10)  (-4,4) %0A(0,0)  (2,-5)  (-3,8)  (-5,5) %0A(0,0)  (-3,4)  (7,-10)  (-1,0) %0A(0,0)  (-5,7)  (6,-8)  (0,-1) %0A(0,0)  (2,-5)  (-5,12)  (-1,-1) %0A(0,0)  (4,-8)  (-4,10)  (-2,0) %0A(0,0)  (-1,0)  (4,-2)  (-3,1) %0A(0,0)  (-3,3)  (3,0)  (-2,0) %0A(0,0)  (-3,4)  (5,-6)  (3,-6) %0A(0,0)  (-1,1)  (6,-8)  (2,-5) %0A(0,0)  (2,-4)  (-1,2)  (0,-1) %0A(0,0)  (0,-1)  (-2,4)  (1,-2) %0A(0,0)  (1,-2)  (0,1)  (2,-4) %0A(0,0)  (-2,1)  (2,1)  (-4,3) %0A(0,0)  (-1,-1)  (2,2)  (-2,-1) %0A%0A%0A%0A0%0A%0A%0A%0A16%0A4 0 1 2 3%0A4 4 5 6 7%0A4 4 0 3 8%0A3 2 9 10%0A3 8 3 11%0A3 8 11 12%0A3 9 12 10%0A3 0 4 7%0A3 9 8 12%0A3 5 1 6%0A4 8 9 5 4%0A4 3 2 10 11%0A3 1 0 13%0A3 1 13 6%0A3 0 7 13%0A4 5 9 2 1%0A%0A%0A%0A8%0A 5 1 4 0 7 14 6 13%0A%0Atip 14%0A";
966
967// src/worker/legacy/resources/com/vzome/core/parts/default/maroon.vef
968var maroon_default = "data:text/plain;

968charset=utf-8,vZome VEF 6 field golden%0Ascale (1/2,0)%0A%0A17%0A(0,0)  (-1,2)  (-2,3)  (2,-2) %0A(0,0)  (-1,2)  (2,-3)  (2,-2) %0A(0,0)  (-2,4)  (2,-3)  (1,1) %0A(0,0)  (-2,4)  (-2,3)  (1,1) %0A(0,0)  (0,1)  (0,0)  (3,2) %0A(0,0)  (0,1)  (2,-3)  (2,1) %0A(0,0)  (0,0)  (2,-3)  (1,1) %0A(0,0)  (2,-3)  (2,-3)  (2,1) %0A(0,0)  (1,-1)  (-2,3)  (1,4) %0A(0,0)  (2,-3)  (-2,3)  (2,1) %0A(0,0)  (0,1)  (-2,3)  (2,1) %0A(0,0)  (-1,3)  (-2,3)  (1,4) %0A(0,0)  (1,-1)  (2,-3)  (1,4) %0A(0,0)  (0,0)  (-2,3)  (1,1) %0A(0,0)  (1,-2)  (-2,3)  (2,-2) %0A(0,0)  (-1,3)  (2,-3)  (1,4) %0A(0,0)  (1,-2)  (2,-3)  (2,-2) %0A%0A%0A%0A0%0A%0A%0A%0A12%0A4 0 1 2 3%0A4 5 2 6 7%0A4 8 9 10 11%0A4 3 2 5 10%0A4 0 3 13 14%0A4 7 12 15 5%0A4 9 7 6 13%0A4 13 6 16 14%0A4 2 1 16 6%0A4 3 10 9 13%0A4 10 5 15 11%0A4 8 12 7 9%0A%0A%0A%0A9%0A 4 12 8 11 10 9 7 15 5%0A%0Atip 4%0A";
969
970// src/worker/legacy/resources/com/vzome/core/parts/default/navy.vef
971var navy_default = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A scale  (1/2,0) %0A%0A19%0A(0,0)  (-1,-1)  (-1,0)  (4,2) %0A(0,0)  (2,-4)  (-5,8)  (1,1) %0A(0,0)  (1,-2)  (2,-3)  (2,-2) %0A(0,0)  (2,-4)  (-1,2)  (0,1) %0A(0,0)  (-1,0)  (-1,0)  (1,6) %0A(0,0)  (-2,1)  (1,-3)  (2,4) %0A(0,0)  (-6,15/2)  (7/2,-7)  (3/2,7/2) %0A(0,0)  (-3,3)  (2,-4)  (-3,11) %0A(0,0)  (-2,1)  (-3,3)  (2,4) %0A(0,0)  (-3,3)  (0,-2)  (4,1) %0A(0,0)  (-3,3)  (4,-8)  (3,1) %0A(0,0)  (5,-17/2)  (-9/2,7)  (5/2,-3/2) %0A(0,0)  (0,-3/2)  (5/2,-5)  (-3/2,17/2) %0A(0,0)  (2,-4)  (-3,4)  (7,-9) %0A(0,0)  (-1,1/2)  (-7/2,5)  (11/2,-13/2) %0A(0,0)  (0,-1)  (0,0)  (3,-4) %0A(0,0)  (-3,3)  (-2,2)  (4,1) %0A(0,0)  (1,-2)  (-2,3)  (2,-2) %0A(0,0)  (2,-4)  (1,-2)  (0,1) %0A%0A%0A%0A0%0A%0A%0A%0A20%0A3 1 2 3%0A3 6 5 7%0A3 9 8 10%0A3 10 8 6%0A3 8 5 6%0A4 11 1 7 12%0A4 13 10 6 14%0A4 15 14 1 3%0A3 12 7 16%0A3 13 17 11%0A3 16 7 5%0A3 2 1 11%0A3 11 17 2%0A3 13 18 17%0A3 18 14 15%0A4 7 1 14 6%0A3 13 14 18%0A4 10 12 4 9%0A3 4 12 16%0A4 10 13 11 12%0A%0A%0A%0A10%0A 0 4 5 8 10 7 16 9 6 12%0A%0Atip 0%0A";
972
973// src/worker/legacy/resources/com/vzome/core/parts/default/olive.vef
974var olive_default = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0Ascale (1/2,0)%0A%0A19%0A(0,0)  (1,-3)  (-1,0)  (-2,4) %0A(0,0)  (0,-2)  (1,-3)  (-1,2) %0A(0,0)  (0,-3)  (1,-4)  (1,-1) %0A(0,0)  (1,-4)  (-1,-1)  (0,1) %0A(0,0)  (-2,2)  (-3,3)  (-1,2) %0A(0,0)  (0,-1)  (2,-4)  (1,-2) %0A(0,0)  (-3,4)  (0,-1)  (0,0) %0A(0,0)  (-3,2)  (-1,-1)  (2,-3) %0A(0,0)  (-3,3)  (-1,0)  (0,0) %0A(0,0)  (-2,1)  (-3,2)  (1,-1) %0A(0,0)  (0,-1)  (2,-4)  (-1,2) %0A(0,0)  (-2,2)  (1,-2)  (2,-3) %0A(0,0)  (-2,2)  (1,-2)  (-2,3) %0A(0,0)  (-2,0)  (-4,3)  (1,-1) %0A(0,0)  (-2,0)  (-4,3)  (-1,3) %0A(0,0)  (0,-3)  (-3,1)  (-2,4) %0A(0,0)  (0,-3)  (-3,1)  (2,-2) %0A(0,0)  (1,-5)  (-2,0)  (0,1) %0A(0,0)  (-2,-1)  (-2,-1)  (0,1) %0A%0A%0A%0A0%0A%0A%0A%0A20%0A4 0 1 2 3%0A3 4 5 6%0A4 7 8 4 9%0A3 0 10 11%0A3 1 12 8%0A4 0 3 9 4%0A3 2 14 3%0A3 7 9 15%0A3 3 14 16%0A4 17 2 7 13%0A4 7 2 1 8%0A3 8 12 5%0A3 4 8 5%0A4 10 0 4 6%0A3 7 15 13%0A3 1 11 12%0A3 2 17 14%0A3 0 11 1%0A3 3 16 9%0A3 9 16 15%0A%0A%0A%0A10%0A 13 14 3 9 2 18 16 17 7 15%0A%0Atip 18%0A";
975
976// src/worker/legacy/resources/com/vzome/core/parts/default/orange.vef
977var orange_default = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A%0A15%0A(0,0) (-1/2,1) (0,1) (-1/2,1/2)%0A(0,0) (-1/2,1) (0,1) (1/2,-1/2)%0A(0,0) (-1/2,3/2) (1/2,0) (0,0)%0A(0,0) (1/2,0) (1,0) (-1/2,1/2)%0A(0,0) (1/2,0) (1,0) (1/2,-1/2)%0A(0,0) (-1/2,2) (1,0) (-1/2,1/2)%0A(0,0) (-1/2,2) (1,0) (1/2,-1/2)%0A(0,0) (5/2,-1) (2,2) (-1/2,1/2)%0A(0,0) (5/2,-1) (2,2) (1/2,-1/2)%0A(0,0) (3/2,1) (2,2) (-1/2,1/2)%0A(0,0) (3/2,1) (2,2) (1/2,-1/2)%0A(0,0) (5/2,-1/2) (5/2,2) (0,0)%0A(0,0) (5/2,0) (3,1) (-1/2,1/2)%0A(0,0) (5/2,0) (3,1) (1/2,-1/2)%0A(0,0) (2,1) (3,2) (0,0)%0A%0A%0A%0A0%0A%0A%0A%0A16%0A3  0 3 5 %0A3  1 0 2 %0A3  1 2 6 %0A3  5 2 0 %0A3  6 4 1 %0A3  9 7 12 %0A3  11 12 7 %0A3  13 8 10 %0A3  13 11 8 %0A3  13 12 11 %0A4  1 4 3 0 %0A4  5 3 7 9 %0A4  10 8 4 6 %0A4  12 13 10 9 %0A5  3 4 8 11 7 %0A5  6 2 5 9 10 %0A%0A%0A%0A8%0A7 8 9 10 11 12 13 14 %0A%0A%0Atip 14%0A%0A";
978
979// src/worker/legacy/resources/com/vzome/core/parts/default/purple.vef
980var purple_default = "data:text/plain;

980charset=utf-8,vZome VEF 6 field golden%0A%0A19%0A(0,0) (-1/2,3/2) (1/2,0) (0,0)%0A(0,0) (1/2,0) (1,-1) (-1/2,1/2)%0A(0,0) (1/2,0) (1,-1) (1/2,-1/2)%0A(0,0) (0,1) (1/2,-1/2) (1/2,-1)%0A(0,0) (0,1) (1/2,-1/2) (-1/2,1)%0A(0,0) (1,0) (3/2,-2) (-1/2,1/2)%0A(0,0) (1,0) (3/2,-2) (1/2,-1/2)%0A(0,0) (1,0) (1/2,0) (-1/2,1/2)%0A(0,0) (1,0) (1/2,0) (1/2,-1/2)%0A(0,0) (2,2) (1/2,1) (-1/2,1/2)%0A(0,0) (2,2) (1/2,1) (1/2,-1/2)%0A(0,0) (2,2) (-1/2,3) (-1/2,1/2)%0A(0,0) (2,2) (-1/2,3) (1/2,-1/2)%0A(0,0) (3,1) (1/2,3/2) (1/2,-1)%0A(0,0) (3,1) (1/2,3/2) (-1/2,1)%0A(0,0) (5/2,2) (0,2) (-1/2,1/2)%0A(0,0) (5/2,2) (0,2) (1/2,-1/2)%0A(0,0) (7/2,1/2) (1/2,1) (0,0)%0A(0,0) (3,2) (1,1) (0,0)%0A%0A%0A%0A0%0A%0A%0A%0A22%0A3  1 0 7 %0A3  3 1 5 %0A3  6 2 4 %0A3  7 0 8 %0A3  7 5 1 %0A3  8 0 2 %0A3  8 2 6 %0A3  9 11 15 %0A3  9 15 17 %0A3  9 17 10 %0A3  10 16 12 %0A3  10 17 16 %0A3  12 16 14 %0A3  13 15 11 %0A4  6 4 3 5 %0A4  9 10 6 5 %0A4  11 9 5 7 %0A4  12 8 6 10 %0A4  12 11 7 8 %0A4  12 14 13 11 %0A5  2 0 1 3 4 %0A5  13 14 16 17 15 %0A%0A%0A%0A10%0A9 10 11 12 13 14 15 16 17 18 %0A%0A%0A%0Atip 18%0A%0A";
981
982// src/worker/legacy/resources/com/vzome/core/parts/default/red-short.vef
983var red_short_default = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A%0A11%0A(0,0) (-1/2,1/2) (-1/2,-1) (0,-1)%0A(0,0) (-1/2,1/2) (-1/2,0) (-1,1)%0A(0,0) (1/2,-1) (-1,0) (-1/2,-1/2)%0A(0,0) (1/2,-1) (0,-1) (-1/2,1/2)%0A(0,0) (0,0) (-1,-1) (-1,0)%0A(0,0) (0,0) (-3/2,1/2) (-1/2,0)%0A(0,0) (0,0) (1/2,-3/2) (-1/2,0)%0A(0,0) (-1/2,1) (-1,0) (-1/2,-1/2)%0A(0,0) (-1/2,1) (0,-1) (-1/2,1/2)%0A(0,0) (1/2,-1/2) (-1/2,-1) (0,-1)%0A(0,0) (1/2,-1/2) (-1/2,0) (-1,1)%0A%0A%0A%0A0%0A%0A%0A%0A10%0A3  0 5 3 %0A3  1 6 2 %0A3  2 0 1 %0A3  3 1 0 %0A3  5 9 8 %0A3  6 10 7 %0A3  7 2 6 %0A3  8 3 5 %0A3  9 7 10 %0A3  10 8 9 %0A%0A%0A%0A6%0A0 2 4 5 7 9 %0A%0Atip 4%0A";
984
985// src/worker/legacy/resources/com/vzome/core/parts/default/red.vef
986var red_default2 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A%0A21%0A(0,0) (-1/2,1/2) (3/2,1) (-2,1)%0A(0,0) (-1/2,1/2) (5/2,1) (0,-3)%0A(0,0) (1/2,-1) (3,0) (-1/2,-5/2)%0A(0,0) (1/2,-1/2) (1/2,0) (-1,1)%0A(0,0) (0,0) (-1/2,3/2) (-1/2,0)%0A(0,0) (0,0) (1/2,5/2) (-3/2,0)%0A(0,0) (1/2,-1/2) (3/2,1) (-2,1)%0A(0,0) (-1/2,1/2) (7/2,2) (-1,-3)%0A(0,0) (1/2,-1) (1,2) (-3/2,1/2)%0A(0,0) (-1/2,1) (1,2) (-3/2,1/2)%0A(0,0) (0,0) (7/2,-1/2) (-1/2,-2)%0A(0,0) (1/2,-1/2) (5/2,1) (0,-3)%0A(0,0) (0,0) (9/2,1/2) (-3/2,-2)%0A(0,0) (1/2,-1) (0,1) (-1/2,1/2)%0A(0,0) (-1/2,1) (0,1) (-1/2,1/2)%0A(0,0) (-1/2,1/2) (1/2,0) (-1,1)%0A(0,0) (1/2,-1) (4,1) (-3/2,-5/2)%0A(0,0) (1/2,-1/2) (7/2,2) (-1,-3)%0A(0,0) (-1/2,1) (4,1) (-3/2,-5/2)%0A(0,0) (0,0) (4,2) (-2,-2)%0A(0,0) (-1/2,1) (3,0) (-1/2,-5/2)%0A%0A%0A%0A0%0A%0A%0A%0A20%0A3 0 1 2%0A4 3 4 5 6%0A3 8 9 10%0A3 9 11 10%0A4 13 14 9 8%0A4 4 15 0 5%0A4 2 1 7 16%0A3 0 8 1%0A4 14 3 6 9%0A3 8 10 1%0A3 9 6 11%0A3 5 0 2%0A4 11 20 18 17%0A4 20 2 16 18%0A3 6 5 20%0A4 1 10 12 7%0A3 6 20 11%0A4 15 13 8 0%0A4 10 11 17 12%0A3 5 2 20%0A%0A%0A%0A6%0A 7 12 17 18 19 16%0A%0Atip 19%0A%0Amiddle 9 11 10 0 8 1 5 2 20 6";
987
988// src/worker/legacy/resources/com/vzome/core/parts/default/rose.vef
989var rose_default = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A scale  (1/2,0)%0A%0A17%0A(0,0)  (1,-4)  (1,0)  (1,-4) %0A(0,0)  (-1,-1)  (2,-2)  (-2,1) %0A(0,0)  (-2,0)  (3,-3)  (-3,2) %0A(0,0)  (0,-3)  (2,-1)  (0,-3) %0A(0,0)  (-3,3)  (0,1)  (-3,4) %0A(0,0)  (-1,0)  (-1,3)  (0,-1) %0A(0,0)  (-1,-1)  (0,2)  (2,-5) %0A(0,0)  (-3,2)  (1,0)  (-1,0) %0A(0,0)  (-2,2)  (-1,2)  (-2,3) %0A(0,0)  (-1,0)  (1,-1)  (-4,5) %0A(0,0)  (0,-1)  (0,0)  (-3,4) %0A(0,0)  (-2,0)  (1,1)  (1,-4) %0A(0,0)  (0,-1)  (-2,4)  (1,-2) %0A(0,0)  (2,-4)  (-1,2)  (0,-1) %0A(0,0)  (1,-3)  (0,1)  (-1,0) %0A(0,0)  (-4,3)  (2,-1)  (-2,1) %0A(0,0)  (-2,-1)  (1,1)  (-2,0) %0A%0A%0A%0A0%0A%0A%0A%0A12%0A4 0 1 2 3%0A4 4 5 6 7%0A4 8 4 9 10%0A4 11 6 0 3%0A4 5 12 13 14%0A4 8 12 5 4%0A4 11 15 7 6%0A4 6 5 14 0%0A4 4 7 1 9%0A4 7 15 2 1%0A4 1 0 14 9%0A4 9 14 13 10%0A%0A%0A%0A9%0A 3 2 16 15 1 11 0 6 7%0A%0Atip 16%0A";
990
991// src/worker/legacy/resources/com/vzome/core/parts/default/sand.vef
992var sand_default = "data:text/plain;

992charset=utf-8,vZome VEF 6 field golden%0Ascale (1/2,0)%0A%0A17%0A(0,0)  (0,1)  (-2,4)  (1,4) %0A(0,0)  (2,-3)  (2,-2)  (1,4) %0A(0,0)  (0,0)  (-1,2)  (2,1) %0A(0,0)  (0,0)  (3,-4)  (2,1) %0A(0,0)  (3,-5)  (1,-1)  (1,1) %0A(0,0)  (3,-5)  (-3,5)  (1,1) %0A(0,0)  (2,-3)  (-2,4)  (1,4) %0A(0,0)  (1,-2)  (2,-3)  (2,-2) %0A(0,0)  (1,-2)  (-2,3)  (2,-2) %0A(0,0)  (1,-1)  (1,-1)  (1,1) %0A(0,0)  (-1,2)  (2,-3)  (2,-2) %0A(0,0)  (0,1)  (2,-2)  (1,4) %0A(0,0)  (-2,4)  (-1,2)  (2,1) %0A(0,0)  (-2,4)  (3,-4)  (2,1) %0A(0,0)  (1,-1)  (-3,5)  (1,1) %0A(0,0)  (-1,2)  (-2,3)  (2,-2) %0A(0,0)  (1,-1)  (0,1)  (3,2) %0A%0A%0A%0A0%0A%0A%0A%0A12%0A4 2 3 4 5%0A4 6 1 3 2%0A4 5 4 7 8%0A4 4 9 10 7%0A4 11 13 3 1%0A4 2 5 14 12%0A4 4 3 13 9%0A4 14 5 8 15%0A4 12 13 11 0%0A4 6 2 12 0%0A4 14 9 13 12%0A4 15 10 9 14%0A%0A%0A%0A9%0A 0 1 2 6 11 12 16 3 13%0A%0Atip 16%0A";
993
994// src/worker/legacy/resources/com/vzome/core/parts/default/snubDiagonal.vef
995var snubDiagonal_default = "data:text/plain;charset=utf-8,vZome VEF 6 field snubDodec%0A%0Ascale (0,0,0,0,0,1/2)%0A%0A19%0A(0,0,0,0,0,0)  (-2,-2,4,2,10,6)  (4,2,-6,-4,-5,-3)  (-2,0,2,2,1,-4) %0A(0,0,0,0,0,0)  (2,-4,2,-2,-2,7)  (2,-2,0,-2,2,-5)  (-4,6,-2,4,12,-19) %0A(0,0,0,0,0,0)  (0,0,0,0,1,0)  (0,0,0,0,-2,2)  (0,0,0,0,1,-1) %0A(0,0,0,0,0,0)  (0,0,0,0,-1,3)  (0,0,0,0,-1,0)  (0,0,0,0,0,0) %0A(0,0,0,0,0,0)  (2,-4,2,-2,-1,5)  (2,-2,0,-2,1,-4)  (-4,6,-2,4,12,-20) %0A(0,0,0,0,0,0)  (-2,-2,4,2,10,6)  (4,2,-6,-4,-5,-3)  (-2,0,2,2,-1,0) %0A(0,0,0,0,0,0)  (-4,2,2,4,16,-5)  (2,4,-6,-2,8,-23)  (2,-6,4,-2,0,-1) %0A(0,0,0,0,0,0)  (-4,2,2,4,17,-7)  (2,4,-6,-2,7,-22)  (2,-6,4,-2,0,-2) %0A(0,0,0,0,0,0)  (-2,-2,4,2,9,8)  (4,2,-6,-4,-4,-4)  (-2,0,2,2,1,-3) %0A(0,0,0,0,0,0)  (-4,2,2,4,11,3)  (2,4,-6,-2,-7,2)  (2,-6,4,-2,-12,18) %0A(0,0,0,0,0,0)  (0,0,0,0,0,2)  (0,0,0,0,-1,1)  (0,0,0,0,1,-2) %0A(0,0,0,0,0,0)  (2,-4,2,-2,-6,13)  (2,-2,0,-2,-14,21)  (-4,6,-2,4,0,-1) %0A(0,0,0,0,0,0)  (0,0,0,0,1,0)  (0,0,0,0,-2,2)  (0,0,0,0,-1,1) %0A(0,0,0,0,0,0)  (-2,-2,4,2,11,5)  (4,2,-6,-4,-5,-2)  (-2,0,2,2,0,-2) %0A(0,0,0,0,0,0)  (2,-4,2,-2,-7,15)  (2,-2,0,-2,-13,20)  (-4,6,-2,4,0,0) %0A(0,0,0,0,0,0)  (-2,-2,4,2,9,8)  (4,2,-6,-4,-4,-4)  (-2,0,2,2,-1,-1) %0A(0,0,0,0,0,0)  (-4,2,2,4,12,1)  (2,4,-6,-2,-8,3)  (2,-6,4,-2,-12,17) %0A(0,0,0,0,0,0)  (0,0,0,0,0,2)  (0,0,0,0,-1,1)  (0,0,0,0,-1,2) %0A(0,0,0,0,0,0)  (-2,-2,4,2,10,8)  (4,2,-6,-4,-6,-2)  (-2,0,2,2,0,-2) %0A%0A%0A%0A0%0A%0A%0A%0A16%0A4 1 2 3 4%0A3 5 6 7%0A3 8 9 6%0A3 10 11 12%0A3 14 11 10%0A3 7 0 5%0A4 16 7 4 11%0A3 17 1 14%0A3 10 17 14%0A4 16 9 13 15%0A4 11 14 9 16%0A4 7 6 1 4%0A3 5 8 6%0A4 6 9 14 1%0A3 12 11 4%0A3 7 16 0%0A%0A%0A%0A10%0A 0 7 13 5 9 6 15 16 8 18%0A%0Atip 18%0A";
996
997// src/worker/legacy/resources/com/vzome/core/parts/default/snubPentagon.vef
998var snubPentagon_default = "data:text/plain;charset=utf-8,vZome VEF 6 field snubDodec%0A%0Ascale (0,0,0,0,0,1/2)%0A%0A15%0A(0,0,0,0,0,0)  (2,-2,0,0,0,0)  (-4,6,0,0,7,-11)  (2,-4,0,0,-3,6) %0A(0,0,0,0,0,0)  (0,0,0,0,1,0)  (0,0,0,0,0,0)  (0,0,0,0,1,-3) %0A(0,0,0,0,0,0)  (2,-2,0,0,0,0)  (-4,6,0,0,9,-13)  (2,-4,0,0,-3,6) %0A(0,0,0,0,0,0)  (4,2,0,0,0,-2)  (-2,0,0,0,3,1)  (-2,-2,0,0,3,6) %0A(0,0,0,0,0,0)  (4,2,0,0,-1,0)  (-2,0,0,0,4,0)  (-2,-2,0,0,3,7) %0A(0,0,0,0,0,0)  (4,2,0,0,0,-2)  (-2,0,0,0,5,-1)  (-2,-2,0,0,3,6) %0A(0,0,0,0,0,0)  (2,4,0,0,0,0)  (2,-6,0,0,-5,13)  (-4,2,0,0,7,-2) %0A(0,0,0,0,0,0)  (2,4,0,0,0,0)  (2,-6,0,0,-5,13)  (-4,2,0,0,9,-6) %0A(0,0,0,0,0,0)  (4,2,0,0,0,0)  (-2,0,0,0,4,0)  (-2,-2,0,0,4,4) %0A(0,0,0,0,0,0)  (2,4,0,0,0,0)  (2,-6,0,0,-3,11)  (-4,2,0,0,7,-2) %0A(0,0,0,0,0,0)  (2,4,0,0,0,0)  (2,-6,0,0,-3,11)  (-4,2,0,0,9,-6) %0A(0,0,0,0,0,0)  (2,-2,0,0,0,0)  (-4,6,0,0,9,-13)  (2,-4,0,0,-5,10) %0A(0,0,0,0,0,0)  (2,-2,0,0,0,0)  (-4,6,0,0,7,-11)  (2,-4,0,0,-5,10) %0A(0,0,0,0,0,0)  (0,0,0,0,0,2)  (0,0,0,0,-1,1)  (0,0,0,0,1,-2) %0A(0,0,0,0,0,0)  (0,0,0,0,0,2)  (0,0,0,0,1,-1)  (0,0,0,0,1,-2) %0A%0A%0A%0A0%0A%0A%0A%0A16%0A3 0 1 2%0A3 6 7 3%0A3 9 6 4%0A4 9 10 2 11%0A3 0 12 13%0A3 0 13 1%0A3 9 5 10%0A4 0 2 10 7%0A4 7 10 5 3%0A4 7 6 12 0%0A3 1 14 2%0A4 11 14 13 12%0A3 14 11 2%0A4 6 9 11 12%0A3 9 4 5%0A3 6 3 4%0A%0A%0A%0A8%0A 3 4 5 7 8 10 6 9%0A%0Atip 8%0A";
999
1000// src/worker/legacy/resources/com/vzome/core/parts/default/snubTriangle.vef
1001var snubTriangle_default = "data:text/plain;

1001charset=utf-8,vZome VEF 6 field snubDodec%0A%0Ascale (0,0,0,0,0,1/2)%0A%0A19%0A(0,0,0,0,0,0)  (2,-4,4,-4,-4,8)  (-2,2,0,0,3,-3)  (4,-6,0,0,-7,10) %0A(0,0,0,0,0,0)  (0,0,0,0,1,0)  (0,0,0,0,-2,2)  (0,0,0,0,-1,1) %0A(0,0,0,0,0,0)  (2,-4,4,-4,-4,8)  (-2,2,0,0,5,-5)  (4,-6,0,0,-7,10) %0A(0,0,0,0,0,0)  (-2,-2,8,4,4,2)  (-4,-2,0,0,9,3)  (2,0,0,0,-3,-2) %0A(0,0,0,0,0,0)  (-4,2,4,8,8,-4)  (-2,-4,0,0,3,9)  (-2,6,0,0,3,-10) %0A(0,0,0,0,0,0)  (-4,2,4,8,8,-4)  (-2,-4,0,0,5,7)  (-2,6,0,0,3,-10) %0A(0,0,0,0,0,0)  (2,-4,4,-4,-4,8)  (-2,2,0,0,5,-5)  (4,-6,0,0,-9,14) %0A(0,0,0,0,0,0)  (2,-4,4,-4,-4,8)  (-2,2,0,0,3,-3)  (4,-6,0,0,-9,14) %0A(0,0,0,0,0,0)  (-2,-2,8,4,4,2)  (-4,-2,0,0,9,3)  (2,0,0,0,-5,2) %0A(0,0,0,0,0,0)  (-4,2,4,8,8,-4)  (-2,-4,0,0,3,9)  (-2,6,0,0,5,-14) %0A(0,0,0,0,0,0)  (-2,-2,8,4,5,1)  (-4,-2,0,0,9,4)  (2,0,0,0,-4,0) %0A(0,0,0,0,0,0)  (-4,2,4,8,8,-4)  (-2,-4,0,0,5,7)  (-2,6,0,0,5,-14) %0A(0,0,0,0,0,0)  (0,0,0,0,1,0)  (0,0,0,0,-2,2)  (0,0,0,0,1,-1) %0A(0,0,0,0,0,0)  (0,0,0,0,-1,3)  (0,0,0,0,-1,0)  (0,0,0,0,0,0) %0A(0,0,0,0,0,0)  (-2,-2,8,4,4,4)  (-4,-2,0,0,8,4)  (2,0,0,0,-4,0) %0A(0,0,0,0,0,0)  (-2,-2,8,4,3,4)  (-4,-2,0,0,10,2)  (2,0,0,0,-5,1) %0A(0,0,0,0,0,0)  (-2,-2,8,4,3,4)  (-4,-2,0,0,10,2)  (2,0,0,0,-3,-1) %0A(0,0,0,0,0,0)  (0,0,0,0,0,2)  (0,0,0,0,-1,1)  (0,0,0,0,1,-2) %0A(0,0,0,0,0,0)  (0,0,0,0,0,2)  (0,0,0,0,-1,1)  (0,0,0,0,-1,2) %0A%0A%0A%0A0%0A%0A%0A%0A20%0A3 0 1 2%0A4 6 7 4 5%0A4 3 8 4 9%0A3 11 5 10%0A3 7 12 13%0A3 6 12 7%0A3 13 0 7%0A3 15 3 9%0A3 10 5 16%0A3 1 17 2%0A4 11 9 0 2%0A4 11 2 6 5%0A3 6 18 12%0A4 17 18 6 2%0A4 9 4 7 0%0A3 10 15 11%0A3 9 11 15%0A3 16 5 4%0A3 16 4 8%0A3 13 1 0%0A%0A%0A%0A10%0A 3 4 5 10 14 8 9 11 15 16%0A%0Atip 14%0A";
1002
1003// src/worker/legacy/resources/com/vzome/core/parts/default/spruce.vef
1004var spruce_default = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A scale  (0,1/2) %0A%0A15%0A(0,0)  (-2,0)  (-2,1)  (9,3) %0A(0,0)  (1,-3)  (-1,0)  (8,2) %0A(0,0)  (-2,2)  (-2,3)  (1,3) %0A(0,0)  (0,0)  (-2,3)  (1,3) %0A(0,0)  (1,-1)  (1,-2)  (0,2) %0A(0,0)  (-1,1)  (1,-2)  (0,2) %0A(0,0)  (-1,-1)  (-1,0)  (8,2) %0A(0,0)  (1,-3)  (1,-4)  (8,2) %0A(0,0)  (0,0)  (1,-3)  (1,0) %0A(0,0)  (0,0)  (0,-1)  (1,3) %0A(0,0)  (0,-2)  (-2,1)  (9,3) %0A(0,0)  (-1,-1)  (-2,2)  (8,5) %0A(0,0)  (-1,-1)  (1,-4)  (8,2) %0A(0,0)  (-2,2)  (0,-1)  (1,3) %0A(0,0)  (-1,-1)  (-1,-1)  (9,5) %0A%0A%0A%0A0%0A%0A%0A%0A16%0A4 2 3 4 5%0A3 8 4 9%0A3 10 1 11%0A4 6 1 3 2%0A4 13 9 7 12%0A3 7 1 10%0A3 12 0 6%0A3 5 13 2%0A3 9 4 3%0A3 8 9 13%0A3 0 11 6%0A4 13 12 6 2%0A4 12 7 10 0%0A4 9 3 1 7%0A3 11 1 6%0A3 8 13 5%0A%0A%0A%0A8%0A 0 1 6 7 12 11 14 10%0A%0Atip 14%0A";
1005
1006// src/worker/legacy/resources/com/vzome/core/parts/default/sulfur.vef
1007var sulfur_default = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0Ascale (1/2,0)%0A%0A17%0A(0,0)  (4,-5)  (-2,3)  (-6,15) %0A(0,0)  (-5,9)  (-2,3)  (9,-12) %0A(0,0)  (-5,9)  (2,-3)  (9,-12) %0A(0,0)  (4,-5)  (2,-3)  (-6,15) %0A(0,0)  (-3,5)  (-2,3)  (9,-12) %0A(0,0)  (-3,5)  (2,-3)  (9,-12) %0A(0,0)  (1,-2)  (2,-3)  (2,-2) %0A(0,0)  (1,-2)  (-2,3)  (2,-2) %0A(0,0)  (0,2)  (2,-3)  (1,5) %0A(0,0)  (0,2)  (-2,3)  (1,5) %0A(0,0)  (2,-2)  (2,-3)  (1,5) %0A(0,0)  (-1,2)  (-2,3)  (2,-2) %0A(0,0)  (-1,2)  (2,-3)  (2,-2) %0A(0,0)  (6,-9)  (2,-3)  (-6,15) %0A(0,0)  (2,-2)  (-2,3)  (1,5) %0A(0,0)  (6,-9)  (-2,3)  (-6,15) %0A(0,0)  (1,0)  (0,0)  (3,3) %0A%0A%0A%0A0%0A%0A%0A%0A12%0A4 0 1 2 3%0A4 4 5 6 7%0A4 0 3 8 9%0A4 11 1 4 7%0A4 11 12 2 1%0A4 13 3 2 5%0A4 14 10 13 15%0A4 14 15 0 9%0A4 15 13 5 4%0A4 13 10 8 3%0A4 2 12 6 5%0A4 1 0 15 4%0A%0A%0A%0A9%0A 10 3 16 9 0 13 8 15 14%0A%0Atip 16%0A";
1008
1009// src/worker/legacy/resources/com/vzome/core/parts/default/turquoise.vef
1010var turquoise_default = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A scale  (0,1/2) %0A%0A17%0A(0,0)  (-5,1)  (5,-7)  (-7,5) %0A(0,0)  (-4,-1)  (6,-8)  (-7,6) %0A(0,0)  (-1,-2)  (-3,6)  (1,-4) %0A(0,0)  (-2,0)  (-4,7)  (1,-5) %0A(0,0)  (-1,0)  (2,-2)  (-1,1) %0A(0,0)  (-2,2)  (1,-1)  (-1,0) %0A(0,0)  (-1,-2)  (-5,8)  (3,-8) %0A(0,0)  (-1,0)  (0,0)  (1,-3) %0A(0,0)  (0,-2)  (1,-1)  (1,-2) %0A(0,0)  (0,-4)  (-4,7)  (3,-7) %0A(0,0)  (-3,-3)  (5,-7)  (-5,3) %0A(0,0)  (-4,-3)  

1010(-1,2)  (-3,-3) %0A(0,0)  (-4,-1)  (4,-6)  (-5,2) %0A(0,0)  (-3,-5)  (0,1)  (-3,-2) %0A(0,0)  (-5,-3)  (1,0)  (-4,-2) %0A(0,0)  (-5,-1)  (0,1)  (-5,0) %0A(0,0)  (-4,-3)  (1,0)  (-5,1) %0A%0A%0A%0A0%0A%0A%0A%0A12%0A4 0 1 2 3%0A4 2 4 5 3%0A4 6 7 8 9%0A4 11 12 10 13%0A4 9 10 12 6%0A4 9 8 4 2%0A4 15 16 1 0%0A4 2 1 10 9%0A4 0 12 11 15%0A4 3 5 7 6%0A4 13 10 1 16%0A4 0 3 6 12%0A%0A%0A%0A9%0A 10 1 0 14 12 13 16 15 11%0A%0Atip 14%0A";
1011
1012// src/worker/legacy/resources/com/vzome/core/parts/default/yellow-short.vef
1013var yellow_short_default = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A%0A7%0A(0,0) (1/2,0) (0,0) (-1/2,3/2)%0A(0,0) (0,1) (-1/2,1/2) (-1/2,1)%0A(0,0) (0,1) (1/2,-1/2) (-1/2,1)%0A(0,0) (1,0) (-1/2,1/2) (1/2,0)%0A(0,0) (1,0) (1/2,-1/2) (1/2,0)%0A(0,0) (1/2,1) (0,0) (1/2,-1/2)%0A(0,0) (1,1) (0,0) (0,1)%0A%0A%0A%0A0%0A%0A%0A%0A6%0A3  1 5 3 %0A3  3 0 1 %0A3  3 4 0 %0A3  4 2 0 %0A3  5 1 2 %0A3  5 2 4 %0A%0A%0A%0A4%0A3 4 5 6 %0A%0Atip 6%0A%0A";
1014
1015// src/worker/legacy/resources/com/vzome/core/parts/default/yellow.vef
1016var yellow_default2 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A%0A13%0A(0,0) (-1/2,1) (0,1) (1/2,-1/2)%0A(0,0) (-1/2,3/2) (1/2,0) (0,0)%0A(0,0) (1/2,0) (1,-1/2) (0,0)%0A(0,0) (1/2,-1/2) (1/2,1/2) (1/2,-1/2)%0A(0,0) (3/2,-1) (2,0) (1/2,-1/2)%0A(0,0) (-1/2,1) (0,1) (-1/2,1/2)%0A(0,0) (1/2,-1/2) (1/2,1/2) (-1/2,1/2)%0A(0,0) (1/2,1/2) (3/2,1/2) (1/2,-1/2)%0A(0,0) (1/2,1/2) (3/2,1/2) (-1/2,1/2)%0A(0,0) (1,0) (2,1) (0,0)%0A(0,0) (1/2,0) (1,3/2) (0,0)%0A(0,0) (3/2,-1) (2,0) (-1/2,1/2)%0A(0,0) (3/2,-3/2) (3/2,1) (0,0)%0A%0A%0A%0A0%0A%0A%0A%0A12%0A4 0 1 2 3%0A4 5 0 3 6%0A3 3 2 7%0A3 2 6 8%0A3 6 3 10%0A4 10 7 4 12%0A4 1 5 6 2%0A4 7 8 11 4%0A3 10 8 6%0A4 8 10 12 11%0A3 8 7 2%0A3 7 10 3%0A%0A%0A%0A4%0A 4 9 11 12%0A%0Atip 9%0Amiddle 10 8 6 7 2 3";
1017

1018// src/worker/legacy/resources/com/vzome/core/parts/default/index.js
1019var shapes2 = {
1020  "apple": apple_default,
1021  "black": black_default,
1022  "blue": blue_default2,
1023  "brown": brown_default,
1024  "cinnamon": cinnamon_default,
1025  "connector": connector_default2,
1026  "coral": coral_default,
1027  "green-short": green_short_default,
1028  "green": green_default,
1029  "lavender": lavender_default,
1030  "maroon": maroon_default,
1031  "navy": navy_default,
1032  "olive": olive_default,
1033  "orange": orange_default,
1034  "purple": purple_default,
1035  "red-short": red_short_default,
1036  "red": red_default2,
1037  "rose": rose_default,
1038  "sand": sand_default,
1039  "snubDiagonal": snubDiagonal_default,
1040  "snubPentagon": snubPentagon_default,
1041  "snubTriangle": snubTriangle_default,
1042  "spruce": spruce_default,
1043  "sulfur": sulfur_default,
1044  "turquoise": turquoise_default,
1045  "yellow-short": yellow_short_default,
1046  "yellow": yellow_default2
1047};
1048var default_default = shapes2;
1049
1050// src/worker/legacy/resources/com/vzome/core/parts/dimtool/connector.vef
1051var connector_default3 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A%0A24%0A(0,0) (-2/3,-2/3) (-1/3,-1/3) (0,0)%0A(0,0) (-2/3,-2/3) (0,0) (-1/3,-1/3)%0A(0,0) (-2/3,-2/3) (0,0) (1/3,1/3)%0A(0,0) (-2/3,-2/3) (1/3,1/3) (0,0)%0A(0,0) (-1/3,-1/3) (-2/3,-2/3) (0,0)%0A(0,0) (-1/3,-1/3) (0,0) (-2/3,-2/3)%0A(0,0) (-1/3,-1/3) (0,0) (2/3,2/3)%0A(0,0) (-1/3,-1/3) (2/3,2/3) (0,0)%0A(0,0) (0,0) (-2/3,-2/3) (-1/3,-1/3)%0A(0,0) (0,0) (-2/3,-2/3) (1/3,1/3)%0A(0,0) (0,0) (-1/3,-1/3) (-2/3,-2/3)%0A(0,0) (0,0) (-1/3,-1/3) (2/3,2/3)%0A(0,0) (0,0) (1/3,1/3) (-2/3,-2/3)%0A(0,0) (0,0) (1/3,1/3) (2/3,2/3)%0A(0,0) (0,0) (2/3,2/3) (-1/3,-1/3)%0A(0,0) (0,0) (2/3,2/3) (1/3,1/3)%0A(0,0) (1/3,1/3) (-2/3,-2/3) (0,0)%0A(0,0) (1/3,1/3) (0,0) (-2/3,-2/3)%0A(0,0) (1/3,1/3) (0,0) (2/3,2/3)%0A(0,0) (1/3,1/3) (2/3,2/3) (0,0)%0A(0,0) (2/3,2/3) (-1/3,-1/3) (0,0)%0A(0,0) (2/3,2/3) (0,0) (-1/3,-1/3)%0A(0,0) (2/3,2/3) (0,0) (1/3,1/3)%0A(0,0) (2/3,2/3) (1/3,1/3) (0,0)%0A%0A%0A%0A0%0A%0A%0A%0A14%0A4  3 1 0 2 %0A4  9 4 8 16 %0A4  14 7 15 19 %0A4  17 10 5 12 %0A4  18 13 6 11 %0A4  20 21 23 22 %0A6  1 5 10 8 4 0 %0A6  2 6 13 15 7 3 %0A6  5 1 3 7 14 12 %0A6  6 2 0 4 9 11 %0A6  8 10 17 21 20 16 %0A6  11 9 16 20 22 18 %0A6  12 14 19 23 21 17 %0A6  15 13 18 22 23 19 %0A%0A%0A%0A0%0A%0A%0A";
1052

1053// src/worker/legacy/resources/com/vzome/core/parts/dimtool/index.js
1054var shapes3 = {
1055  "connector": connector_default3
1056};
1057var dimtool_default = shapes3;
1058
1059// src/worker/legacy/resources/com/vzome/core/parts/dodecagon3d/blue.vef
1060var blue_default3 = "data:text/plain;charset=utf-8,vZome VEF 6 field rootThree%0A scale  (1/3,0) %0A%0A13%0A(0,0)  (-1,14)  (0,-1)  (2/9,0) %0A(0,0)  (1,4)  (0,-1)  (2/9,0) %0A(0,0)  (1,4)  (0,-1)  (-2/9,0) %0A(0,0)  (-1,14)  (0,-1)  (-2/9,0) %0A(0,0)  (0,16)  (0,0)  (2/9,0) %0A(0,0)  (0,16)  (0,0)  (-2/9,0) %0A(0,0)  (-1,14)  (0,1)  (-2/9,0) %0A(0,0)  (-1,14)  (0,1)  (2/9,0) %0A(0,0)  (0,2)  (0,0)  (2/9,0) %0A(0,0)  (0,2)  (0,0)  (-2/9,0) %0A(0,0)  (1,4)  (0,1)  (-2/9,0) %0A(0,0)  (1,4)  (0,1)  (2/9,0) %0A(0,0)  (0,18)  (0,0)  (0,0) %0A%0A%0A%0A0%0A%0A%0A%0A8%0A4 1 2 3 0%0A4 4 5 6 7%0A4 2 1 8 9%0A4 7 6 10 11%0A6 0 4 7 11 8 1%0A4 0 3 5 4%0A6 2 9 10 6 5 3%0A4 10 9 8 11%0A%0A%0A%0A7%0A 0 3 7 12 5 6 4%0A%0Atip 12%0A";
1061
1062// src/worker/legacy/resources/com/vzome/core/parts/dodecagon3d/connector-old.vef
1063var connector_old_default = "data:text/plain;charset=utf-8,vZome VEF 6 field rootThree%0A scale  (1/3,0) %0A%0A24%0A(0,0)  (-1,0)  (0,1)  (-2/9,0) %0A(0,0)  (0,-2)  (0,0)  (-2/9,0) %0A(0,0)  (0,-2)  (0,0)  (2/9,0) %0A(0,0)  (-1,0)  (0,1)  (2/9,0) %0A(0,0)  (-1,0)  (0,-1)  (-2/9,0) %0A(0,0)  (0,-1)  (-1,0)  (-2/9,0) %0A(0,0)  (0,-1)  (-1,0)  (2/9,0) %0A(0,0)  (-1,0)  (0,-1)  (2/9,0) %0A(0,0)  (0,1)  (-1,0)  (-2/9,0) %0A(0,0)  (1,0)  (0,-1)  (-2/9,0) %0A(0,0)  (1,0)  (0,-1)  (2/9,0) %0A(0,0)  (0,1)  (-1,0)  (2/9,0) %0A(0,0)  (0,0)  (0,2)  (-2/9,0) %0A(0,0)  (0,-1)  (1,0)  (-2/9,0) %0A(0,0)  (0,-1)  (1,0)  (2/9,0) %0A(0,0)  (0,0)  (0,2)  (2/9,0) %0A(0,0)  (0,0)  (0,-2)  (-2/9,0) %0A(0,0)  (0,0)  (0,-2)  (2/9,0) %0A(0,0)  (0,1)  (1,0)  (-2/9,0) %0A(0,0)  (0,1)  (1,0)  (2/9,0) %0A(0,0)  (1,0)  (0,1)  (-2/9,0) %0A(0,0)  (0,2)  (0,0)  (-2/9,0) %0A(0,0)  (1,0)  (0,1)  (2/9,0) %0A(0,0)  (0,2)  (0,0)  (2/9,0) %0A%0A%0A%0A0%0A%0A%0A%0A14%0A4 0 1 2 3%0A4 4 5 6 7%0A4 1 4 7 2%0A4 8 9 10 11%0A4 12 13 14 15%0A4 5 16 17 6%0A4 18 12 15 19%0A12 13 12 18 20 21 9 8 16 5 4 1 0%0A4 16 8 11 17%0A4 21 20 22 23%0A12 11 10 23 22 19 15 14 3 2 7 6 17%0A4 20 18 19 22%0A4 9 21 23 10%0A4 13 0 3 14%0A%0A%0A%0A0%0A%0A%0A";
1064
1065// src/worker/legacy/resources/com/vzome/core/parts/dodecagon3d/connector.vef
1066var connector_default4 = "data:text/plain;charset=utf-8,vZome VEF 6 field rootThree%0A%0A48%0A(0,0) (-2/3,0) (0,0) (0,-2/9)%0A(0,0) (-2/3,0) (0,0) (0,2/9)%0A(0,0) (0,-1) (-1/3,0) (0,-2/9)%0A(0,0) (0,-1) (-1/3,0) (0,2/9)%0A(0,0) (0,-1) (1/3,0) (0,-2/9)%0A(0,0) (0,-1) (1/3,0) (0,2/9)%0A(0,0) (-2/3,1/3) (0,0) (0,-5/9)%0A(0,0) (-2/3,1/3) (0,0) (0,5/9)%0A(0,0) (1/6,-1) (-1/3,1/6) (0,-5/9)%0A(0,0) (1/6,-1) (-1/3,1/6) (0,5/9)%0A(0,0) (1/6,-1) (1/3,-1/6) (0,-5/9)%0A(0,0) (1/6,-1) (1/3,-1/6) (0,5/9)%0A(0,0) (-1/3,0) (0,-1) (0,-2/9)%0A(0,0) (-1/3,0) (0,-1) (0,2/9)%0A(0,0) (-1/3,0) (0,1) (0,-2/9)%0A(0,0) (-1/3,0) (0,1) (0,2/9)%0A(0,0) (-1/3,1/6) (1/6,-1) (0,-5/9)%0A(0,0) (-1/3,1/6) (1/6,-1) (0,5/9)%0A(0,0) (-1/3,1/6) (-1/6,1) (0,-5/9)%0A(0,0) (-1/3,1/6) (-1/6,1) (0,5/9)%0A(0,0) (0,0) (-2/3,0) (0,-2/9)%0A(0,0) (0,0) (-2/3,0) (0,2/9)%0A(0,0) (0,0) (-2/3,1/3) (0,-5/9)%0A(0,0) (0,0) (-2/3,1/3) (0,5/9)%0A(0,0) (0,0) (2/3,-1/3) (0,-5/9)%0A(0,0) (0,0) (2/3,-1/3) (0,5/9)%0A(0,0) (0,0) (2/3,0) (0,-2/9)%0A(0,0) (0,0) (2/3,0) (0,2/9)%0A(0,0) (1/3,-1/6) (1/6,-1) (0,-5/9)%0A(0,0) (1/3,-1/6) (1/6,-1) (0,5/9)%0A(0,0) (1/3,-1/6) (-1/6,1) (0,-5/9)%0A(0,0) (1/3,-1/6) (-1/6,1) (0,5/9)%0A(0,0) (1/3,0) (0,-1) (0,-2/9)%0A(0,0) (1/3,0) (0,-1) (0,2/9)%0A(0,0) (1/3,0) (0,1) (0,-2/9)%0A(0,0) (1/3,0) (0,1) (0,2/9)%0A(0,0) (-1/6,1) (-1/3,1/6) (0,-5/9)%0A(0,0) (-1/6,1) (-1/3,1/6) (0,5/9)%0A(0,0) (-1/6,1) (1/3,-1/6) (0,-5/9)%0A(0,0) (-1/6,1) (1/3,-1/6) (0,5/9)%0A(0,0) (2/3,-1/3) (0,0) (0,-5/9)%0A(0,0) (2/3,-1/3) (0,0) (0,5/9)%0A(0,0) (0,1) (-1/3,0) (0,-2/9)%0A(0,0) (0,1) (-1/3,0) (0,2/9)%0A(0,0) (0,1) (1/3,0) (0,-2/9)%0A(0,0) (0,1) (1/3,0) (0,2/9)%0A(0,0) (2/3,0) (0,0) (0,-2/9)%0A(0,0) (2/3,0) (0,0) (0,2/9)%0A%0A%0A%0A0%0A%0A%0A%0A38%0A4  0 2 3 1 %0A4  0 6 8 2 %0A4  1 7 11 5 %0A4  2 8 16 12 %0A4  2 12 13 3 %0A4  3 9 7 1 %0A4  4 0 1 5 %0A4  4 10 6 0 %0A4  5 11 19 15 %0A4  12 16 22 20 %0A4  12 20 21 13 %0A4  13 17 9 3 %0A4  14 4 5 15 %0A4  14 18 10 4 %0A4  15 19 25 27 %0A4  20 22 28 32 %0A4  20 32 33 21 %0A4  21 23 17 13 %0A4  26 14 15 27 %0A4  26 24 18 14 %0A4  27 25 31 35 %0A4  32 28 36 42 %0A4  32 42 43 33 %0A4  33 29 23 21 %0A4  34 26 27 35 %0A4  34 30 24 26 %0A4  35 31 39 45 %0A4  42 36 40 46 %0A4  42 46 47 43 %0A4  43 37 29 33 %0A4  44 34 35 45 %0A4  44 38 30 34 %0A4  45 39 41 47 %0A4  46 40 38 44 %0A4  46 44 45 47 %0A4  47 41 37 43 %0A12  6 10 18 24 30 38 40 36 28 22 16 8 %0A12  39 31 25 19 11 7 9 17 23 29 37 41 %0A%0A%0A%0A0%0A%0A%0A";
1067
1068// src/worker/legacy/resources/com/vzome/core/parts/dodecagon3d/green.vef
1069var green_default2 = "data:text/plain;

1069charset=utf-8,vZome VEF 6 field rootThree%0A scale  (1/3,0) %0A%0A13%0A(0,0)  (22/3,15)  (-1/3,8)  (-2/9,0) %0A(0,0)  (16/3,15)  (-1/3,8)  (-2/9,0) %0A(0,0)  (16/3,15)  (-1/3,8)  (2/9,0) %0A(0,0)  (22/3,15)  (-1/3,8)  (2/9,0) %0A(0,0)  (22/3,12)  (-4/3,8)  (-2/9,0) %0A(0,0)  (22/3,12)  (-4/3,8)  (2/9,0) %0A(0,0)  (5/3,3)  (1/3,1)  (-2/9,0) %0A(0,0)  (5/3,3)  (1/3,1)  (2/9,0) %0A(0,0)  (5/3,6)  (4/3,1)  (2/9,0) %0A(0,0)  (5/3,6)  (4/3,1)  (-2/9,0) %0A(0,0)  (11/3,3)  (1/3,1)  (2/9,0) %0A(0,0)  (11/3,3)  (1/3,1)  (-2/9,0) %0A(0,0)  (9,18)  (0,9)  (0,0) %0A%0A%0A%0A0%0A%0A%0A%0A8%0A4 0 1 2 3%0A4 3 5 4 0%0A4 6 7 8 9%0A6 5 3 2 8 7 10%0A4 6 11 10 7%0A6 11 6 9 1 0 4%0A4 2 1 9 8%0A4 10 11 4 5%0A%0A%0A%0A7%0A 4 3 2 1 5 0 12%0A%0Atip 12%0A";
1070

1071// src/worker/legacy/resources/com/vzome/core/parts/dodecagon3d/index.js
1072var shapes4 = {
1073  "blue": blue_default3,
1074  "connector-old": connector_old_default,
1075  "connector": connector_default4,
1076  "green": green_default2
1077};
1078var dodecagon3d_default = shapes4;
1079
1080// src/worker/legacy/resources/com/vzome/core/parts/dodecs/connector.vef
1081var connector_default5 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A scale  (1/2,0) %0A%0A21%0A(0,0)  (-1,2)  (1,-2)  (1,-2) %0A(0,0)  (1,-1)  (0,0)  (-2,3) %0A(0,0)  (1,-1)  (0,0)  (2,-3) %0A(0,0)  (-1,2)  (1,-2)  (-1,2) %0A(0,0)  (2,-3)  (-1,1)  (0,0) %0A(0,0)  (0,0)  (2,-3)  (1,-1) %0A(0,0)  (0,0)  (-2,3)  (1,-1) %0A(0,0)  (-1,2)  (-1,2)  (-1,2) %0A(0,0)  (1,-2)  (1,-2)  (-1,2) %0A(0,0)  (1,-2)  (-1,2)  (-1,2) %0A(0,0)  (-1,1)  (0,0)  (2,-3) %0A(0,0)  (0,0)  (-2,3)  (-1,1) %0A(0,0)  (0,0)  (2,-3)  (-1,1) %0A(0,0)  (-1,2)  (-1,2)  (1,-2) %0A(0,0)  (1,-2)  (1,-2)  (1,-2) %0A(0,0)  (-2,3)  (-1,1)  (0,0) %0A(0,0)  (-1,1)  (0,0)  (-2,3) %0A(0,0)  (2,-3)  (1,-1)  (0,0) %0A(0,0)  (1,-2)  (-1,2)  (1,-2) %0A(0,0)  (0,0)  (0,0)  (0,0) %0A(0,0)  (-2,3)  (1,-1)  (0,0) %0A%0A%0A%0A1%0A19 17%0A%0A%0A%0A12%0A5 0 1 2 3 4%0A5 5 6 3 2 7%0A5 8 6 5 9 10%0A5 11 12 13 1 0%0A5 14 11 0 4 15%0A5 16 14 15 8 10%0A5 1 13 17 7 2%0A5 18 12 11 14 16%0A5 5 7 17 20 9%0A5 20 17 13 12 18%0A5 20 18 16 10 9%0A5 8 15 4 3 6%0A%0A%0A%0A0%0A%0A%0A";
1082

1083// src/worker/legacy/resources/com/vzome/core/parts/dodecs/index.js
1084var shapes5 = {
1085  "connector": connector_default5
1086};
1087var dodecs_default = shapes5;
1088
1089// src/worker/legacy/resources/com/vzome/core/parts/heptagon/antiprism/blue.vef
1090var blue_default4 = "data:text/plain;charset=utf-8,vZome VEF 6 field heptagon%0A%0A7%0A(0,0,0) (1,-1,0) (1,0,-2) (-5,3,6)%0A(0,0,0) (-1,1,1) (-1,0,2) (-5,3,6)%0A(0,0,0) (-1,1,1) (0,0,0) (5,-3,-6)%0A(0,0,0) (2,1,-1) (0,0,0) (-5,3,6)%0A(0,0,0) (2,1,-1) (1,0,-2) (5,-3,-6)%0A(0,0,0) (0,3,0) (-1,0,2) (5,-3,-6)%0A(0,0,0) (1,2,0) (0,0,0) (0,0,0)%0A%0A%0A%0A0%0A%0A%0A%0A8%0A3  0 4 2 %0A3  1 5 3 %0A3  2 1 0 %0A3  2 4 5 %0A3  3 0 1 %0A3  4 0 3 %0A3  4 3 5 %0A3  5 1 2 %0A%0A%0A%0A4%0A3 4 5 6 %0A%0A%0Atip 6%0A%0A";
1091
1092// src/worker/legacy/resources/com/vzome/core/parts/heptagon/antiprism/connector.vef
1093var connector_default6 = "data:text/plain;charset=utf-8,vZome VEF 6 field heptagon%0A%0A14%0A(0,0,0) (1,-1,-1) (0,0,0) (-5,3,6)%0A(0,0,0) (1,-1,-1) (1,0,-2) (5,-3,-6)%0A(0,0,0) (-1,1,0) (-1,0,2) (5,-3,-6)%0A(0,0,0) (-1,1,0) (1,-1,0) (-5,3,6)%0A(0,0,0) (-1,0,2) (-1,1,0) (-5,3,6)%0A(0,0,0) (-1,0,2) (-1,1,1) (5,-3,-6)%0A(0,0,0) (0,0,0) (1,-1,-1) (5,-3,-6)%0A(0,0,0) (0,0,0) (-1,1,1) (-5,3,6)%0A(0,0,0) (1,0,-2) (1,-1,-1) (-5,3,6)%0A(0,0,0) (1,0,-2) (1,-1,0) (5,-3,-6)%0A(0,0,0) (1,-1,0) (-1,1,0) (5,-3,-6)%0A(0,0,0) (1,-1,0) (1,0,-2) (-5,3,6)%0A(0,0,0) (-1,1,1) (-1,0,2) (-5,3,6)%0A(0,0,0) (-1,1,1) (0,0,0) (5,-3,-6)%0A%0A%0A%0A0%0A%0A%0A%0A16%0A3  1 0 3 %0A3  2 0 1 %0A3  2 4 0 %0A3  3 5 1 %0A3  4 6 8 %0A3  5 3 7 %0A3  6 4 2 %0A3  7 9 5 %0A3  8 6 10 %0A3  9 7 11 %0A3  10 12 8 %0A3  11 12 13 %0A3  11 13 9 %0A3  12 10 13 %0A7  1 5 9 13 10 6 2 %0A7  8 12 11 7 3 0 4 %0A%0A%0A%0A0%0A%0A%0A";
1094
1095// src/worker/legacy/resources/com/vzome/core/parts/heptagon/antiprism/green.vef
1096var green_default3 = "data:text/plain;charset=utf-8,vZome VEF 6 field heptagon%0A%0A11%0A(0,0,0) (0,0,1/2) (1/2,0,-1) (0,0,0)%0A(0,0,0) (0,1,-1/2) (3/2,-1,-1) (5,-3,-6)%0A(0,0,0) (0,1,-1/2) (3/2,-1,-1) (-5,3,6)%0A(0,0,0) (0,0,3/2) (1/2,0,-1) (5,-3,-6)%0A(0,0,0) (0,0,3/2) (1/2,0,-1) (-5,3,6)%0A(0,0,0) (3,1,1/2) (-1/2,2,0) (5,-3,-6)%0A(0,0,0) (3,1,1/2) (-1/2,2,0) (-5,3,6)%0A(0,0,0) (3,0,5/2) (-3/2,3,0) (5,-3,-6)%0A(0,0,0) (3,0,5/2) (-3/2,3,0) (-5,3,6)%0A(0,0,0) (3,1,3/2) (-1/2,2,0) (0,0,0)%0A(0,0,0) (3,1,2) (0,2,-1) (0,0,0)%0A%0A%0A%0A0%0A%0A%0A%0A12%0A3  1 3 0 %0A3  2 0 4 %0A3  2 1 0 %0A3  4 0 3 %0A3  5 6 9 %0A3  7 5 9 %0A3  8 7 9 %0A3  8 9 6 %0A4  2 6 5 1 %0A4  7 3 1 5 %0A4  8 4 3 7 %0A4  8 6 2 4 %0A%0A%0A%0A6%0A5 6 7 8 9 10 %0A%0A%0Atip 10%0A%0A";
1097
1098// src/worker/legacy/resources/com/vzome/core/parts/heptagon/antiprism/red.vef
1099var red_default3 = "data:text/plain;charset=utf-8,vZome VEF 6 field heptagon%0A%0A15%0A(0,0,0) (-1,0,2) (0,0,0) (-5,3,6)%0A(0,0,0) (-1,0,2) (-2,2,1) (6,-1,-6)%0A(0,0,0) (0,1,-2) (2,-2,-1) (6,-1,-6)%0A(0,0,0) (0,1,-2) (0,-1,2) (-5,3,6)%0A(0,0,0) (2,-2,-1) (0,1,-2) (-5,3,6)%0A(0,0,0) (2,-2,-1) (1,0,-2) (6,-1,-6)%0A(0,0,0) (0,0,0) (-1,0,2) (6,-1,-6)%0A(0,0,0) (0,0,0) (0,0,0) (1,2,0)%0A(0,0,0) (0,0,0) (1,0,-2) (-5,3,6)%0A(0,0,0) (-2,2,1) (-1,0,2) (-5,3,6)%0A(0,0,0) (-2,2,1) (0,-1,2) (6,-1,-6)%0A(0,0,0) (0,-1,2) (0,1,-2) (6,-1,-6)%0A(0,0,0) (0,-1,2) (-2,2,1) (-5,3,6)%0A(0,0,0) (1,0,-2) (2,-2,-1) (-5,3,6)%0A(0,0,0) (1,0,-2) (0,0,0) (6,-1,-6)%0A%0A%0A%0A0%0A%0A%0A%0A16%0A3  0 4 2 %0A3  1 0 2 %0A3  3 0 1 %0A3  3 1 5 %0A3  4 9 6 %0A3  5 10 8 %0A3  6 2 4 %0A3  8 3 5 %0A3  9 13 11 %0A3  10 14 12 %0A3  11 6 9 %0A3  12 8 10 %0A3  13 12 14 %0A3  14 11 13 %0A7  3 8 12 13 9 4 0 %0A7  5 1 2 6 11 14 10 %0A%0A%0A%0A8%0A1 2 5 6 7 10 11 14 %0A%0A%0Atip 7%0A%0A";
1100

1101// src/worker/legacy/resources/com/vzome/core/parts/heptagon/antiprism/index.js
1102var shapes6 = {
1103  "blue": blue_default4,
1104  "connector": connector_default6,
1105  "green": green_default3,
1106  "red": red_default3
1107};
1108var antiprism_default = shapes6;
1109
1110// src/worker/legacy/resources/com/vzome/core/parts/lifelike/blue.vef
1111var blue_default5 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A%0A27%0A(0,0)  (-1/2,1/2)  (1/2,-1)  (4,1) %0A(0,0)  (-1/2,1/2)  (-1/2,1)  (4,1) %0A(0,0)  (-1/2,1/2)  (-1/2,1)  (0,1) %0A(0,0)  (-1/2,1/2)  (1/2,-1)  (0,1) %0A(0,0)  (1/2,-1)  (-1,3/2)  (1,-1) %0A(0,0)  (-1/2,1)  (-1,3/2)  (1,-1) %0A(0,0)  (-1/2,1)  (-1,3/2)  (0,1) %0A(0,0)  (1/2,-1)  (-1,3/2)  (0,1) %0A(0,0)  (1/2,-1)  (-1,3/2)  (4,1) %0A(0,0)  (1/2,-1)  (1,-3/2)  (4,1) %0A(0,0)  (1/2,-1/2)  (-1/2,1)  (4,1) %0A(0,0)  (1/2,-1/2)  (-1/2,1)  (0,1) %0A(0,0)  (0,0)  (0,0)  (1,-1) %0A(0,0)  (1/2,-1)  (1,-3/2)  (1,-1) %0A(0,0)  (1/2,-1/2)  (1/2,-1)  (4,1) %0A(0,0)  (1/2,-1/2)  (1/2,-1)  (0,1) %0A(0,0)  (0,0)  (0,0)  (3,3) %0A(0,0)  (1/2,-1)  (1,-3/2)  (3,3) %0A(0,0)  (1/2,-1)  (-1,3/2)  (3,3) %0A(0,0)  (-1/2,1)  (1,-3/2)  (3,3) %0A(0,0)  (-1/2,1)  (-1,3/2)  (3,3) %0A(0,0)  (-1/2,1)  (-1,3/2)  (4,1) %0A(0,0)  (-1/2,1)  (1,-3/2)  (4,1) %0A(0,0)  (1/2,-1)  (1,-3/2)  (0,1) %0A(0,0)  (0,0)  (0,0)  (4,2) %0A(0,0)  (-1/2,1)  (1,-3/2)  (1,-1) %0A(0,0)  (-1/2,1)  (1,-3/2)  (0,1) %0A%0A%0A%0A0%0A%0A%0A%0A28%0A4 0 1 2 3%0A4 4 5 6 7%0A4 8 9 1 0%0A4 1 10 11 2%0A3 12 5 4%0A3 12 4 13%0A4 10 14 15 11%0A3 16 17 18%0A4 3 15 14 0%0A4 19 20 21 22%0A4 7 3 2 23%0A3 16 20 19%0A3 12 13 25%0A4 19 22 9 17%0A4 26 23 2 11%0A4 22 10 1 9%0A3 16 18 20%0A4 25 13 23 26%0A4 26 11 15 6%0A4 22 21 14 10%0A3 16 19 17%0A3 12 25 5%0A4 18 17 9 8%0A4 18 8 21 20%0A4 8 0 14 21%0A4 4 7 23 13%0A4 25 26 6 5%0A4 7 6 15 3%0A%0A%0A%0A14%0A 10 1 17 22 24 8 19 16 18 0 21 9 14 20%0A%0Atip 24%0A";
1112
1113// src/worker/legacy/resources/com/vzome/core/parts/lifelike/connector.vef
1114var connector_default7 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A%0A600%0A(0,0) (-2,5/2) (-1/2,3/2) (0,0)%0A(0,0) (-3/2,2) (0,1/2) (0,0)%0A(0,0) (0,-1/2) (-1,2) (-1/2,1)%0A(0,0) (-1/2,0) (-3/2,3) (-1/2,1)%0A(0,0) (2,-5/2) (1/2,-3/2) (0,0)%0A(0,0) (25/2,-39/2) (-17/2,13) (0,0)%0A(0,0) (-10,17) (11/2,-19/2) (17/2,-14)%0A(0,0) (1/2,0) (3/2,-3) (1/2,-1)%0A(0,0) (-3/2,3) (1/2,-1) (-1/2,0)%0A(0,0) (-1,2) (1/2,-1) (0,-1/2)%0A(0,0) (0,1/2) (0,0) (-3/2,2)%0A(0,0) (-1/2,3/2) (0,0) (-2,5/2)%0A(0,0) (-13,22) (-1/2,1) (-1,3/2)%0A(0,0) (1,-1) (-1/2,1) (-1,3/2)%0A(0,0) (1,-1) (1/2,-1) (-1,3/2)%0A(0,0) (-13,22) (1/2,-1) (-1,3/2)%0A(0,0) (-1/2,0) (1,-1) (-1/2,1/2)%0A(0,0) (-13/4,9/2) (-9/4,17/4) (-1,5/4)%0A(0,0) (9/4,-17/4) (1,-5/4) (-13/4,9/2)%0A(0,0) (-1,1) (1/2,-1/2) (-1/2,0)%0A(0,0) (1/2,-1) (1/2,0) (3/2,-3)%0A(0,0) (17/2,-14) (-10,17) (11/2,-19/2)%0A(0,0) (-14,45/2) (4,-11/2) (-3,9/2)%0A(0,0) (-1,3/2) (3/2,-3/2) (1,-2)%0A(0,0) (-1,3/2) (13,-22) (-1/2,1)%0A(0,0) (1,-3/2) 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43%0A4 19 581 146 16%0A4 470 534 574 471%0A4 132 131 248 356%0A4 367 456 54 484%0A4 203 31 551 204%0A4 513 414 310 154%0A4 125 124 56 111%0A4 587 407 477 476%0A4 519 511 114 364%0A4 201 200 132 500%0A4 275 242 199 198%0A4 68 316 467 69%0A4 84 62 398 85%0A4 299 582 529 573%0A4 497 370 372 474%0A4 113 346 507 111%0A4 174 462 461 175%0A4 98 97 187 309%0A4 570 78 135 21%0A4 420 419 563 187%0A4 485 133 16 539%0A4 243 242 275 514%0A4 188 192 562 543%0A4 527 182 251 494%0A4 448 561 412 312%0A4 7 67 371 4%0A4 561 560 427 412%0A4 552 573 85 345%0A4 293 292 331 406%0A4 276 197 9 8%0A4 333 332 343 137%0A4 488 297 227 489%0A4 573 595 509 299%0A4 72 502 396 393%0A4 414 538 385 312%0A4 197 119 118 594%0A4 363 229 59 58%0A4 318 48 119 216%0A4 187 97 245 420%0A4 146 145 356 16%0A4 574 421 405 533%0A4 477 407 408 495%0A4 502 484 366 325%0A4 492 50 280 189%0A4 589 47 219 439%0A4 298 579 34 82%0A4 308 304 487 578%0A4 65 83 82 517%0A4 586 536 577 540%0A4 25 60 316 394%0A4 475 425 452 451%0A4 380 454 309 381%0A4 568 523 499 514%0A4 344 421 123 122%0A4 211 596 455 205%0A4 335 350 349 336%0A4 599 35 129 386%0A4 468 478 268 271%0A4 493 590 135 78%0A4 230 173 172 463%0A4 543 567 147 188%0A4 583 358 469 571%0A4 7 6 150 149%0A4 85 528 566 298%0A4 5 312 107 6%0A4 183 318 79 569%0A4 40 45 44 260%0A4 117 553 328 114%0A4 191 44 2 106%0A4 354 68 9 95%0A4 420 468 271 184%0A4 21 135 222 22%0A4 10 9 223 556%0A4 509 142 516 510%0A4 247 387 425 284%0A4 171 333 137 136%0A4 575 469 275 198%0A4 417 274 197 594%0A4 293 389 250 139%0A4 244 354 537 245%0A4 537 354 95 98%0A4 135 590 442 19%0A4 592 16

11147 283 282%0A4 418 544 233 419%0A4 187 563 418 184%0A4 425 469 575 426%0A4 104 2 45 491%0A4 258 19 94 522%0A4 159 358 275 376%0A4 280 128 36 35%0A4 346 398 325 507%0A4 500 270 306 311%0A4 598 120 219 241%0A4 560 60 371 427%0A4 337 336 591 453%0A4 449 515 343 332%0A4 31 30 435 551%0A4 327 225 228 365%0A4 478 234 274 268%0A4 211 210 203 202%0A4 278 119 197 276%0A4 593 420 110 512%0A4 110 537 98 309%0A4 142 141 59 516%0A4 550 549 279 564%0A4 228 227 297 296%0A4 523 184 500 499%0A4 85 471 532 82%0A4 573 461 463 511%0A4 340 401 404 195%0A4 310 410 27 378%0A4 265 38 543 266%0A4 555 389 232 587%0A4 464 452 465 466%0A4 440 120 48 588%0A4 355 68 234 357%0A4 229 435 597 504%0A4 128 127 572 36%0A4 545 55 369 39%0A4 596 434 436 455%0A4 155 311 420 593%0A4 415 464 466 416%0A4 241 258 522 598%0A4 504 597 322 328%0A4 429 300 5 4%0A4 406 331 333 171%0A4 406 405 389 293%0A4 423 422 556 557%0A4 76 586 540 539%0A4 282 373 374 592%0A4 355 512 513 317%0A4 349 326 327 378%0A4 584 503 553 323%0A4 402 182 181 403%0A4 510 516 140 595%0A4 453 29 297 337%0A4 427 371 316 428%0A4 123 421 430 215%0A4 595 140 142 509%0A4 27 26 448 378%0A4 490 521 311 310%0A4 320 314 315 548%0A4 117 116 554 431%0A4 195 404 459 343%0A4 531 397 396 502%0A4 178 48 120 319%0A4 222 221 485 539%0A4 238 434 596 239%0A4 590 589 439 442%0A4 578 487 303 307%0A4 437 283 251 391%0A4 311 160 375 500%0A4 396 506 565 517%0A4 403 181 170 558%0A4 585 294 405 32%0A4 141 371 370 496%0A4 422 14 10 556%0A4 257 132 19 258%0A4 177 119 48 178%0A4 288 287 265 264%0A4 137 343 256 138%0A4 549 189 280 279%0A4 525 13 10 212%0A4 451 599 386 475%0A4 325 101 531 502%0A4 453 591 599 451%0A4 597 435 30 584%0A4 462 123 59 230%0A4 564 279 281 321%0A4 170 250 249 450%0A4 529 528 85 573%0A4 581 409 143 146%0A4 302 220 313 17%0A4 563 235 544 418%0A4 83 400 267 84%0A4 324 432 431 325%0A4 582 214 215 529%0A4 517 542 476 396%0A4 192 191 106 562%0A4 222 541 586 76%0A4 591 211 35 599%0A4 269 275 358 305%0A4 196 195 454 380%0A4 592 374 71 70%0A4 48 47 589 588%0A4 195 301 569 340%0A4 165 464 415 362%0A4 93 185 184 94%0A4 483 251 283 479%0A4 445 444 454 195%0A4 567 460 43 147%0A4 277 187 81 194%0A4 148 46 460 567%0A4 81 176 179 78%0A4 542 555 587 476%0A%0A%0A%0A0%0A%0A%0A";
1115
1116// src/worker/legacy/resources/com/vzome/core/parts/lifelike/green-short.vef
1117var green_short_default2 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A%0A35%0A(0,0) (-1/2,1) (-1,3/2) (1,-1)%0A(0,0) (-1/2,1) (1,-3/2) (1,-1)%0A(0,0) (1/2,-1/2) (1/2,-1) (0,1)%0A(0,0) (1/2,-1/2) (-1/2,1) (0,1)%0A(0,0) (-1,2) (1/2,-1) (0,1/2)%0A(0,0) (-1,2) (-1/2,1) (0,1/2)%0A(0,0) (-23/2,19) (71,-115) (-39/2,65/2)%0A(0,0) (-23/2,19) (-71,115) (-39/2,65/2)%0A(0,0) (0,1/2) (0,0) (3/2,-2)%0A(0,0) (65/2,-52) (-44,71) (103/2,-165/2)%0A(0,0) (65/2,-52) (44,-71) (103/2,-165/2)%0A(0,0) (1,-1) (-1/2,1/2) (1/2,0)%0A(0,0) (1,-1) (1/2,-1/2) (1/2,0)%0A(0,0) (-77/2,63) (0,0) (-127/2,207/2)%0A(0,0) (1/2,0) (0,0) (-1/2,3/2)%0A(0,0) (1,-1/2) (0,0) (3/2,-1)%0A(0,0) (1/2,1/2) (-1/2,1/2) (1/2,1/2)%0A(0,0) (1/2,1/2) (1/2,-1/2) (1/2,1/2)%0A(0,0) (0,3/2) (0,0) (-1/2,2)%0A(0,0) (1/2,1) (0,0) (3/2,-1/2)%0A(0,0) (79/2,-62) (0,0) (129/2,-205/2)%0A(0,0) (0,2) (-1/2,1/2) (1/2,1)%0A(0,0) (0,2) (1/2,-1/2) (1/2,1)%0A(0,0) (-63/2,53) (-44,71) (-101/2,167/2)%0A(0,0) (-63/2,53) (44,-71) (-101/2,167/2)%0A(0,0) (1,1/2) (0,0) (-1/2,3)%0A(0,0) (25/2,-18) (71,-115) (41/2,-63/2)%0A(0,0) (25/2,-18) (-71,115) (41/2,-63/2)%0A(0,0) (2,-1) (1/2,-1) (1,1/2)%0A(0,0) (2,-1) (-1/2,1) (1,1/2)%0A(0,0) (1/2,3/2) (1/2,-1) (1,0)%0A(0,0) (1/2,3/2) (-1/2,1) (1,0)%0A(0,0) (3/2,0) (-1,3/2) (0,2)%0A(0,0) (3/2,0) (1,-3/2) (0,2)%0A(0,0) (1,1) (0,0) (1,1)%0A%0A%0A%0A0%0A%0A%0A%0A36%0A3  2 16 15 %0A3  3 2 15 %0A3  12 3 17 %0A3  15 17 3 %0A3  16 2 11 %0A3  16 30 21 %0A3  17 22 31 %0A3  18 31 30 %0A3  30 16 18 %0A3  31 18 17 %0A4  0 4 9 6 %0A4  1 0 6 7 %0A4  2 6 9 11 %0A4  3 7 6 2 %0A4  4 8 13 9 %0A4  5 1 7 10 %0A4  8 5 10 13 %0A4  11 9 13 14 %0A4  12 10 7 3 %0A4  12 17 18 14 %0A4  14 13 10 12 %0A4  14 18 16 11 %0A4  15 16 21 19 %0A4  19 21 23 20 %0A4  19 22 17 15 %0A4  21 30 26 23 %0A4  22 19 20 24 %0A4  25 20 23 28 %0A4  28 23 26 32 %0A4  29 24 20 25 %0A4  30 31 27 26 %0A4  31 22 24 27 %0A4  32 26 27 33 %0A4  33 27 24 29 %0A5  4 0 1 5 8 %0A5  29 25 28 32 33 %0A%0A%0A%0A20%0A15 16 17 18 19 20 21 22 23 24 %0A25 26 27 28 29 30 31 32 33 34 %0A%0A%0A%0Atip 34%0A%0A";
1118
1119// src/worker/legacy/resources/com/vzome/core/parts/lifelike/green.vef
1120var green_default4 = "data:text/plain;

1120charset=utf-8,vZome VEF 6 field golden%0A%0A39%0A(0,0)  (1/2,-1/2)  (1/2,-1)  (0,1) %0A(0,0)  (1/2,1/2)  (-1/2,1/2)  (1/2,1/2) %0A(0,0)  (1,-1/2)  (0,0)  (3/2,-1) %0A(0,0)  (1,-1)  (-1/2,1/2)  (1/2,0) %0A(0,0)  (1/2,0)  (0,0)  (-1/2,3/2) %0A(0,0)  (0,3/2)  (0,0)  (-1/2,2) %0A(0,0)  (2,2)  (0,0)  (2,2) %0A(0,0)  (27/2,-17)  (71,-115)  (43/2,-61/2) %0A(0,0)  (5/2,1)  (1,-3/2)  (1,3) %0A(0,0)  (27/2,-17)  (-71,115)  (43/2,-61/2) %0A(0,0)  (-61/2,54)  (44,-71)  (-99/2,169/2) %0A(0,0)  (3,0)  (-1/2,1)  (2,3/2) %0A(0,0)  (3/2,5/2)  (-1/2,1)  (2,1) %0A(0,0)  (1,5/2)  (0,0)  (1/2,3) %0A(0,0)  (3/2,3/2)  (1/2,-1/2)  (3/2,3/2) %0A(0,0)  (2,1/2)  (0,0)  (5/2,0) %0A(0,0)  (1/2,1/2)  (1/2,-1/2)  (1/2,1/2) %0A(0,0)  (1/2,-1/2)  (-1/2,1)  (0,1) %0A(0,0)  (1,-1)  (1/2,-1/2)  (1/2,0) %0A(0,0)  (65/2,-52)  (44,-71)  (103/2,-165/2) %0A(0,0)  (-23/2,19)  (-71,115)  (-39/2,65/2) %0A(0,0)  (3/2,5/2)  (1/2,-1)  (2,1) %0A(0,0)  (3/2,2)  (0,0)  (5/2,1/2) %0A(0,0)  (1,3)  (1/2,-1/2)  (3/2,2) %0A(0,0)  (1,3)  (-1/2,1/2)  (3/2,2) %0A(0,0)  (-61/2,54)  (-44,71)  (-99/2,169/2) %0A(0,0)  (3/2,3/2)  (-1/2,1/2)  (3/2,3/2) %0A(0,0)  (2,3/2)  (0,0)  (1/2,4) %0A(0,0)  (81/2,-61)  (0,0)  (131/2,-203/2) %0A(0,0)  (3,0)  (1/2,-1)  (2,3/2) %0A(0,0)  (65/2,-52)  (-44,71)  (103/2,-165/2) %0A(0,0)  (-77/2,63)  (0,0)  (-127/2,207/2) %0A(0,0)  (5/2,1)  (-1,3/2)  (1,3) %0A(0,0)  (-1/2,1)  (1,-3/2)  (1,-1) %0A(0,0)  (-1/2,1)  (-1,3/2)  (1,-1) %0A(0,0)  (-23/2,19)  (71,-115)  (-39/2,65/2) %0A(0,0)  (-1,2)  (1/2,-1)  (0,1/2) %0A(0,0)  (0,1/2)  (0,0)  (3/2,-2) %0A(0,0)  (-1,2)  (-1/2,1)  (0,1/2) %0A%0A%0A%0A0%0A%0A%0A%0A40%0A3 0 1 2%0A4 3 4 5 1%0A4 8 9 10 11%0A3 12 13 14%0A4 2 15 14 16%0A3 17 2 16%0A4 18 19 20 17%0A3 21 13 12%0A3 0 3 1%0A4 22 23 14 15%0A4 5 16 14 13%0A4 24 21 7 25%0A3 21 26 13%0A4 2 1 26 15%0A3 23 12 14%0A4 4 18 16 5%0A4 27 28 25 29%0A4 3 30 31 4%0A4 24 22 15 26%0A5 11 27 29 32 8%0A4 33 34 35 20%0A3 18 17 16%0A4 36 37 31 30%0A5 36 34 33 38 37%0A4 1 5 13 26%0A4 22 24 25 28%0A4 21 12 9 7%0A3 0 2 17%0A3 21 24 26%0A4 34 36 30 35%0A4 17 20 35 0%0A4 4 31 19 18%0A4 29 25 7 32%0A4 32 7 9 8%0A4 38 33 20 19%0A4 11 10 28 27%0A4 23 22 28 10%0A4 0 35 30 3%0A4 12 23 10 9%0A4 37 38 19 31%0A%0A%0A%0A20%0A 6 7 12 9 11 22 21 27 28 10 32 26 23 25 24 8 15 13 14 29%0A%0Atip 6%0A";
1121
1122// src/worker/legacy/resources/com/vzome/core/parts/lifelike/red-short.vef
1123var red_short_default2 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A%0A31%0A(0,0) (-1/2,1/2) (-1/2,-1) (0,-1)%0A(0,0) (-1/2,1/2) (-1/2,0) (-1,1)%0A(0,0) (1/2,-1) (-1,-1/2) (-2,2)%0A(0,0) (1/2,-1) (-8/5,4/5) (-7/10,1/10)%0A(0,0) (1/2,-1) (-1,0) (-1/2,-1/2)%0A(0,0) (1/2,-1) (0,-1) (-1/2,1/2)%0A(0,0) (1/2,-1) (3/5,-9/5) (-3/10,-1/10)%0A(0,0) (1/2,-1) (0,-1/2) (1,-2)%0A(0,0) (-1,3/2) (0,-2) (-3/2,1)%0A(0,0) (-1,3/2) (-3/5,-7/10) (-1/5,-9/10)%0A(0,0) (-1,3/2) (-2/5,-3/10) (-4/5,9/10)%0A(0,0) (-1,3/2) (-1,1) (1/2,-1)%0A(0,0) (0,0) (-1,-1) (-1,0)%0A(0,0) (0,0) (1/2,-3) (-1,1/2)%0A(0,0) (0,0) (-3/2,1/2) (-1/2,0)%0A(0,0) (0,0) (-1/10,-17/10) (3/10,-7/5)%0A(0,0) (0,0) (-9/10,7/10) (-13/10,7/5)%0A(0,0) (0,0) (1/2,-3/2) (-1/2,0)%0A(0,0) (0,0) (-3/2,2) (0,-1/2)%0A(0,0) (1,-3/2) (0,-2) (-3/2,1)%0A(0,0) (1,-3/2) (-3/5,-7/10) (-1/5,-9/10)%0A(0,0) (1,-3/2) (-2/5,-3/10) (-4/5,9/10)%0A(0,0) (1,-3/2) (-1,1) (1/2,-1)%0A(0,0) (-1/2,1) (-1,-1/2) (-2,2)%0A(0,0) (-1/2,1) (-8/5,4/5) (-7/10,1/10)%0A(0,0) (-1/2,1) (-1,0) (-1/2,-1/2)%0A(0,0) (-1/2,1) (0,-1) (-1/2,1/2)%0A(0,0) (-1/2,1) (3/5,-9/5) (-3/10,-1/10)%0A(0,0) (-1/2,1) (0,-1/2) (1,-2)%0A(0,0) (1/2,-1/2) (-1/2,-1) (0,-1)%0A(0,0) (1/2,-1/2) (-1/2,0) (-1,1)%0A%0A%0A%0A0%0A%0A%0A%0A32%0A3  0 14 5 %0A3  1 17 4 %0A3  4 0 1 %0A3  5 1 0 %0A3  14 29 26 %0A3  17 30 25 %0A3  25 4 17 %0A3  26 5 14 %0A3  29 25 30 %0A3  30 26 29 %0A4  2 3 9 8 %0A4  3 0 4 9 %0A4  6 1 5 10 %0A4  6 10 11 7 %0A4  10 5 26 21 %0A4  10 21 22 11 %0A4  15 3 2 13 %0A4  15 14 0 3 %0A4  16 17 1 6 %0A4  16 27 30 17 %0A4  18 16 6 7 %0A4  18 28 27 16 %0A4  20 9 4 25 %0A4  20 19 8 9 %0A4  20 24 23 19 %0A4  20 25 29 24 %0A4  23 24 15 13 %0A4  24 29 14 15 %0A4  26 30 27 21 %0A4  28 22 21 27 %0A5  18 7 11 22 28 %0A5  23 13 2 8 19 %0A%0A%0A%0A16%0A0 2 3 4 8 9 12 13 14 15 %0A19 20 23 24 25 29 %0A%0Atip 12%0A";
1124
1125// src/worker/legacy/resources/com/vzome/core/parts/lifelike/red.vef
1126var red_default4 = "data:text/plain;

1126charset=utf-8,vZome VEF 6 field golden%0A%0A41%0A(0,0) (0,0) (3/2,-2) (0,-1/2)%0A(0,0) (0,0) (9/10,-7/10) (-13/10,7/5)%0A(0,0) (-1/2,1) (-3/5,9/5) (-3/10,-1/10)%0A(0,0) (-1/2,1) (0,1/2) (1,-2)%0A(0,0) (-1,3/2) (18/5,17/10) (-6/5,-29/10)%0A(0,0) (1/2,-1) (4,3/2) (-3,0)%0A(0,0) (1/2,-1) (23/5,1/5) (-17/10,-19/10)%0A(0,0) (0,0) (31/10,27/10) (-7/10,-17/5)%0A(0,0) (0,0) (5/2,4) (-2,-3/2)%0A(0,0) (1/2,-1) (4,1) (-3/2,-5/2)%0A(0,0) (-1/2,1/2) (5/2,1) (0,-3)%0A(0,0) (0,0) (7/2,-1/2) (-1/2,-2)%0A(0,0) (0,0) (9/2,1/2) (-3/2,-2)%0A(0,0) (-1/2,1/2) (7/2,2) (-1,-3)%0A(0,0) (-1/2,1) (4,3/2) (-3,0)%0A(0,0) (-1/2,1) (23/5,1/5) (-17/10,-19/10)%0A(0,0) (1,-3/2) (18/5,17/10) (-6/5,-29/10)%0A(0,0) (1,-3/2) (3,3) (-5/2,-1)%0A(0,0) (1/2,-1/2) (7/2,2) (-1,-3)%0A(0,0) (1,-3/2) (2/5,3/10) (-4/5,9/10)%0A(0,0) (1,-3/2) (1,-1) (1/2,-1)%0A(0,0) (0,0) (1/2,5/2) (-3/2,0)%0A(0,0) (-1/2,1/2) (3/2,1) (-2,1)%0A(0,0) (1/2,-1) (3,0) (-1/2,-5/2)%0A(0,0) (1/2,-1) (0,1) (-1/2,1/2)%0A(0,0) (-1/2,1) (0,1) (-1/2,1/2)%0A(0,0) (-1/2,1) (1,2) (-3/2,1/2)%0A(0,0) (1/2,-1) (1,2) (-3/2,1/2)%0A(0,0) (1/2,-1/2) (5/2,1) (0,-3)%0A(0,0) (-1/2,1) (4,1) (-3/2,-5/2)%0A(0,0) (-1/2,1) (3,0) (-1/2,-5/2)%0A(0,0) (1/2,-1/2) (3/2,1) (-2,1)%0A(0,0) (1/2,-1) (0,1/2) (1,-2)%0A(0,0) (1/2,-1) (-3/5,9/5) (-3/10,-1/10)%0A(0,0) (-1,3/2) (2/5,3/10) (-4/5,9/10)%0A(0,0) (-1,3/2) (1,-1) (1/2,-1)%0A(0,0) (-1/2,1/2) (1/2,0) (-1,1)%0A(0,0) (-1,3/2) (3,3) (-5/2,-1)%0A(0,0) (0,0) (-1/2,3/2) (-1/2,0)%0A(0,0) (1/2,-1/2) (1/2,0) (-1,1)%0A(0,0) (0,0) (4,2) (-2,-2)%0A%0A%0A%0A0%0A%0A%0A%0A42%0A4 0 1 2 3%0A4 5 6 7 8%0A4 10 11 12 13%0A4 14 15 16 17%0A4 8 7 15 14%0A4 3 2 19 20%0A3 21 22 23%0A4 23 10 13 9%0A4 24 25 26 27%0A4 6 13 12 7%0A3 27 26 11%0A3 26 28 11%0A4 16 29 9 4%0A3 22 27 10%0A3 21 23 30%0A3 31 21 30%0A4 32 33 1 0%0A4 20 19 34 35%0A4 28 30 29 18%0A4 15 18 29 16%0A4 36 24 27 22%0A4 30 23 9 29%0A4 4 9 13 6%0A4 17 16 4 37%0A4 38 36 22 21%0A3 31 30 28%0A4 7 12 18 15%0A3 27 11 10%0A4 37 4 6 5%0A4 35 34 33 32%0A4 33 36 38 1%0A4 1 38 39 2%0A5 20 35 32 0 3%0A4 19 25 24 34%0A5 17 37 5 8 14%0A4 11 28 18 12%0A4 34 24 36 33%0A3 22 10 23%0A4 2 39 25 19%0A4 39 38 21 31%0A4 25 39 31 26%0A3 26 31 28%0A%0A%0A%0A16%0A 4 9 13 18 17 8 14 5 7 6 29 12 15 37 40 16%0A%0Atip 40%0Amiddle 31 30 28 26 11 27 10 22 23 21%0A";
1127
1128// src/worker/legacy/resources/com/vzome/core/parts/lifelike/yellow-short.vef
1129var yellow_short_default2 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A%0A19%0A(0,0) (0,1/2) (0,0) (3/2,-2)%0A(0,0) (1,-1) (1/2,-1) (1,-3/2)%0A(0,0) (1,-1) (-1/2,1) (1,-3/2)%0A(0,0) (1/2,0) (0,0) (-1/2,3/2)%0A(0,0) (-1/2,5/3) (0,0) (-1/6,5/6)%0A(0,0) (1/2,1/6) (1/2,-1) (-2/3,4/3)%0A(0,0) (1/2,1/6) (-1/2,1) (-2/3,4/3)%0A(0,0) (0,1) (-1/2,1/2) (-1/2,1)%0A(0,0) (0,1) (1/2,-1/2) (-1/2,1)%0A(0,0) (1,0) (-1/2,1/2) (1/2,0)%0A(0,0) (1,0) (1/2,-1/2) (1/2,0)%0A(0,0) (1/2,5/6) (1/2,-1) (2/3,-1/3)%0A(0,0) (1/2,5/6) (-1/2,1) (2/3,-1/3)%0A(0,0) (3/2,-2/3) (0,0) (1/6,1/6)%0A(0,0) (1/2,1) (0,0) (1/2,-1/2)%0A(0,0) (0,2) (1/2,-1) (-1,5/2)%0A(0,0) (0,2) (-1/2,1) (-1,5/2)%0A(0,0) (1,1/2) (0,0) (-3/2,3)%0A(0,0) (1,1) (0,0) (0,1)%0A%0A%0A%0A0%0A%0A%0A%0A20%0A3  1 0 2 %0A3  7 14 9 %0A3  9 3 7 %0A3  9 10 3 %0A3  10 8 3 %0A3  14 7 8 %0A3  14 8 10 %0A3  17 16 15 %0A4  3 8 6 4 %0A4  4 6 2 0 %0A4  5 1 2 6 %0A4  5 4 0 1 %0A4  5 6 8 7 %0A4  5 7 3 4 %0A4  10 9 11 12 %0A4  10 12 13 14 %0A4  12 11 15 16 %0A4  14 13 11 9 %0A4  17 13 12 16 %0A4  17 15 11 13 %0A%0A%0A%0A10%0A9 10 11 12 13 14 15 16 17 18 %0A%0Atip 18%0A%0A%0A%0A";
1130
1131// src/worker/legacy/resources/com/vzome/core/parts/lifelike/yellow.vef
1132var yellow_default3 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A%0A25%0A(0,0) (-2/3,4/3) (1/2,1/6) (1/2,-1)%0A(0,0) (-1/2,1) (0,1) (-1/2,1/2)%0A(0,0) (-1/2,3/2) (1/2,0) (0,0)%0A(0,0) (-1/6,5/6) (-1/2,5/3) (0,0)%0A(0,0) (-1/2,2) (2,1/2) (0,0)%0A(0,0) (1/2,0) (1,3/2) (0,0)%0A(0,0) (1/2,1/2) (3/2,1/2) (-1/2,1/2)%0A(0,0) (1/2,-1/2) (1/2,1/2) (-1/2,1/2)%0A(0,0) (1/2,-1/2) (1/2,1/2) (1/2,-1/2)%0A(0,0) (-1/2,1) (0,1) (1/2,-1/2)%0A(0,0) (1/2,0) (1,-1/2) (0,0)%0A(0,0) (1/2,1/2) (3/2,1/2) (1/2,-1/2)%0A(0,0) (3/2,-1) (2,0) (1/2,-1/2)%0A(0,0) (3/2,-3/2) (3/2,1) (0,0)%0A(0,0) (5/3,-4/3) (3/2,5/6) (-1/2,1)%0A(0,0) (3/2,-1) (2,0) (-1/2,1/2)%0A(0,0) (5/3,-4/3) (3/2,5/6) (1/2,-1)%0A(0,0) (0,3/2) (1,2) (1/2,-1)%0A(0,0) (7/6,-5/6) (5/2,-2/3) (0,0)%0A(0,0) (1,0) (2,1) (0,0)%0A(0,0) (-2/3,4/3) (1/2,1/6) (-1/2,1)%0A(0,0) (0,3/2) (1,2) (-1/2,1)%0A(0,0) (1,-3/2) (1,-1) (1/2,-1)%0A(0,0) (1,-3/2) (1,-1) (-1/2,1)%0A(0,0) (3/2,-2) (0,1/2) (0,0)%0A%0A%0A%0A0%0A%0A%0A%0A26%0A4 0 1 2 3%0A3 5 6 7%0A3 7 8 5%0A4 9 2 10 8%0A4 2 1 7 10%0A4 5 11 12 13%0A4 14 12 15 16%0A4 17 16 18 4%0A3 10 7 6%0A3 11 5 8%0A4 20 9 1 0%0A4 6 5 13 15%0A3 4 21 17%0A4 1 9 8 7%0A4 3 2 9 20%0A4 16 15 13 18%0A4 20 0 22 23%0A4 3 20 23 24%0A4 18 13 12 14%0A3 8 10 11%0A3 23 22 24%0A4 21 14 16 17%0A4 4 18 14 21%0A4 11 6 15 12%0A3 6 11 10%0A4 0 3 24 22%0A%0A%0A%0A10%0A 4 19 12 14 15 17 21 13 16 18%0A%0Atip 19%0Amiddle 10 7 6 8 11 5%0A";
1133

1134// src/worker/legacy/resources/com/vzome/core/parts/lifelike/index.js
1135var shapes7 = {
1136  "blue": blue_default5,
1137  "connector": connector_default7,
1138  "green-short": green_short_default2,
1139  "green": green_default4,
1140  "red-short": red_short_default2,
1141  "red": red_default4,
1142  "yellow-short": yellow_short_default2,
1143  "yellow": yellow_default3
1144};
1145var lifelike_default = shapes7;
1146
1147// src/worker/legacy/resources/com/vzome/core/parts/octahedral/blue.vef
1148var blue_default6 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A scale  (1,-1) %0A%0A9%0A(0,0)  (-16,38)  (0,0)  (-28,46) %0A(0,0)  (-16,38)  (-28,46)  (0,0) %0A(0,0)  (22,-34)  (-28,46)  (0,0) %0A(0,0)  (22,-34)  (0,0)  (-28,46) %0A(0,0)  (-16,38)  (0,0)  (28,-46) %0A(0,0)  (-16,38)  (28,-46)  (0,0) %0A(0,0)  (6,4)  (0,0)  (0,0) %0A(0,0)  (22,-34)  (28,-46)  (0,0) %0A(0,0)  (22,-34)  (0,0)  (28,-46) %0A%0A%0A%0A0%0A%0A%0A%0A4%0A4 0 1 2 3%0A4 7 8 4 5%0A4 4 8 2 1%0A4 5 0 3 7%0A%0A%0A%0A5%0A 4 5 6 0 1%0A%0Atip 6%0A";
1149
1150// src/worker/legacy/resources/com/vzome/core/parts/octahedral/brown.vef
1151var brown_default2 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A scale  (1,-1) %0A%0A17%0A(0,0)  (-3,4)  (5,-6)  (-1,0) %0A(0,0)  (0,0)  (22,-34)  (28,-46) %0A(0,0)  (1,-2)  (-3,6)  (3,-6) %0A(0,0)  (1,-5)  (1,4)  (-1,-1) %0A(0,0)  (1,-5)  (-1,8)  (-1,-1) %0A(0,0)  (-2,-1)  (-18,36)  (-30,45) %0A(0,0)  (-3,4)  (3,-2)  (-1,0) %0A(0,0)  (-1,-1)  (1,4)  (1,-5) %0A(0,0)  (-1,0)  (5,-6)  (-3,4) %0A(0,0)  (-1,-1)  (-1,8)  (1,-5) %0A(0,0)  (-2,-1)  (4,2)  (-2,-1) %0A(0,0)  (-30,45)  (-18,36)  (-2,-1) %0A(0,0)  (-1,0)  (3,-2)  (-3,4) %0A(0,0)  (-5,5)  (7,-4)  (-3,1) %0A(0,0)  (-3,1)  (7,-4)  (-5,5) %0A(0,0)  (28,-46)  (22,-34)  (0,0) %0A(0,0)  (3,-6)  (-3,6)  (1,-2) %0A%0A%0A%0A0%0A%0A%0A%0A16%0A3 0 1 2%0A3 3 4 5%0A3 0 6 1%0A4 7 0 8 3%0A4 9 6 0 7%0A3 11 9 7%0A4 4 3 8 12%0A4 3 5 11 7%0A3 5 4 14%0A4 12 15 1 6%0A3 11 13 9%0A3 15 12 8%0A3 16 15 8%0A4 9 13 14 4%0A4 4 12 6 9%0A4 8 0 2 16%0A%0A%0A%0A9%0A 10 11 7 13 3 4 9 14 5%0A%0Atip 10%0A";
1152
1153// src/worker/legacy/resources/com/vzome/core/parts/octahedral/connector.vef
1154var connector_default8 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A scale  (1,-1) %0A%0A48%0A(0,0)  (-28,46)  (0,0)  (22,-34) %0A(0,0)  (0,0)  (-28,46)  (22,-34) %0A(0,0)  (28,-46)  (0,0)  (22,-34) %0A(0,0)  (0,0)  (28,-46)  (22,-34) %0A(0,0)  (28,-46)  (-22,34)  (0,0) %0A(0,0)  (0,0)  (-22,34)  (-28,46) %0A(0,0)  (1,-2)  (3,-6)  (-3,6) %0A(0,0)  (3,-6)  (3,-6)  (-1,2) %0A(0,0)  (-3,6)  (3,-6)  (-1,2) %0A(0,0)  (-28,46)  (-22,34)  (0,0) %0A(0,0)  (-3,6)  (3,-6)  (1,-2) %0A(0,0)  (22,-34)  (28,-46)  (0,0) %0A(0,0)  (1,-2)  (-3,6)  (-3,6) %0A(0,0)  (3,-6)  (-1,2)  (-3,6) %0A(0,0)  (-22,34)  (-28,46)  (0,0) %0A(0,0)  (-22,34)  (0,0)  (28,-46) %0A(0,0)  (-22,34)  (28,-46)  (0,0) %0A(0,0)  (-22,34)  (0,0)  (-28,46) %0A(0,0)  (0,0)  (28,-46)  (-22,34) %0A(0,0)  (1,-2)  (3,-6)  (3,-6) %0A(0,0)  (3,-6)  (1,-2)  (3,-6) %0A(0,0)  (28,-46)  (0,0)  (-22,34) %0A(0,0)  (3,-6)  (3,-6)  (1,-2) %0A(0,0)  (0,0)  (-22,34)  (28,-46) %0A(0,0)  (3,-6)  (-1,2)  (3,-6) %0A(0,0)  (3,-6)  (-3,6)  (-1,2) %0A(0,0)  (28,-46)  (22,-34)  (0,0) %0A(0,0)  (3,-6)  (-3,6)  (1,-2) %0A(0,0)  (-3,6)  (-3,6)  (-1,2) %0A(0,0)  (-1,2)  (-3,6)  (-3,6) %0A(0,0)  (-3,6)  (-1,2)  (-3,6) %0A(0,0)  (-1,2)  (3,-6)  (3,-6) %0A(0,0)  (-3,6)  (1,-2)  (3,-6) %0A(0,0)  (-3,6)  (-3,6)  (1,-2) %0A(0,0)  (-28,46)  (22,-34)  (0,0) %0A(0,0)  (22,-34)  (-28,46)  (0,0) %0A(0,0)  (-1,2)  (3,-6)  (-3,6) %0A(0,0)  (-3,6)  (1,-2)  (-3,6) %0A(0,0)  (-3,6)  (-1,2)  (3,-6) %0A(0,0)  (-1,2)  (-3,6)  (3,-6) %0A(0,0)  (3,-6)  (1,-2)  (-3,6) %0A(0,0)  (1,-2)  (-3,6)  (3,-6) %0A(0,0)  (0,0)  (22,-34)  (-28,46) %0A(0,0)  (22,-34)  (0,0)  (28,-46) %0A(0,0)  (22,-34)  (0,0)  (-28,46) %0A(0,0)  (0,0)  (-28,46)  (-22,34) %0A(0,0)  (-28,46)  (0,0)  (-22,34) %0A(0,0)  (0,0)  (22,-34)  (28,-46) %0A%0A%0A%0A0%0A%0A%0A%0A50%0A4 0 1 2 3%0A4 4 5 6 7%0A4 8 9 10 11%0A4 1 12 13 2%0A4 14 15 16 17%0A4 18 19 20 21%0A4 4 22 19 23%0A4 20 15 24 21%0A4 25 26 27 14%0A3 25 13 12%0A4 5 4 23 9%0A3 28 29 30%0A3 10 31 32%0A4 33 34 28 35%0A4 3 36 37 0%0A3 38 39 33%0A4 13 17 40 2%0A3 40 7 6%0A3 41 24 27%0A4 36 5 9 8%0A3 22 20 19%0A4 34 42 29 28%0A4 9 23 31 10%0A4 36 3 6 5%0A4 11 43 35 44%0A4 44 35 28 30%0A4 26 25 12 42%0A4 17 13 25 14%0A4 45 39 38 46%0A4 34 33 39 47%0A4 15 20 22 16%0A4 45 21 24 41%0A4 17 16 7 40%0A3 36 8 37%0A4 43 11 10 32%0A4 38 43 32 46%0A4 44 37 8 11%0A4 46 18 21 45%0A4 37 44 30 0%0A4 15 14 27 24%0A4 26 47 41 27%0A4 19 18 31 23%0A4 22 4 7 16%0A4 1 0 30 29%0A4 12 1 29 42%0A4 43 38 33 35%0A4 3 2 40 6%0A4 18 46 32 31%0A4 39 45 41 47%0A4 47 26 42 34%0A%0A%0A%0A0%0A%0A%0A";
1155
1156// src/worker/legacy/resources/com/vzome/core/parts/octahedral/green.vef
1157var green_default5 = "data:text/plain;

1157charset=utf-8,vZome VEF 6 field golden%0A scale  (1,-1) %0A%0A9%0A(0,0)  (22,-34)  (0,0)  (-28,46) %0A(0,0)  (-3,6)  (-1,2)  (-3,6) %0A(0,0)  (9,-2)  (-1,2)  (9,-2) %0A(0,0)  (34,-42)  (0,0)  (-16,38) %0A(0,0)  (6,4)  (0,0)  (6,4) %0A(0,0)  (9,-2)  (1,-2)  (9,-2) %0A(0,0)  (-28,46)  (0,0)  (22,-34) %0A(0,0)  (-3,6)  (1,-2)  (-3,6) %0A(0,0)  (-16,38)  (0,0)  (34,-42) %0A%0A%0A%0A0%0A%0A%0A%0A4%0A4 0 1 2 3%0A4 6 7 5 8%0A4 3 5 7 0%0A4 8 2 1 6%0A%0A%0A%0A5%0A 4 5 3 8 2%0A%0Atip 4%0A";
1158
1159// src/worker/legacy/resources/com/vzome/core/parts/octahedral/lavender.vef
1160var lavender_default2 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A scale  (1,-1) %0A%0A18%0A(0,0)  (17,-27)  (1,1)  (-11,19) %0A(0,0)  (-11,19)  (1,1)  (17,-27) %0A(0,0)  (-12,22)  (4,2)  (16,-24) %0A(0,0)  (16,-24)  (4,2)  (-12,22) %0A(0,0)  (-1,2)  (-3,6)  (-3,6) %0A(0,0)  (-3,6)  (-3,6)  (-1,2) %0A(0,0)  (-28,46)  (22,-34)  (0,0) %0A(0,0)  (-15,25)  (1,1)  (13,-21) %0A(0,0)  (-16,28)  (4,2)  (12,-18) %0A(0,0)  (1,1)  (-17,37)  (29,-45) %0A(0,0)  (12,-18)  (4,2)  (-16,28) %0A(0,0)  (4,-5)  (8,-3)  (2,-1) %0A(0,0)  (2,-1)  (8,-3)  (4,-5) %0A(0,0)  (1,1)  (5,3)  (1,1) %0A(0,0)  (29,-45)  (-17,37)  (1,1) %0A(0,0)  (0,0)  (22,-34)  (-28,46) %0A(0,0)  (13,-21)  (1,1)  (-15,25) %0A(0,0)  (0,0)  (0,0)  (0,0) %0A%0A%0A%0A0%0A%0A%0A12%0A4 0 1 2 3%0A4 4 5 1 0%0A6 1 6 7 8 9 2%0A4 11 12 8 10%0A4 3 2 9 14%0A4 15 16 7 6%0A3 4 0 15%0A3 14 11 10%0A3 12 9 8%0A6 15 0 3 14 10 16%0A4 7 16 10 8%0A3 5 6 1%0A%0A%0A%0A9%0A 10 13 11 8 12 3 9 2 14%0A%0Atip 13%0A";
1161
1162// src/worker/legacy/resources/com/vzome/core/parts/octahedral/maroon.vef
1163var maroon_default2 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A scale  (1,-1) %0A%0A17%0A(0,0)  (33/2,-24)  (3/2,5)  (23/2,-22) %0A(0,0)  (5,-5)  (7,-3)  (-3,1) %0A(0,0)  (30,-45)  (-18,37)  (-2,-1) %0A(0,0)  (29/2,-23)  (3/2,0)  (27/2,-23) %0A(0,0)  (31/2,-22)  (5/2,3)  (25/2,-24) %0A(0,0)  (27/2,-21)  (5/2,-2)  (29/2,-25) %0A(0,0)  (3,-1)  (7,-3)  (-5,5) %0A(0,0)  (-27/2,23)  (3/2,0)  (-29/2,23) %0A(0,0)  (-28,46)  (22,-34)  (0,0) %0A(0,0)  (-29/2,25)  (5/2,-2)  (-27/2,21) %0A(0,0)  (0,0)  (22,-34)  (28,-46) %0A(0,0)  (2,1)  (-18,37)  (-30,45) %0A(0,0)  (-23/2,22)  (3/2,5)  (-33/2,24) %0A(0,0)  (-25/2,24)  (5/2,3)  (-31/2,22) %0A(0,0)  (2,1)  (4,3)  (-2,-1) %0A(0,0)  (-3,6)  (-3,6)  (1,-2) %0A(0,0)  (-1,2)  (-3,6)  (3,-6) %0A%0A%0A%0A0%0A%0A%0A%0A16%0A3 0 1 2%0A4 3 0 4 5%0A3 7 8 9%0A4 10 8 7 3%0A3 11 12 13%0A4 4 13 9 5%0A4 3 7 12 0%0A4 12 7 9 13%0A4 5 9 15 16%0A3 11 6 12%0A3 0 2 4%0A4 2 11 13 4%0A3 10 3 5%0A3 8 15 9%0A3 10 5 16%0A4 0 12 6 1%0A%0A%0A%0A9%0A 0 6 11 13 14 2 12 1 4%0A%0Atip 14%0A";
1164
1165// src/worker/legacy/resources/com/vzome/core/parts/octahedral/olive.vef
1166var olive_default2 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A scale  (1,-1) %0A%0A17%0A(0,0)  (3,0)  (3,0)  (-2,4) %0A(0,0)  (28,-40)  (-22,40)  (-3,6) %0A(0,0)  (25,-38)  (-25,42)  (4,-6) %0A(0,0)  (0,2)  (0,2)  (5,-8) %0A(0,0)  (0,2)  (0,2)  (3,-4) %0A(0,0)  (-25,42)  (25,-38)  (4,-6) %0A(0,0)  (-28,46)  (22,-34)  (0,0) %0A(0,0)  (-3,6)  (-3,6)  (-1,2) %0A(0,0)  (-22,40)  (28,-40)  (-3,6) %0A(0,0)  (3,0)  (3,0)  (-4,8) %0A(0,0)  (6,-4)  (6,-4)  (0,2) %0A(0,0)  (-19,36)  (31,-44)  (1,0) %0A(0,0)  (3,2)  (3,2)  (1,0) %0A(0,0)  (6,-4)  (6,-4)  (2,-2) %0A(0,0)  (31,-44)  (-19,36)  (1,0) %0A(0,0)  (-3,6)  (-3,6)  (1,-2) %0A(0,0)  (22,-34)  (-28,46)  (0,0) %0A%0A%0A%0A0%0A%0A%0A%0A12%0A4 0 1 2 3%0A4 4 5 6 7%0A4 8 9 10 11%0A4 8 0 3 5%0A4 13 14 1 0%0A4 8 5 4 9%0A4 15 3 2 16%0A4 11 13 0 8%0A4 9 4 2 1%0A4 6 5 3 15%0A4 9 1 14 10%0A4 16 2 4 7%0A%0A%0A%0A9%0A 12 10 11 14 9 0 1 8 13%0A%0Atip 12%0A";
1167
1168// src/worker/legacy/resources/com/vzome/core/parts/octahedral/purple.vef
1169var purple_default2 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A scale  (1,-1) %0A%0A17%0A(0,0)  (-28,46)  (1,1)  (19,-36) %0A(0,0)  (0,0)  (4,-5)  (-1,-1) %0A(0,0)  (-4,6)  (0,1)  (-1,-1) %0A(0,0)  (28,-46)  (0,0)  (-22,34) %0A(0,0)  (0,0)  (-28,46)  (-22,34) %0A(0,0)  (0,0)  (1,1)  (-3,-2) %0A(0,0)  (28,-46)  (1,1)  (19,-36) %0A(0,0)  (4,-6)  (1,0)  (-2,-1) %0A(0,0)  (4,-6)  (0,1)  (-1,-1) %0A(0,0)  (0,0)  (-4,7)  (-1,-1) %0A(0,0)  (0,0)  (-3,6)  (-2,-1) %0A(0,0)  (0,0)  (29,-45)  (19,-36) %0A(0,0)  (-4,6)  (1,0)  (-2,-1) %0A(0,0)  (-28,46)  (0,0)  (-22,34) %0A(0,0)  (0,0)  (28,-46)  (-22,34) %0A(0,0)  (0,0)  (-27,47)  (19,-36) %0A(0,0)  (0,0)  (5,-6)  (-2,-1) %0A%0A%0A%0A0%0A%0A%0A%0A12%0A4 1 2 3 4%0A4 7 8 9 10%0A4 6 11 10 12%0A4 8 1 4 13%0A4 2 9 14 3%0A4 7 10 11 0%0A4 8 7 16 1%0A4 16 12 2 1%0A4 15 16 7 0%0A4 15 6 12 16%0A4 8 13 14 9%0A4 2 12 10 9%0A%0A%0A%0A9%0A 0 5 6 12 11 15 16 10 7%0A%0At

1169ip 5%0A";
1170
1171// src/worker/legacy/resources/com/vzome/core/parts/octahedral/red.vef
1172var red_default5 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A scale  (1,-1) %0A%0A17%0A(0,0)  (-27,35)  (-23,42)  (0,0) %0A(0,0)  (-2,-5)  (2,2)  (1,-2) %0A(0,0)  (-3,2)  (1,0)  (1,-2) %0A(0,0)  (-28,42)  (-24,40)  (0,0) %0A(0,0)  (-8,3)  (6,-4)  (-1,2) %0A(0,0)  (-2,-5)  (2,2)  (-1,2) %0A(0,0)  (23,-45)  (27,-38)  (0,0) %0A(0,0)  (17,-37)  (31,-44)  (0,0) %0A(0,0)  (-3,2)  (1,0)  (-1,2) %0A(0,0)  (22,-38)  (26,-40)  (0,0) %0A(0,0)  (-8,3)  (6,-4)  (1,-2) %0A(0,0)  (3,-6)  (-3,6)  (1,-2) %0A(0,0)  (-22,34)  (-28,46)  (0,0) %0A(0,0)  (-33,43)  (-19,36)  (0,0) %0A(0,0)  (3,-6)  (-3,6)  (-1,2) %0A(0,0)  (28,-46)  (22,-34)  (0,0) %0A(0,0)  (-5,-3)  (3,2)  (0,0) %0A%0A%0A%0A0%0A%0A%0A%0A12%0A4 0 1 2 3%0A4 4 5 6 7%0A4 8 9 6 5%0A4 3 2 11 12%0A4 13 10 1 0%0A4 4 13 0 5%0A4 3 8 5 0%0A4 1 6 9 2%0A4 8 14 15 9%0A4 10 7 6 1%0A4 3 12 14 8%0A4 2 9 15 11%0A%0A%0A%0A9%0A 10 0 13 6 7 4 16 5 1%0A%0Atip 16%0A";
1173
1174// src/worker/legacy/resources/com/vzome/core/parts/octahedral/yellow.vef
1175var yellow_default4 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A scale  (1,-1) %0A%0A13%0A(0,0)  (-7/3,17/3)  (-1/3,5/3)  (-4/3,11/3) %0A(0,0)  (-3,6)  (-1,2)  (-3,6) %0A(0,0)  (-3,6)  (-3,6)  (-1,2) %0A(0,0)  (3,2)  (3,2)  (3,2) %0A(0,0)  (13/3,-5/3)  (10/3,1/3)  (16/3,-11/3) %0A(0,0)  (4,0)  (6,-4)  (6,-4) %0A(0,0)  (10/3,1/3)  (16/3,-11/3)  (13/3,-5/3) %0A(0,0)  (6,-4)  (4,0)  (6,-4) %0A(0,0)  (-1/3,5/3)  (-4/3,11/3)  (-7/3,17/3) %0A(0,0)  (16/3,-11/3)  (13/3,-5/3)  (10/3,1/3) %0A(0,0)  (6,-4)  (6,-4)  (4,0) %0A(0,0)  (-4/3,11/3)  (-7/3,17/3)  (-1/3,5/3) %0A(0,0)  (-1,2)  (-3,6)  (-3,6) %0A%0A%0A%0A0%0A%0A%0A%0A15%0A3 0 1 2%0A3 4 5 6%0A3 1 0 8%0A3 7 4 9%0A4 8 0 6 9%0A3 10 6 5%0A3 11 2 12%0A4 6 0 11 4%0A3 10 7 9%0A3 0 2 11%0A3 1 8 12%0A3 8 11 12%0A3 7 5 4%0A3 10 9 6%0A4 9 4 11 8%0A%0A%0A%0A7%0A 3 7 4 9 10 6 5%0A%0Atip 3%0A";
1176

1177// src/worker/legacy/resources/com/vzome/core/parts/octahedral/index.js
1178var shapes8 = {
1179  "blue": blue_default6,
1180  "brown": brown_default2,
1181  "connector": connector_default8,
1182  "green": green_default5,
1183  "lavender": lavender_default2,
1184  "maroon": maroon_default2,
1185  "olive": olive_default2,
1186  "purple": purple_default2,
1187  "red": red_default5,
1188  "yellow": yellow_default4
1189};
1190var octahedral_default = shapes8;
1191
1192// src/worker/legacy/resources/com/vzome/core/parts/octahedralFast/blue.vef
1193var blue_default7 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A scale  (1,-1) %0A%0A11%0A(0,0)  (0,12)  (0,0)  (4,-6) %0A(0,0)  (0,12)  (4,-6)  (0,0) %0A(0,0)  (6,-8)  (4,-6)  (0,0) %0A(0,0)  (6,-8)  (0,0)  (4,-6) %0A(0,0)  (2,10)  (0,0)  (0,0) %0A(0,0)  (0,12)  (0,0)  (-4,6) %0A(0,0)  (0,12)  (-4,6)  (0,0) %0A(0,0)  (6,-8)  (-4,6)  (0,0) %0A(0,0)  (4,-6)  (0,0)  (0,0) %0A(0,0)  (6,-8)  (0,0)  (-4,6) %0A(0,0)  (6,4)  (0,0)  (0,0) %0A%0A%0A%0A0%0A%0A%0A%0A12%0A4 0 1 2 3%0A3 4 1 0%0A3 7 8 9%0A3 7 3 8%0A3 3 2 8%0A4 6 0 3 7%0A4 5 6 7 9%0A3 8 2 9%0A3 6 4 0%0A4 1 5 9 2%0A3 5 1 4%0A3 6 5 4%0A%0A%0A%0A6%0A 4 5 6 0 1 10%0A%0Atip 10%0A";
1194
1195// src/worker/legacy/resources/com/vzome/core/parts/octahedralFast/connector.vef
1196var connector_default9 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A scale  (1,-1) %0A%0A6%0A(0,0)  (0,0)  (-4,6)  (0,0) %0A(0,0)  (-4,6)  (0,0)  (0,0) %0A(0,0)  (0,0)  (0,0)  (-4,6) %0A(0,0)  (4,-6)  (0,0)  (0,0) %0A(0,0)  (0,0)  (4,-6)  (0,0) %0A(0,0)  (0,0)  (0,0)  (4,-6) %0A%0A%0A%0A0%0A%0A%0A%0A8%0A3 0 1 2%0A3 3 0 2%0A3 4 1 5%0A3 3 4 5%0A3 3 5 0%0A3 5 1 0%0A3 2 1 4%0A3 3 2 4%0A%0A%0A%0A0%0A%0A%0A";
1197
1198// src/worker/legacy/resources/com/vzome/core/parts/octahedralFast/green.vef
1199var green_default6 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A scale  (1,-1) %0A%0A12%0A(0,0)  (6,4)  (0,0)  (6,4) %0A(0,0)  (4,6)  (0,0)  (8,0) %0A(0,0)  (8,0)  (-4,6)  (8,0) %0A(0,0)  (8,1)  (0,0)  (8,1) %0A(0,0)  (8,0)  (0,0)  (8,0) %0A(0,0)  (8,0)  (0,0)  (4,6) %0A(0,0)  (4,-5)  (0,0)  (0,1) %0A(0,0)  (0,1)  (-4,6)  (0,1) %0A(0,0)  (2,-3)  (0,0)  (2,-3) %0A(0,0)  (0,1)  (4,-6)  (0,1) %0A(0,0)  (8,0)  (4,-6)  (8,0) %0A(0,0)  (0,1)  (0,0)  (4,-5) %0A%0A%0A%0A6%0A0 4%0A4 5%0A4 2%0A3 0%0A4 10%0A4 1%0A%0A%0A%0A12%0A3 0 1 2%0A3 0 2 5%0A4 6 5 2 7%0A3 6 8 9%0A4 10 9 11 1%0A3 8 7 11%0A4 2 1 11 7%0A3 0 10 1%0A3 8 6 7%0A3 8 11 9%0A4 6 9 10 5%0A3 10 0 5%0A%0A%0A%0A7%0A 3 2 4 1 10 5 0%0A%0Atip 3%0A";
1200
1201// src/worker/legacy/resources/com/vzome/core/parts/octahedralFast/yellow.vef
1202var yellow_default5 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A%0A9%0A(0,0)  (-1,-1)  (1,1)  (-1,-1) %0A(0,0)  (1,-2)  (9,-14)  (-19,30) %0A(0,0)  (3,-5)  (-3,5)  (3,-5) %0A(0,0)  (-19,30)  (-1,2)  (-9,14) %0A(0,0)  (8,-15)  (2,-1)  (18,-31) %0A(0,0)  (-2,1)  (-18,31)  (8,-15) %0A(0,0)  (-9,14)  (19,-30)  (1,-2) %0A(0,0)  (-4,4)  (4,-4)  (-4,4) %0A(0,0)  (18,-31)  (-8,15)  (-2,1) %0A%0A%0A%0A0%0A%0A%0A%0A9%0A3 1 2 3%0A4 4 5 3 6%0A3 2 1 6%0A3 7 5 4%0A4 5 8 1 3%0A3 2 6 3%0A4 6 1 8 4%0A3 7 4 8%0A3 7 8 5%0A%0A%0A%0A5%0A 0 8 4 5 7%0A%0Atip 0%0A";
1203

1204// src/worker/legacy/resources/com/vzome/core/parts/octahedralFast/index.js
1205var shapes9 = {
1206  "blue": blue_default7,
1207  "connector": connector_default9,
1208  "green": green_default6,
1209  "yellow": yellow_default5
1210};
1211var octahedralFast_default = shapes9;
1212
1213// src/worker/legacy/resources/com/vzome/core/parts/octahedralRealistic/blue.vef
1214var blue_default8 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A scale  (1,-1) %0A%0A9%0A(0,0)  (-16,38)  (0,0)  (-28,46) %0A(0,0)  (-16,38)  (-28,46)  (0,0) %0A(0,0)  (22,-34)  (-28,46)  (0,0) %0A(0,0)  (22,-34)  (0,0)  (-28,46) %0A(0,0)  (-16,38)  (0,0)  (28,-46) %0A(0,0)  (-16,38)  (28,-46)  (0,0) %0A(0,0)  (6,4)  (0,0)  (0,0) %0A(0,0)  (22,-34)  (28,-46)  (0,0) %0A(0,0)  (22,-34)  (0,0)  (28,-46) %0A%0A%0A%0A0%0A%0A%0A%0A4%0A4 0 1 2 3%0A4 7 8 4 5%0A4 4 8 2 1%0A4 5 0 3 7%0A%0A%0A%0A5%0A 4 5 6 0 1%0A%0Atip 6%0A";
1215
1216// src/worker/legacy/resources/com/vzome/core/parts/octahedralRealistic/brown.vef
1217var brown_default3 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A scale  (1,-1) %0A%0A17%0A(0,0)  (-3,4)  (5,-6)  (-1,0) %0A(0,0)  (0,0)  (22,-34)  (28,-46) %0A(0,0)  (1,-2)  (-3,6)  (3,-6) %0A(0,0)  (1,-5)  (1,4)  (-1,-1) %0A(0,0)  (1,-5)  (-1,8)  (-1,-1) %0A(0,0)  (-2,-1)  (-18,36)  (-30,45) %0A(0,0)  (-3,4)  (3,-2)  (-1,0) %0A(0,0)  (-1,-1)  (1,4)  (1,-5) %0A(0,0)  (-1,0)  (5,-6)  (-3,4) %0A(0,0)  (-1,-1)  (-1,8)  (1,-5) %0A(0,0)  (-2,-1)  (4,2)  (-2,-1) %0A(0,0)  (-30,45)  (-18,36)  (-2,-1) %0A(0,0)  (-1,0)  (3,-2)  (-3,4) %0A(0,0)  (-5,5)  (7,-4)  (-3,1) %0A(0,0)  (-3,1)  (7,-4)  (-5,5) %0A(0,0)  (28,-46)  (22,-34)  (0,0) %0A(0,0)  (3,-6)  (-3,6)  (1,-2) %0A%0A%0A%0A0%0A%0A%0A%0A16%0A3 0 1 2%0A3 3 4 5%0A3 0 6 1%0A4 7 0 8 3%0A4 9 6 0 7%0A3 11 9 7%0A4 4 3 8 12%0A4 3 5 11 7%0A3 5 4 14%0A4 12 15 1 6%0A3 11 13 9%0A3 15 12 8%0A3 16 15 8%0A4 9 13 14 4%0A4 4 12 6 9%0A4 8 0 2 16%0A%0A%0A%0A9%0A 10 11 7 13 3 4 9 14 5%0A%0Atip 10%0A";
1218
1219// src/worker/legacy/resources/com/vzome/core/parts/octahedralRealistic/connector.vef
1220var connector_default10 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A scale  (1,-1) %0A%0A480%0A(0,0)  (-9/5,16/5)  (-3,6)  (-3,6) %0A(0,0)  (2,-3)  (-84,137)  (-84,137) %0A(0,0)  (0,0)  (-44,72)  (-124,202) %0A(0,0)  (0,0)  (-44,72)  (38,-60) %0A(0,0)  (1303/5,-2109/5)  (-695,1123)  (2043/5,-3309/5) %0A(0,0)  (0,0)  (-22,34)  (28,-46) %0A(0,0)  (28,-46)  (-22,34)  (0,0) %0A(0,0)  (2043/5,-3309/5)  (-695,1123)  (1303/5,-2109/5) %0A(0,0)  (22,-34)  (0,0)  (38,-62) %0A(0,0)  (106,-170)  (0,0)  (-46,74) %0A(0,0)  (106,-170)  (-46,74)  (0,0) %0A(0,0)  (22,-34)  (38,-62)  (0,0) %0A(0,0)  (46,-74)  (0,0)  (34,-56) %0A(0,0)  (0,0)  (-46,74)  (34,-56) %0A(0,0)  (741/5,-1198/5)  (-971/5,1568/5)  (365,-592) %0A(0,0)  (971/5,-1568/5)  (-741/5,1198/5)  (365,-592) %0A(0,0)  (-3,6)  (-3,6)  (9/5,-16/5) %0A(0,0)  (-84,137)  (-84,137)  (-2,3) %0A(0,0)  (-124,202)  (-44,72)  (0,0) %0A(0,0)  (38,-60)  (-44,72)  (0,0) %0A(0,0)  (-6,9)  (2,-3)  (6,-9) %0A(0,0)  (-46,74)  (0,0)  (-34,56) %0A(0,0)  (44,-72)  (0,0)  (-124,202) %0A(0,0)  (84,-137)  (2,-3)  (-84,137) %0A(0,0)  (0,0)  (34,-56)  (-46,74) %0A(0,0)  (46,-74)  (34,-56)  (0,0) %0A(0,0)  (971/5,-1568/5)  (365,-592)  (-741/5,1198/5) %0A(0,0)  (741/5,-1198/5)  (365,-592)  (-971/5,1568/5) %0A(0,0)  (-6,9)  (6,-9)  (-2,3) %0A(0,0)  (-6,9)  (2,-3)  (-6,9) %0A(0,0)  (0,-1)  (-4,7)  (0,-1) %0A(0,0)  (0,-1)  (0,1)  (4,-7) %0A(0,0)  (-38,60)  (44,-72)  (0,0) %0A(0,0)  (124,-202)  (44,-72)  (0,0) %0A(0,0)  (84,-137)  (84,-137)  (2,-3) %0A(0,0)  (3,-6)  (3,-6)  (-9/5,16/5) %0A(0,0)  (44,-72)  (38,-60)  (0,0) %0A(0,0)  (28,-46)  (22,-34)  (0,0) %0A(0,0)  (3,-6)  (-3,6)  (1,-2) %0A(0,0)  (3,-6)  (-3,6)  (9/5,-16/5) %0A(0,0)  (-38,60)  (0,0)  (-44,72) %0A(0,0)  (-22,34)  (0,0)  (-28,46) %0A(0,0)  (3,-6)  (1,-2)  (-3,6) %0A(0,0)  (3,-6)  (9/5,-16/5)  (-3,6) %0A(0,0)  (38,-60)  (0,0)  (44,-72) %0A(0,0)  (22,-34)  (0,0)  (28,-46) %0A(0,0)  (-3,6)  (1,-2)  (3,-6) %0A(0,0)  (-3,6)  (9/5,-16/5)  (3,-6) %0A(0,0)  (-1303/5,2109/5)  (-2043/5,3309/5)  (-695,1123) %0A(0,0)  (741/5,-1198/5)  (971/5,-1568/5)  (365,-592) %0A(0,0)  (971/5,-1568/5)  (741/5,-1198/5)  (365,-592) %0A(0,0)  (-2043/5,3309/5)  (-1303/5,2109/5)  (-695,1123) %0A(0,0)  (-46,74)  (0,0)  (34,-56) %0A(0,0)  (-6,9)  (-2,3)  (-6,9) %0A(0,0)  (-771/5,1243/5)  (-751/5,1213/5)  (325,-527) %0A(0,0)  (-971/5,1568/5)  (-741/5,1198/5)  (365,-592) %0A(0,0)  (6,-9)  (2,-3)  

1220(6,-9) %0A(0,0)  (2,-3)  (6,-9)  (6,-9) %0A(0,0)  (-4,7)  (0,1)  (0,1) %0A(0,0)  (0,1)  (-4,7)  (0,1) %0A(0,0)  (1333/5,-2159/5)  (-565,913)  (-1393/5,2259/5) %0A(0,0)  (1,-2)  (3,-6)  (-3,6) %0A(0,0)  (3,-6)  (3,-6)  (-1,2) %0A(0,0)  (1393/5,-2259/5)  (-565,913)  (-1333/5,2159/5) %0A(0,0)  (34,-56)  (46,-74)  (0,0) %0A(0,0)  (-6,9)  (6,-9)  (2,-3) %0A(0,0)  (325,-527)  (771/5,-1243/5)  (751/5,-1213/5) %0A(0,0)  (365,-592)  (971/5,-1568/5)  (741/5,-1198/5) %0A(0,0)  (38,-62)  (0,0)  (22,-34) %0A(0,0)  (28,-46)  (0,0)  (22,-34) %0A(0,0)  (0,0)  (28,-46)  (22,-34) %0A(0,0)  (0,0)  (38,-62)  (22,-34) %0A(0,0)  (3,-6)  (3,-6)  (9/5,-16/5) %0A(0,0)  (3,-6)  (3,-6)  (1,-2) %0A(0,0)  (44,-72)  (-38,60)  (0,0) %0A(0,0)  (565,-913)  (-1393/5,2259/5)  (-1333/5,2159/5) %0A(0,0)  (-3,6)  (-3,6)  (-1,2) %0A(0,0)  (-3,6)  (-1,2)  (-3,6) %0A(0,0)  (565,-913)  (-1333/5,2159/5)  (-1393/5,2259/5) %0A(0,0)  (-46,74)  (0,0)  (106,-170) %0A(0,0)  (0,0)  (46,-74)  (106,-170) %0A(0,0)  (0,0)  (-38,62)  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(-106,170)  (-46,74)  (0,0) %0A(0,0)  (3,-6)  (-1,2)  (3,-6) %0A(0,0)  (1,-2)  (-3,6)  (3,-6) %0A(0,0)  (2,-3)  (-84,137)  (84,-137) %0A(0,0)  (28,-46)  (0,0)  (-22,34) %0A(0,0)  (2043/5,-3309/5)  (1303/5,-2109/5)  (-695,1123) %0A(0,0)  (1393/5,-2259/5)  (1333/5,-2159/5)  (-565,913) %0A(0,0)  (3,-6)  (1,-2)  (3,-6) %0A(0,0)  (695,-1123)  (1303/5,-2109/5)  (-2043/5,3309/5) %0A(0,0)  (-365,592)  (-741/5,1198/5)  (971/5,-1568/5) %0A(0,0)  (-365,592)  (-971/5,1568/5)  (741/5,-1198/5) %0A(0,0)  (695,-1123)  (2043/5,-3309/5)  (-1303/5,2109/5) %0A(0,0)  (38,-60)  (44,-72)  (0,0) %0A(0,0)  (-124,202)  (44,-72)  (0,0) %0A(0,0)  (-84,137)  (84,-137)  (-2,3) %0A(0,0)  (-3,6)  (3,-6)  (9/5,-16/5) %0A(0,0)  (22,-34)  (-38,62)  (0,0) %0A(0,0)  (-1393/5,2259/5)  (-565,913)  (-1333/5,2159/5) %0A(0,0)  (-2043/5,3309/5)  (-695,1123)  (-1303/5,2109/5) %0A(0,0)  (6,-9)  (-2,3)  (-6,9) %0A(0,0)  (-124,202)  (0,0)  (44,-72) %0A(0,0)  (-84,137)  (-2,3)  (84,-137) %0A(0,0)  (5,-7)  (-5,7)  (17,-27) %0A(0,0)  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(-44,72)  (0,0)  (124,-202) %0A(0,0)  (4,-7)  (0,-1)  (0,1) %0A(0,0)  (0,-1)  (0,-1)  (-4,7) %0A(0,0)  (-5,7)  (-5,7)  (17,-27) %0A(0,0)  (-1393/5,2259/5)  (565,-913)  (-1333/5,2159/5) %0A(0,0)  (-2043/5,3309/5)  (695,-1123)  (-1303/5,2109/5) %0A(0,0)  (44,-72)  (0,0)  (124,-202) %0A(0,0)  (-1393/5,2259/5)  (-1333/5,2159/5)  (565,-913) %0A(0,0)  (771/5,-1243/5)  (751/5,-1213/5)  (-325,527) %0A(0,0)  (971/5,-1568/5)  (741/5,-1198/5)  (-365,592) %0A(0,0)  (-2043/5,3309/5)  (-1303/5,2109/5)  (695,-1123) %0A(0,0)  (6,-9)  (6,-9)  (-2,3) %0A(0,0)  (-971/5,1568/5)  (-365,592)  (-741/5,1198/5) %0A(0,0)  (1393/5,-2259/5)  (565,-913)  (1333/5,-2159/5) %0A(0,0)  (-1,2)  (-3,6)  (-3,6) %0A(0,0)  (751/5,-1213/5)  (325,-527)  (-771/5,1243/5) %0A(0,0)  (0,1)  (-4,7)  (0,-1) %0A(0,0)  (-4,7)  (0,1)  (0,-1) %0A(0,0)  (741/5,-1198/5)  (971/5,-1568/5)  (-365,592) %0A(0,0)  (-1303/5,2109/5)  (-2043/5,3309/5)  (695,-1123) %0A(0,0)  (0,0)  (106,-170)  (-46,74) %0A(0,0)  (1333/5,-2159/5)  (565,-913)  (-1393/5,2259/5) %0A(0,0)  (0,-1)  (4,-7)  (0,1) %0A(0,0)  (0,0)  (38,-62)  (-22,34) %0A(0,0)  (751/5,-1213/5)  (771/5,-1243/5)  (-325,527) %0A(0,0)  (84,-137)  (-84,137)  (-2,3) %0A(0,0)  (-695,1123)  (-1303/5,2109/5)  (-2043/5,3309/5) %0A(0,0)  (0,1)  (0,1)  (4,-7) %0A(0,0)  (106,-170)  (46,-74)  (0,0) %0A(0,0)  (-22,34)  (0,0)  (38,-62) %0A(0,0)  (-106,170)  (46,-74)  (0,0) %0A(0,0)  (-365,592)  (-971/5,1568/5)  (-741/5,1198/5) %0A(0,0)  (-325,527)  (-771/5,1243/5)  (-751/5,1213/5) %0A(0,0)  (4,-7)  (0,1)  (0,-1) %0A(0,0)  (565,-913)  (1333/5,-2159/5)  (1393/5,-2259/5) %0A(0,0)  (-1333/5,2159/5)  (-1393/5,2259/5)  (-565,913) %0A(0,0)  (-22,34)  (38,-62)  (0,0) %0A(0,0)  (-741/5,1198/5)  (-365,592)  (-971/5,1568/5) %0A(0,0)  (46,-74)  (106,-170)  (0,0) %0A(0,0)  (124,-202)  (-44,72)  (0,0) %0A(0,0)  (325,-527)  (751/5,-1213/5)  (-771/5,1243/5) %0A(0,0)  (-1333/5,2159/5)  (-1393/5,2259/5)  (565,-913) %0A(0,0)  (565,-913)  (-1393/5,2259/5)  (1333/5,-2159/5) %0A(0,0)  (1333/5,-2159/5)  (565,-913)  (1393/5,-2259/5) %0A(0,0)  (-17,27)  (5,-7)  (-5,7) %0A(0,0)  (-5,7)  (5,-7)  (-17,27) %0A(0,0)  (-365,592)  (-741/5,1198/5)  (-971/5,1568/5) %0A(0,0)  (-325,527)  (-751/5,1213/5)  (-771/5,1243/5) %0A(0,0)  (325,-527)  (-771/5,1243/5)  (-751/5,1213/5) %0A(0,0)  (-565,913)  (-1333/5,2159/5)  (-1393/5,2259/5) %0A(0,0)  (325,-527)  (-751/5,1213/5)  (771/5,-1243/5) %0A(0,0)  (695,-1123)  (-2043/5,3309/5)  (-1303/5,2109/5) %0A(0,0)  (-325,527)  (771/5,-1243/5)  (-751/5,1213/5) %0A(0,0)  (-1303/5,2109/5)  (695,-1123)  (-2043/5,3309/5) %0A(0,0)  (695,-1123)  (-2043/5,3309/5)  (1303/5,-2109/5) %0A(0,0)  (-106,170)  (0,0)  (46,-74) %0A(0,0)  (-565,913)  (1393/5,-2259/5)  (1333/5,-2159/5) %0A(0,0)  (-5,7)  (17,-27)  (-5,7) %0A(0,0)  (-565,913)  (1333/5,-2159/5)  (1393/5,-2259/5) %0A(0,0)  (-2,3)  (84,-137)  (-84,137) %0A(0,0)  (44,-72)  (0,0)  (38,-60) %0A(0,0)  (-1333/5,2159/5)  (565,-913)  (-1393/5,2259/5) %0A%0A%0A%0A0%0A%0A%0A%0A576%0A4 0 1 2 3%0A4 4 5 6 7%0A4 8 9 10 11%0A4 12 13 14 15%0A4 16 17 18 19%0A4 20 21 22 23%0A4 24 25 26 27%0A4 28 29 30 31%0A4 32 33 34 35%0A4 36 37 38 39%0A4 40 41 42 43%0A4 44 45 46 47%0A4 48 49 50 51%0A4 52 53 54 55%0A4 56 57 58 59%0A4 60 61 62 63%0A4 64 65 66 67%0A4 68 69 70 71%0A4 72 73 6 74%0A4 75 76 77 78%0A4 68 79 80 81%0A4 35 62 82 32%0A4 83 84 85 86%0A4 87 88 89 80%0A4 90 91 92 87%0A4 93 70 61 94%0A4 95 92 65 96%0A4 97 98 99 100%0A4 101 37 84 102%0A4 103 104 105 106%0A4 107 108 109 110%0A4 111 112 113 114%0A4 115 116 117 118%0A4 119 120 38 121%0A4 122 123 124 125%0A4 126 6 127 128%0A4 129 130 10 9%0A4 131 132 133 134%0A4 13 135 136 14%0A4 129 137 138 139%0A4 140 141 142 143%0A4 144 100 145 146%0A4 147 148 149 25%0A4 150 56 151 152%0A4 111 24 153 154%0A4 155 156 157 158%0A4 159 116 34 33%0A4 160 161 162 163%0A4 14 136 164 165%0A4 166 41 120 167%0A4 168 169 170 171%0A4 104 172 123 173%0A4 174 175 139 176%0A4 3 2 177 178%0A4 144 179 180 181%0A4 182 118 117 183%0A4 184 185 186 187%0A4 11 10 188 189%0A4 190 191 192 193%0A4 194 195 196 197%0A4 198 145 100 99%0A4 199 200 132 201%0A4 26 202 99 98%0A4 43 203 204 40%0A4 154 205 112 111%0A4 206 207 208 209%0A4 83 210 211 212%0A4 103 151 213 214%0A4 6 126 63 62%0A4 19 215 216 16%0A4 217 82 218 219%0A4 71 70 220 221%0A4 137 222 223 224%0A4 225 226 28 64%0A4 87 92 177 2%0A4 227 70 228 229%0A4 230 196 216 161%0A4 231 232 233 234%0A4 235 236 15 237%0A4 66 65 20 238%0A4 239 141 149 148%0A4 240 77 76 241%0A4 242 243 244 245%0A4 69 246 247 85%0A4 111 116 115 248%0A4 12 249 250 50%0A4 194 251 252 253%0A4 185 57 1 254%0A4 159 255 256 257%0A4 169 258 259 170%0A4 125 124 260 158%0A4 261 262 263 264%0A4 265 266 267 268%0A4 185 92 95 186%0A4 269 270 271 272%0A4 8 45 215 273%0A4 274 148 147 275%0A4 276 129 277 278%0A4 279 280 281 282%0A4 13 52 55 283%0A4 284 195 37 101%0A4 285 261 264 286%0A4 287 288 53 255%0A4 289 218 120 119%0A4 290 53 291 292%0A4 40 204 23 293%0A4 294 220 295 296%0A4 262 261 297 298%0A4 67 66 299 300%0A4 301 302 303 304%0A4 237 15 14 165%0A4 305 306 307 308%0A4 234 220 70 227%0A4 309 62 42 310%0A4 311 117 312 313%0A4 50 250 314 51%0A4 57 151 315 58%0A4 86 316 210 83%0A4 317 318 247 246%0A4 282 281 319 320%0A4 290 24 303 302%0A4 321 229 233 232%0A4 298 297 322 323%0A4 324 321 141 140%0A4 325 73 322 326%0A4 327 216 133 328%0A4 136 135 276 236%0A4 223 150 78 329%0A4 275 147 330 331%0A4 110 200 261 107%0A4 332 333 334 335%0A4 71 336 79 68%0A4 118 60 63 115%0A4 337 97 127 338%0A4 47 278 277 44%0A4 339 340 341 342%0A4 25 24 333 343%0A4 344 238 20 345%0A4 148 274 346 239%0A4 221 220 347 81%0A4 279 348 295 320%0A4 349 350 351 352%0A4 172 353 124 123%0A4 354 355 292 356%0A4 357 91 90 358%0A4 337 343 333 332%0A4 356 292 291 359%0A4 119 225 360 289%0A4 199 361 362 363%0A4 105 163 162 364%0A4 72 113 33 32%0A4 365 366 367 368%0A4 369 254 1 0%0A4 93 143 142 370%0A4 13 12 371 372%0A4 373 42 61 374%0A4 21 140 307 306%0A4 111 183 375 334%0A4 197 196 156 376%0A4 222 377 378 208%0A4 25 149 379 380%0A4 190 145 5 304%0A4 149 130 270 379%0A4 274 348 228 346%0A4 181 180 381 146%0A4 152 75 78 150%0A4 219 287 382 217%0A4 383 384 100 385%0A4 128 127 61 60%0A4 92 20 316 211%0A4 386 120 84 387%0A4 32 82 73 72%0A4 323 388 283 298%0A4 389 380 379 390%0A4 331 127 97 275%0A4 391 45 384 383%0A4 392 28 172 393%0A4 229 321 324 227%0A4 250 249 394 395%0A4 255 53 396 351%0A4 51 132 200 48%0A4 397 398 57 185%0A4 29 255 351 350%0A4 399 58 315 241%0A4 400 27 26 98%0A4 86 85 401 212%0A4 127 331 346 228%0A4 354 73 264 359%0A4 402 61 42 403%0A4 21 20 318 317%0A4 283 388 290 13%0A4 242 82 62 309%0A4 330 239 346 331%0A4 153 404 326 4%0A4 370 228 70 93%0A4 370 142 405 406%0A4 155 173 123 122%0A4 224 152 151 137%0A4 308 70 69 305%0A4 273 215 407 189%0A4 328 133 157 408%0A4 409 37 156 410%0A4 183 141 239 330%0A4 294 411 207 206%0A4 272 271 380 389%0A4 309 412 243 242%0A4 394 104 173 260%0A4 36 413 414 387%0A4 25 415 202 26%0A4 369 195 401 178%0A4 387 84 37 36%0A4 121 38 258 416%0A4 134 417 418 131%0A4 402 419 420 421%0A4 214 213 422 423%0A4 52 29 350 424%0A4 425 426 427 428%0A4 60 118 182 128%0A4 427 426 56 88%0A4 56 222 208 207%0A4 163 394 429 160%0A4 130 415 271 270%0A4 230 106 105 364%0A4 286 396 424 285%0A4 430 392 431 409%0A4 276 135 381 180%0A4 415 276 180 179%0A4 297 165 164 145%0A4 3 347 432 0%0A4 27 433 135 24%0A4 125 200 259 122%0A4 389 97 100 272%0A4 338 375 343 337%0A4 394 249 434 435%0A4 165 297 132 237%0A4 428 427 436 437%0A4 253 252 438 376%0A4 146 145 46 181%0A4 102 84 401 439%0A4 151 56 59 315%0A4 128 182 248 126%0A4 368 149 377 365%0A4 421 62 61 402%0A4 205 325 326 404%0A4 116 111 114 34%0A4 421 420 440 403%0A4 222 130 267 266%0A4 363 261 200 199%0A4 181 46 100 144%0A4 363 362 372 441%0A4 103 429 17 341%0A4 151 103 341 340%0A4 202 415 135 433%0A4 20 65 210 316%0A4 212 211 316 86%0A4 88 56 207 411%0A4 87 21 317 90%0A4 442 57 56 426%0A4 35 34 114 74%0A4 353 394 260 124%0A4 28 184 413 443%0A4 300 120 41 444%0A4 339 76 215 19%0A4 135 13 192 191%0A4 441 372 371 201%0A4 358 347 401 357%0A4 249 429 445 434%0A4 273 446 9 8%0A4 345 64 67 344%0A4 447 256 448 167%0A4 108 168 29 52%0A4 249 12 418 417%0A4 132 51 314 133%0A4 266 365 377 222%0A4 161 216 157 162%0A4 449 450 415 130%0A4 52 353 109 108%0A4 196 423 422 76%0A4 184 28 392 430%0A4 29 172 451 30%0A4 385 100 46 452%0A4 129 249 417 277%0A4 385 450 449 383%0A4 49 395 394 353%0A4 137 151 340 18%0A4 318 20 92 91%0A4 245 41 82 242%0A4 48 200 157 453%0A4 117 116 420 419%0A4 377 88 411 378%0A4 195 284 439 401%0A4 447 218 82 454%0A4 91 357 247 318%0A4 455 393 172 104%0A4 269 384 348 390%0A4 53 52 424 396%0A4 349 258 261 285%0A4 209 407 77 206%0A4 39 38 120 386%0A4 178 401 347 3%0A4 41 245 310 42%0A4 197 456 251 194%0A4 96 102 439 95%0A4 171 172 29 168%0A4 141 377 3

122019 281%0A4 386 457 443 39%0A4 106 160 429 103%0A4 406 127 228 370%0A4 305 69 42 373%0A4 306 313 312 21%0A4 342 196 76 339%0A4 360 458 416 289%0A4 187 96 65 184%0A4 335 6 5 332%0A4 57 87 2 1%0A4 403 42 62 421%0A4 388 323 263 54%0A4 304 5 322 301%0A4 193 297 145 190%0A4 101 187 186 284%0A4 335 334 375 338%0A4 5 4 326 322%0A4 255 159 382 287%0A4 240 59 58 399%0A4 74 6 62 35%0A4 436 442 459 437%0A4 332 5 97 337%0A4 399 432 77 240%0A4 174 133 216 460%0A4 410 156 259 461%0A4 462 451 31 463%0A4 353 12 50 49%0A4 464 465 452 391%0A4 286 264 218 352%0A4 243 412 116 159%0A4 393 461 431 392%0A4 186 95 439 284%0A4 246 69 347 358%0A4 466 112 53 288%0A4 130 129 464 449%0A4 176 45 133 174%0A4 347 437 459 432%0A4 25 183 330 147%0A4 185 103 214 397%0A4 453 157 133 314%0A4 238 467 299 66%0A4 88 87 436 427%0A4 373 313 306 305%0A4 468 312 116 412%0A4 469 224 223 329%0A4 21 312 203 22%0A4 329 407 215 469%0A4 200 110 170 259%0A4 24 135 191 303%0A4 359 264 322 356%0A4 268 384 407 265%0A4 454 257 256 447%0A4 384 268 367 348%0A4 241 76 432 399%0A4 184 104 438 252%0A4 444 344 67 300%0A4 227 324 231 234%0A4 429 137 18 17%0A4 175 174 460 470%0A4 37 409 431 38%0A4 423 196 195 471%0A4 215 472 460 216%0A4 176 139 138 472%0A4 47 46 132 131%0A4 167 448 473 166%0A4 45 391 452 46%0A4 135 415 179 381%0A4 429 394 435 445%0A4 169 168 108 107%0A4 296 378 411 294%0A4 395 453 314 250%0A4 16 216 196 342%0A4 342 341 17 16%0A4 140 21 79 336%0A4 94 61 127 406%0A4 463 38 259 462%0A4 184 65 414 413%0A4 82 217 474 73%0A4 475 258 38 463%0A4 358 90 317 246%0A4 88 377 232 231%0A4 7 154 153 4%0A4 476 288 287 219%0A4 87 57 442 436%0A4 53 112 355 291%0A4 467 85 84 299%0A4 406 405 477 94%0A4 74 114 113 72%0A4 338 127 6 335%0A4 149 141 281 280%0A4 366 295 348 367%0A4 301 322 297 193%0A4 248 115 63 126%0A4 19 18 340 339%0A4 320 319 280 279%0A4 70 308 374 61%0A4 345 312 468 244%0A4 345 20 23 204%0A4 312 345 204 203%0A4 7 6 73 325%0A4 293 23 22 478%0A4 104 184 430 455%0A4 220 234 233 295%0A4 479 432 76 422%0A4 54 53 290 388%0A4 161 160 106 230%0A4 244 468 310 245%0A4 137 429 470 138%0A4 198 433 27 400%0A4 167 120 218 447%0A4 288 476 474 466%0A4 323 322 264 263%0A4 236 235 164 136%0A4 12 276 278 418%0A4 272 100 384 269%0A4 320 295 228 282%0A4 476 264 73 474%0A4 408 435 434 328%0A4 212 401 84 83%0A4 265 407 295 366%0A4 13 290 302 192%0A4 109 171 170 110%0A4 21 87 80 79%0A4 450 385 452 465%0A4 307 311 374 308%0A4 24 111 334 333%0A4 298 283 55 262%0A4 75 152 224 469%0A4 0 432 195 369%0A4 352 351 396 286%0A4 400 5 145 198%0A4 129 276 465 464%0A4 44 277 417 134%0A4 255 29 458 360%0A4 138 470 460 472%0A4 117 140 143 477%0A4 209 208 378 296%0A4 356 322 73 354%0A4 465 276 415 450%0A4 112 290 292 355%0A4 141 183 405 142%0A4 64 28 443 457%0A4 462 259 258 475%0A4 12 353 361 371%0A4 352 218 258 349%0A4 222 137 446 188%0A4 137 129 9 446%0A4 353 52 362 361%0A4 387 414 457 386%0A4 131 418 278 47%0A4 428 220 77 425%0A4 121 226 225 119%0A4 241 315 59 240%0A4 65 92 211 210%0A4 139 175 249 129%0A4 461 393 455 410%0A4 94 477 143 93%0A4 166 473 257 454%0A4 140 117 311 307%0A4 130 222 188 10%0A4 325 205 154 7%0A4 55 54 263 262%0A4 255 64 448 256%0A4 383 449 464 391%0A4 412 309 310 468%0A4 219 218 264 476%0A4 120 300 299 84%0A4 112 159 33 113%0A4 98 97 5 400%0A4 479 398 397 471%0A4 221 89 336 71%0A4 353 172 171 109%0A4 218 289 416 258%0A4 467 238 344 444%0A4 43 42 69 478%0A4 296 295 407 209%0A4 134 133 45 44%0A4 201 132 297 441%0A4 275 97 348 274%0A4 52 13 372 362%0A4 426 425 459 442%0A4 193 192 302 301%0A4 345 159 257 473%0A4 478 22 203 43%0A4 454 82 41 166%0A4 285 424 350 349%0A4 470 429 249 175%0A4 178 177 254 369%0A4 107 261 258 169%0A4 478 69 85 293%0A4 410 455 430 409%0A4 156 364 162 157%0A4 130 149 368 267%0A4 159 112 466 382%0A4 88 140 336 89%0A4 185 184 252 251%0A4 444 41 85 467%0A4 328 434 445 327%0A4 140 88 231 324%0A4 267 368 367 268%0A4 183 111 248 182%0A4 253 37 195 194%0A4 364 156 196 230%0A4 366 365 266 265%0A4 104 103 456 438%0A4 475 30 451 462%0A4 206 77 220 294%0A4 313 373 374 311%0A4 404 290 112 205%0A4 235 46 145 164%0A4 116 312 440 420%0A4 390 379 270 269%0A4 376 438 456 197%0A4 408 157 216 327%0A4 304 303 191 190%0A4 377 149 280 319%0A4 441 297 261 363%0A4 158 157 200 125%0A4 390 348 97 389%0A4 472 215 45 176%0A4 237 132 46 235%0A4 201 371 361 199%0A4 359 291 355 354%0A4 471 195 432 479%0A4 64 255 360 225%0A4 407 329 78 77%0A4 92 185 254 177%0A4 463 31 30 475%0A4 453 395 49 48%0A4 81 80 89 221%0A4 122 259 156 155%0A4 469 215 76 75%0A4 189 188 446 273%0A4 433 198 99 202%0A4 104 394 163 105%0A4 403 440 419 402%0A4 425 77 432 459%0A4 398 479 422 213%0A4 24 290 404 153%0A4 458 29 28 226%0A4 11 384 45 8%0A4 39 443 413 36%0A4 146 381 179 144%0A4 382 466 474 217%0A4 226 121 416 458%0A4 282 228 348 279%0A4 222 56 150 223%0A4 189 407 384 11%0A4 81 347 69 68%0A4 64 345 473 448%0A4 102 96 187 101%0A4 158 260 173 155%0A4 415 25 380 271%0A4 461 259 38 431%0A4 103 185 251 456%0A4 312 117 419 440%0A4 229 228 295 233%0A4 172 28 31 451%0A4 183 25 343 375%0A4 471 397 214 423%0A4 213 151 57 398%0A4 357 401 85 247%0A4 15 236 276 12%0A4 437 347 220 428%0A4 65 64 457 414%0A4 293 85 41 40%0A4 159 345 244 243%0A4 376 156 37 253%0A4 232 377 141 321%0A4 183 117 477 405%0A4 327 445 435 408%0A%0A%0A%0A0%0A%0A%0A";
1221
1222// src/worker/legacy/resources/com/vzome/core/parts/octahedralRealistic/green.vef
1223var green_default7 = "data:text/plain;

1223charset=utf-8,vZome VEF 6 field golden%0A scale  (1,-1) %0A%0A9%0A(0,0)  (22,-34)  (0,0)  (-28,46) %0A(0,0)  (-3,6)  (-1,2)  (-3,6) %0A(0,0)  (9,-2)  (-1,2)  (9,-2) %0A(0,0)  (34,-42)  (0,0)  (-16,38) %0A(0,0)  (6,4)  (0,0)  (6,4) %0A(0,0)  (9,-2)  (1,-2)  (9,-2) %0A(0,0)  (-28,46)  (0,0)  (22,-34) %0A(0,0)  (-3,6)  (1,-2)  (-3,6) %0A(0,0)  (-16,38)  (0,0)  (34,-42) %0A%0A%0A%0A0%0A%0A%0A%0A4%0A4 0 1 2 3%0A4 6 7 5 8%0A4 3 5 7 0%0A4 8 2 1 6%0A%0A%0A%0A5%0A 4 5 3 8 2%0A%0Atip 4%0A";
1224
1225// src/worker/legacy/resources/com/vzome/core/parts/octahedralRealistic/lavender.vef
1226var lavender_default3 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A scale  (1,-1) %0A%0A18%0A(0,0)  (17,-27)  (1,1)  (-11,19) %0A(0,0)  (-11,19)  (1,1)  (17,-27) %0A(0,0)  (-12,22)  (4,2)  (16,-24) %0A(0,0)  (16,-24)  (4,2)  (-12,22) %0A(0,0)  (-1,2)  (-3,6)  (-3,6) %0A(0,0)  (-3,6)  (-3,6)  (-1,2) %0A(0,0)  (-28,46)  (22,-34)  (0,0) %0A(0,0)  (-15,25)  (1,1)  (13,-21) %0A(0,0)  (-16,28)  (4,2)  (12,-18) %0A(0,0)  (1,1)  (-17,37)  (29,-45) %0A(0,0)  (12,-18)  (4,2)  (-16,28) %0A(0,0)  (4,-5)  (8,-3)  (2,-1) %0A(0,0)  (2,-1)  (8,-3)  (4,-5) %0A(0,0)  (1,1)  (5,3)  (1,1) %0A(0,0)  (29,-45)  (-17,37)  (1,1) %0A(0,0)  (0,0)  (22,-34)  (-28,46) %0A(0,0)  (13,-21)  (1,1)  (-15,25) %0A(0,0)  (0,0)  (0,0)  (0,0) %0A%0A%0A%0A0%0A%0A%0A12%0A4 0 1 2 3%0A4 4 5 1 0%0A6 1 6 7 8 9 2%0A4 11 12 8 10%0A4 3 2 9 14%0A4 15 16 7 6%0A3 4 0 15%0A3 14 11 10%0A3 12 9 8%0A6 15 0 3 14 10 16%0A4 7 16 10 8%0A3 5 6 1%0A%0A%0A%0A9%0A 10 13 11 8 12 3 9 2 14%0A%0Atip 13%0A";
1227
1228// src/worker/legacy/resources/com/vzome/core/parts/octahedralRealistic/maroon.vef
1229var maroon_default3 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A scale  (1,-1) %0A%0A17%0A(0,0)  (33/2,-24)  (3/2,5)  (23/2,-22) %0A(0,0)  (5,-5)  (7,-3)  (-3,1) %0A(0,0)  (30,-45)  (-18,37)  (-2,-1) %0A(0,0)  (29/2,-23)  (3/2,0)  (27/2,-23) %0A(0,0)  (31/2,-22)  (5/2,3)  (25/2,-24) %0A(0,0)  (27/2,-21)  (5/2,-2)  (29/2,-25) %0A(0,0)  (3,-1)  (7,-3)  (-5,5) %0A(0,0)  (-27/2,23)  (3/2,0)  (-29/2,23) %0A(0,0)  (-28,46)  (22,-34)  (0,0) %0A(0,0)  (-29/2,25)  (5/2,-2)  (-27/2,21) %0A(0,0)  (0,0)  (22,-34)  (28,-46) %0A(0,0)  (2,1)  (-18,37)  (-30,45) %0A(0,0)  (-23/2,22)  (3/2,5)  (-33/2,24) %0A(0,0)  (-25/2,24)  (5/2,3)  (-31/2,22) %0A(0,0)  (2,1)  (4,3)  (-2,-1) %0A(0,0)  (-3,6)  (-3,6)  (1,-2) %0A(0,0)  (-1,2)  (-3,6)  (3,-6) %0A%0A%0A%0A0%0A%0A%0A%0A16%0A3 0 1 2%0A4 3 0 4 5%0A3 7 8 9%0A4 10 8 7 3%0A3 11 12 13%0A4 4 13 9 5%0A4 3 7 12 0%0A4 12 7 9 13%0A4 5 9 15 16%0A3 11 6 12%0A3 0 2 4%0A4 2 11 13 4%0A3 10 3 5%0A3 8 15 9%0A3 10 5 16%0A4 0 12 6 1%0A%0A%0A%0A9%0A 0 6 11 13 14 2 12 1 4%0A%0Atip 14%0A";
1230
1231// src/worker/legacy/resources/com/vzome/core/parts/octahedralRealistic/olive.vef
1232var olive_default3 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A scale  (1,-1) %0A%0A17%0A(0,0)  (3,0)  (3,0)  (-2,4) %0A(0,0)  (28,-40)  (-22,40)  (-3,6) %0A(0,0)  (25,-38)  (-25,42)  (4,-6) %0A(0,0)  (0,2)  (0,2)  (5,-8) %0A(0,0)  (0,2)  (0,2)  (3,-4) %0A(0,0)  (-25,42)  (25,-38)  (4,-6) %0A(0,0)  (-28,46)  (22,-34)  (0,0) %0A(0,0)  (-3,6)  (-3,6)  (-1,2) %0A(0,0)  (-22,40)  (28,-40)  (-3,6) %0A(0,0)  (3,0)  (3,0)  (-4,8) %0A(0,0)  (6,-4)  (6,-4)  (0,2) %0A(0,0)  (-19,36)  (31,-44)  (1,0) %0A(0,0)  (3,2)  (3,2)  (1,0) %0A(0,0)  (6,-4)  (6,-4)  (2,-2) %0A(0,0)  (31,-44)  (-19,36)  (1,0) %0A(0,0)  (-3,6)  (-3,6)  (1,-2) %0A(0,0)  (22,-34)  (-28,46)  (0,0) %0A%0A%0A%0A0%0A%0A%0A%0A12%0A4 0 1 2 3%0A4 4 5 6 7%0A4 8 9 10 11%0A4 8 0 3 5%0A4 13 14 1 0%0A4 8 5 4 9%0A4 15 3 2 16%0A4 11 13 0 8%0A4 9 4 2 1%0A4 6 5 3 15%0A4 9 1 14 10%0A4 16 2 4 7%0A%0A%0A%0A9%0A 12 10 11 14 9 0 1 8 13%0A%0Atip 12%0A";
1233
1234// src/worker/legacy/resources/com/vzome/core/parts/octahedralRealistic/purple.vef
1235var purple_default3 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A scale  (1,-1) %0A%0A17%0A(0,0)  (-28,46)  (1,1)  (19,-36) %0A(0,0)  (0,0)  (4,-5)  (-1,-1) %0A(0,0)  (-4,6)  (0,1)  (-1,-1) %0A(0,0)  (28,-46)  (0,0)  (-22,34) %0A(0,0)  (0,0)  (-28,46)  (-22,34) %0A(0,0)  (0,0)  (1,1)  (-3,-2) %0A(0,0)  (28,-46)  (1,1)  (19,-36) %0A(0,0)  (4,-6)  (1,0)  (-2,-1) %0A(0,0)  (4,-6)  (0,1)  (-1,-1) %0A(0,0)  (0,0)  (-4,7)  (-1,-1) %0A(0,0)  (0,0)  (-3,6)  (-2,-1) %0A(0,0)  (0,0)  (29,-45)  (19,-36) %0A(0,0)  (-4,6)  (1,0)  (-2,-1) %0A(0,0)  (-28,46)  (0,0)  (-22,34) %0A(0,0)  (0,0)  (28,-46)  (-22,34) %0A(0,0)  (0,0)  (-27,47)  (19,-36) %0A(0,0)  (0,0)  (5,-6)  (-2,-1) %0A%0A%0A%0A0%0A%0A%0A%0A12%0A4 1 2 3 4%0A4 7 8 9 10%0A4 6 11 10 12%0A4 8 1 4 13%0A4 2 9 14 3%0A4 7 10 11 0%0A4 8 7 16 1%0A4 16 12 2 1%0A4 15 16 7 0%0A4 15 6 12 16%0A4 8 13 14 9%0A4 2 12 10 9%0A%0A%0A%0A9%0A 0 5 6 12 11 15 16 10 7%0A%0At

1235ip 5%0A";
1236
1237// src/worker/legacy/resources/com/vzome/core/parts/octahedralRealistic/red.vef
1238var red_default6 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A scale  (1,-1) %0A%0A17%0A(0,0)  (-27,35)  (-23,42)  (0,0) %0A(0,0)  (-2,-5)  (2,2)  (1,-2) %0A(0,0)  (-3,2)  (1,0)  (1,-2) %0A(0,0)  (-28,42)  (-24,40)  (0,0) %0A(0,0)  (-8,3)  (6,-4)  (-1,2) %0A(0,0)  (-2,-5)  (2,2)  (-1,2) %0A(0,0)  (23,-45)  (27,-38)  (0,0) %0A(0,0)  (17,-37)  (31,-44)  (0,0) %0A(0,0)  (-3,2)  (1,0)  (-1,2) %0A(0,0)  (22,-38)  (26,-40)  (0,0) %0A(0,0)  (-8,3)  (6,-4)  (1,-2) %0A(0,0)  (3,-6)  (-3,6)  (1,-2) %0A(0,0)  (-22,34)  (-28,46)  (0,0) %0A(0,0)  (-33,43)  (-19,36)  (0,0) %0A(0,0)  (3,-6)  (-3,6)  (-1,2) %0A(0,0)  (28,-46)  (22,-34)  (0,0) %0A(0,0)  (-5,-3)  (3,2)  (0,0) %0A%0A%0A%0A0%0A%0A%0A%0A12%0A4 0 1 2 3%0A4 4 5 6 7%0A4 8 9 6 5%0A4 3 2 11 12%0A4 13 10 1 0%0A4 4 13 0 5%0A4 3 8 5 0%0A4 1 6 9 2%0A4 8 14 15 9%0A4 10 7 6 1%0A4 3 12 14 8%0A4 2 9 15 11%0A%0A%0A%0A9%0A 10 0 13 6 7 4 16 5 1%0A%0Atip 16%0A";
1239
1240// src/worker/legacy/resources/com/vzome/core/parts/octahedralRealistic/yellow.vef
1241var yellow_default6 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A scale  (1,-1) %0A%0A13%0A(0,0)  (-7/3,17/3)  (-1/3,5/3)  (-4/3,11/3) %0A(0,0)  (-3,6)  (-1,2)  (-3,6) %0A(0,0)  (-3,6)  (-3,6)  (-1,2) %0A(0,0)  (3,2)  (3,2)  (3,2) %0A(0,0)  (13/3,-5/3)  (10/3,1/3)  (16/3,-11/3) %0A(0,0)  (4,0)  (6,-4)  (6,-4) %0A(0,0)  (10/3,1/3)  (16/3,-11/3)  (13/3,-5/3) %0A(0,0)  (6,-4)  (4,0)  (6,-4) %0A(0,0)  (-1/3,5/3)  (-4/3,11/3)  (-7/3,17/3) %0A(0,0)  (16/3,-11/3)  (13/3,-5/3)  (10/3,1/3) %0A(0,0)  (6,-4)  (6,-4)  (4,0) %0A(0,0)  (-4/3,11/3)  (-7/3,17/3)  (-1/3,5/3) %0A(0,0)  (-1,2)  (-3,6)  (-3,6) %0A%0A%0A%0A0%0A%0A%0A%0A15%0A3 0 1 2%0A3 4 5 6%0A3 1 0 8%0A3 7 4 9%0A4 8 0 6 9%0A3 10 6 5%0A3 11 2 12%0A4 6 0 11 4%0A3 10 7 9%0A3 0 2 11%0A3 1 8 12%0A3 8 11 12%0A3 7 5 4%0A3 10 9 6%0A4 9 4 11 8%0A%0A%0A%0A7%0A 3 7 4 9 10 6 5%0A%0Atip 3%0A";
1242

1243// src/worker/legacy/resources/com/vzome/core/parts/octahedralRealistic/index.js
1244var shapes10 = {
1245  "blue": blue_default8,
1246  "brown": brown_default3,
1247  "connector": connector_default10,
1248  "green": green_default7,
1249  "lavender": lavender_default3,
1250  "maroon": maroon_default3,
1251  "olive": olive_default3,
1252  "purple": purple_default3,
1253  "red": red_default6,
1254  "yellow": yellow_default6
1255};
1256var octahedralRealistic_default = shapes10;
1257
1258// src/worker/legacy/resources/com/vzome/core/parts/printable/apple.vef
1259var apple_default2 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A%0A21%0A(0,0) (0,1) (1/2,-1) (1/2,-1)%0A(0,0) (0,1) (1/2,-1) (-1,3/2)%0A(0,0) (0,1) (1/2,-1) (1,-3/2)%0A(0,0) (0,1) (1/2,-1) (-1/2,1)%0A(0,0) (0,1) (1/2,-1/2) (1/2,-1)%0A(0,0) (0,1) (1/2,-1/2) (-1/2,1)%0A(0,0) (27,-42) (143/6,-116/3) (-85/3,93/2)%0A(0,0) (3,-3) (17/6,-14/3) (-38/3,41/2)%0A(0,0) (3,-3) (17/6,-14/3) (-8/3,9/2)%0A(0,0) (3,-3) (17/6,-14/3) (2/3,-1/2)%0A(0,0) (3,-3) (7/6,-4/3) (-8/3,9/2)%0A(0,0) (3,-3) (7/6,-4/3) (2/3,-1/2)%0A(0,0) (0,6) (-7/6,7/3) (1/3,1/2)%0A(0,0) (0,6) (-7/6,7/3) (11/3,-9/2)%0A(0,0) (0,6) (-17/6,17/3) (1/3,1/2)%0A(0,0) (0,6) (-17/6,17/3) (11/3,-9/2)%0A(0,0) (3,2) (-1/2,3/2) (3/2,-1)%0A(0,0) (3,2) (-1/2,3/2) (1/2,1)%0A(0,0) (3,2) (-1/2,2) (3/2,-1)%0A(0,0) (3,2) (-1/2,2) (1/2,1)%0A(0,0) (3,3) (0,1) (1,0)%0A%0A%0A%0A0%0A%0A%0A%0A22%0A3  0 4 7 %0A3  1 0 7 %0A3  3 2 6 %0A3  3 6 5 %0A3  5 6 11 %0A3  8 1 7 %0A3  9 6 2 %0A3  10 7 4 %0A3  10 8 7 %0A3  11 6 9 %0A4  3 5 4 0 %0A4  8 9 2 1 %0A4  10 11 15 14 %0A4  11 10 4 5 %0A4  12 13 9 8 %0A4  12 14 18 16 %0A4  13 15 11 9 %0A4  14 12 8 10 %0A4  14 15 19 18 %0A4  16 17 13 12 %0A4  17 16 18 19 %0A4  17 19 15 13 %0A%0A%0A%0A9%0A12 13 14 15 16 17 18 19 20 %0A%0A%0Atip 20%0A%0A";
1260
1261// src/worker/legacy/resources/com/vzome/core/parts/printable/turquoise.vef
1262var turquoise_default2 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A%0A19%0A(0,0) (1,-1) (1/2,-1/2) (1/2,0)%0A(0,0) (1/2,0) (0,0) (-1/2,3/2)%0A(0,0) (1/2,0) (1,-1) (1/2,-1/2)%0A(0,0) (0,1) (1/2,-1/2) (-1/2,1)%0A(0,0) (-1/4,2) (-7/4,13/4) (-1,13/4)%0A(0,0) (3/4,1/2) (-9/4,17/4) (-3/2,15/4)%0A(0,0) (1/4,3/2) (-7/4,11/4) (-1/2,9/4)%0A(0,0) (5/4,0) (-9/4,15/4) (-1,11/4)%0A(0,0) (7/4,2) (9/4,-11/4) (3,-3/4)%0A(0,0) (11/4,1/2) (7/4,-7/4) (5/2,-1/4)%0A(0,0) (9/4,3/2) (9/4,-13/4) (7/2,-7/4)%0A(0,0) (-107/4,97/2) (-11/4,19/4) (-5/2,33/4)%0A(0,0) (13/4,0) (7/4,-9/4) (3,-5/4)%0A(0,0) (125/4,-45) (-5/4,11/4) (3,-5/4)%0A(0,0) (3,1) (-1/2,3/2) (5/2,1)%0A(0,0) (5/2,2) (-1,2) (3/2,5/2)%0A(0,0) (5/2,2) (0,1) (5/2,1/2)%0A(0,0) (2,3) (-1/2,3/2) (3/2,2)%0A(0,0) (3,2) (0,1) (2,2)%0A%0A%0A%0A0%0A%0A%0A%0A18%0A3  8 10 11 %0A3  11 15 14 %0A3  12 13 17 %0A3  13 9 16 %0A3  13 12 9 %0A3  13 16 17 %0A3  14 8 11 %0A3  15 11 10 %0A4  0 1 6 4 %0A4  1 3 7 6 %0A4  3 2 5 7 %0A4  5 2 0 4 %0A4  7 5 9 12 %0A4  8 9 5 4 %0A4  10 8 4 6 %0A4  12 10 6 7 %0A4  14 16 9 8 %0A4  17 15 10 12 %0A%0A%0A%0A11%0A8 9 10 11 12 13 14 15 16 17 %0A18 %0A%0A%0Atip 18%0A%0A";
1263

1264// src/worker/legacy/resources/com/vzome/core/parts/printable/index.js
1265var shapes11 = {
1266  "apple": apple_default2,
1267  "turquoise": turquoise_default2
1268};
1269var printable_default = shapes11;
1270
1271// src/worker/legacy/resources/com/vzome/core/parts/root2Lifelike/blue.vef
1272var blue_default9 = "data:text/plain;charset=utf-8,vZome VEF 6 field rootTwo%0A%0A25%0A(0,0) (0,-2) (0,0) (0,0)%0A(0,0) (0,-31/20) (0,-3/20) (0,-3/20)%0A(0,0) (0,-31/20) (0,-3/20) (0,3/20)%0A(0,0) (0,-31/20) (0,3/20) (0,-3/20)%0A(0,0) (0,-31/20) (0,3/20) (0,3/20)%0A(0,0) (0,-5/4) (0,-1/4) (0,-1/4)%0A(0,0) (0,-5/4) (0,-1/4) (0,1/4)%0A(0,0) (0,-5/4) (0,-3/20) (0,-3/20)%0A(0,0) (0,-5/4) (0,-3/20) (0,3/20)%0A(0,0) (0,-5/4) (0,3/20) (0,-3/20)%0A(0,0) (0,-5/4) (0,3/20) (0,3/20)%0A(0,0) (0,-5/4) (0,1/4) (0,-1/4)%0A(0,0) (0,-5/4) (0,1/4) (0,1/4)%0A(0,0) (0,-3/4) (0,-1/4) (0,-1/4)%0A(0,0) (0,-3/4) (0,-1/4) (0,1/4)%0A(0,0) (0,-3/4) (0,-3/20) (0,-3/20)%0A(0,0) (0,-3/4) (0,-3/20) (0,3/20)%0A(0,0) (0,-3/4) (0,3/20) (0,-3/20)%0A(0,0) (0,-3/4) (0,3/20) (0,3/20)%0A(0,0) (0,-3/4) (0,1/4) (0,-1/4)%0A(0,0) (0,-3/4) (0,1/4) (0,1/4)%0A(0,0) (0,-9/20) (0,-3/20) (0,-3/20)%0A(0,0) (0,-9/20) (0,-3/20) (0,3/20)%0A(0,0) (0,-9/20) (0,3/20) (0,-3/20)%0A(0,0) (0,-9/20) (0,3/20) (0,3/20)%0A%0A%0A%0A0%0A%0A%0A%0A22%0A4  2 4 3 1 %0A4  3 9 7 1 %0A4  4 10 9 3 %0A4  6 5 13 14 %0A4  6 14 20 12 %0A4  7 5 6 8 %0A4  7 9 11 5 %0A4  8 2 1 7 %0A4  8 6 12 10 %0A4  8 10 4 2 %0A4  10 12 11 9 %0A4  13 15 16 14 %0A4  14 16 18 20 %0A4  17 18 24 23 %0A4  19 11 12 20 %0A4  19 13 5 11 %0A4  19 17 15 13 %0A4  20 18 17 19 %0A4  21 15 17 23 %0A4  21 23 24 22 %0A4  22 16 15 21 %0A4  24 18 16 22 %0A%0A%0A%0A13%0A0 1 2 3 4 5 6 7 8 9 %0A10 11 12 %0A%0A%0Atip 0%0A%0A";
1273
1274// src/worker/legacy/resources/com/vzome/core/parts/root2Lifelike/connector.vef
1275var connector_default11 = "data:text/plain;charset=utf-8,vZome VEF 6 field rootTwo%0A%0A144%0A(0,0) (0,-3/4) (0,-1/4) (0,-1/4)%0A(0,0) (0,-3/4) (0,-1/4) (0,1/4)%0A(0,0) (0,-3/4) (0,-3/20) (0,-3/20)%0A(0,0) (0,-3/4) (0,-3/20) (0,3/20)%0A(0,0) (0,-3/4) (0,3/20) (0,-3/20)%0A(0,0) (0,-3/4) (0,3/20) (0,3/20)%0A(0,0) (0,-3/4) (0,1/4) (0,-1/4)%0A(0,0) (0,-3/4) (0,1/4) (0,1/4)%0A(0,0) (0,-13/20) (0,-7/20) (0,-3/20)%0A(0,0) (0,-13/20) (0,-7/20) (0,3/20)%0A(0,0) (0,-13/20) (0,-3/20) (0,-7/20)%0A(0,0) (0,-13/20) (0,-3/20) (0,7/20)%0A(0,0) (0,-13/20) (0,3/20) (0,-7/20)%0A(0,0) (0,-13/20) (0,3/20) (0,7/20)%0A(0,0) (0,-13/20) (0,7/20) (0,-3/20)%0A(0,0) (0,-13/20) (0,7/20) (0,3/20)%0A(0,0) (0,-37/60) (0,-19/60) (0,-19/60)%0A(0,0) (0,-37/60) (0,-19/60) (0,19/60)%0A(0,0) (0,-37/60) (0,19/60) (0,-19/60)%0A(0,0) (0,-37/60) (0,19/60) (0,19/60)%0A(0,0) (0,-9/20) (0,-3/20) (0,-3/20)%0A(0,0) (0,-9/20) (0,-3/20) (0,3/20)%0A(0,0) (0,-9/20) (0,3/20) (0,-3/20)%0A(0,0) (0,-9/20) (0,3/20) (0,3/20)%0A(0,0) 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%0A4  143 133 131 137 %0A4  143 135 119 103 %0A4  143 141 140 142 %0A%0A%0A%0A0%0A%0A%0A";
1276
1277// src/worker/legacy/resources/com/vzome/core/parts/root2Lifelike/green.vef
1278var green_default8 = "data:text/plain;

1278charset=utf-8,vZome VEF 6 field rootTwo%0A%0A25%0A(0,0) (0,3/20) (0,-3/20) (0,9/20)%0A(0,0) (0,3/20) (0,3/20) (0,9/20)%0A(0,0) (0,1/4) (0,-1/4) (0,3/4)%0A(0,0) (0,1/4) (0,1/4) (0,3/4)%0A(0,0) (0,7/20) (0,-3/20) (0,13/20)%0A(0,0) (0,7/20) (0,3/20) (0,13/20)%0A(0,0) (0,9/20) (0,-3/20) (0,3/20)%0A(0,0) (0,9/20) (0,3/20) (0,3/20)%0A(0,0) (0,13/20) (0,-3/20) (0,7/20)%0A(0,0) (0,13/20) (0,3/20) (0,7/20)%0A(0,0) (0,3/4) (0,-1/4) (0,1/4)%0A(0,0) (0,3/4) (0,1/4) (0,1/4)%0A(0,0) (2,-3/4) (0,-1/4) (2,-1/4)%0A(0,0) (2,-3/4) (0,1/4) (2,-1/4)%0A(0,0) (2,-13/20) (0,-3/20) (2,-7/20)%0A(0,0) (2,-13/20) (0,3/20) (2,-7/20)%0A(0,0) (2,-9/20) (0,-3/20) (2,-3/20)%0A(0,0) (2,-9/20) (0,3/20) (2,-3/20)%0A(0,0) (2,-7/20) (0,-3/20) (2,-13/20)%0A(0,0) (2,-7/20) (0,3/20) (2,-13/20)%0A(0,0) (2,-1/4) (0,-1/4) (2,-3/4)%0A(0,0) (2,-1/4) (0,1/4) (2,-3/4)%0A(0,0) (2,-3/20) (0,-3/20) (2,-9/20)%0A(0,0) (2,-3/20) (0,3/20) (2,-9/20)%0A(0,0) (2,0) (0,0) (2,0)%0A%0A%0A%0A0%0A%0A%0A%0A22%0A4  0 1 7 6 %0A4  0 4 5 1 %0A4  1 5 9 7 %0A4  2 10 20 12 %0A4  3 2 12 13 %0A4  3 5 4 2 %0A4  5 3 11 9 %0A4  6 8 4 0 %0A4  7 9 8 6 %0A4  8 10 2 4 %0A4  10 8 9 11 %0A4  10 11 21 20 %0A4  11 3 13 21 %0A4  14 12 20 18 %0A4  15 13 12 14 %0A4  16 14 18 22 %0A4  17 15 14 16 %0A4  17 16 22 23 %0A4  18 20 21 19 %0A4  19 21 13 15 %0A4  22 18 19 23 %0A4  23 19 15 17 %0A%0A%0A%0A13%0A12 13 14 15 16 17 18 19 20 21 %0A22 23 24 %0A%0A%0Atip 24%0A%0A";
1279

1280// src/worker/legacy/resources/com/vzome/core/parts/root2Lifelike/index.js
1281var shapes12 = {
1282  "blue": blue_default9,
1283  "connector": connector_default11,
1284  "green": green_default8
1285};
1286var root2Lifelike_default = shapes12;
1287
1288// src/worker/legacy/resources/com/vzome/core/parts/rootThreeOctaSmall/blue.vef
1289var blue_default10 = "data:text/plain;charset=utf-8,vZome VEF 6 field rootThree%0A scale  (1/3,0) %0A%0A11%0A(0,0)  (0,2)  (0,0)  (0,-2/3) %0A(0,0)  (0,2/3)  (0,0)  (0,0) %0A(0,0)  (0,2)  (0,2/3)  (0,0) %0A(0,0)  (0,2)  (0,-2/3)  (0,0) %0A(0,0)  (0,2)  (0,0)  (0,2/3) %0A(0,0)  (6,-2)  (0,0)  (0,-2/3) %0A(0,0)  (6,-2)  (0,-2/3)  (0,0) %0A(0,0)  (6,-2)  (0,0)  (0,2/3) %0A(0,0)  (6,-2)  (0,2/3)  (0,0) %0A(0,0)  (6,-2/3)  (0,0)  (0,0) %0A(0,0)  (6,0)  (0,0)  (0,0) %0A%0A%0A%0A0%0A%0A%0A%0A12%0A3 0 1 2%0A3 3 4 1%0A4 3 0 5 6%0A4 6 7 4 3%0A3 8 7 9%0A3 6 5 9%0A3 9 5 8%0A3 1 0 3%0A3 9 7 6%0A4 7 8 2 4%0A4 0 2 8 5%0A3 4 2 1%0A%0A%0A%0A6%0A 6 9 8 5 10 7%0A%0Atip 10%0A";
1290
1291// src/worker/legacy/resources/com/vzome/core/parts/rootThreeOctaSmall/connector.vef
1292var connector_default12 = "data:text/plain;charset=utf-8,vZome VEF 6 field rootThree%0A scale  (1/3,0) %0A%0A6%0A(0,0)  (0,0)  (0,2/3)  (0,0) %0A(0,0)  (0,-2/3)  (0,0)  (0,0) %0A(0,0)  (0,0)  (0,0)  (0,2/3) %0A(0,0)  (0,2/3)  (0,0)  (0,0) %0A(0,0)  (0,0)  (0,0)  (0,-2/3) %0A(0,0)  (0,0)  (0,-2/3)  (0,0) %0A%0A%0A%0A0%0A%0A%0A%0A8%0A3 0 1 2%0A3 0 3 4%0A3 2 3 0%0A3 5 1 4%0A3 4 1 0%0A3 4 3 5%0A3 5 3 2%0A3 2 1 5%0A%0A%0A%0A0%0A%0A%0A";
1293
1294// src/worker/legacy/resources/com/vzome/core/parts/rootThreeOctaSmall/green.vef
1295var green_default9 = "data:text/plain;charset=utf-8,vZome VEF 6 field rootThree%0A scale  (1/3,0) %0A%0A11%0A(0,0)  (6,-1/3)  (0,0)  (6,-1/3) %0A(0,0)  (16/3,-2/3)  (0,0)  (16/3,0) %0A(0,0)  (6,0)  (0,0)  (6,0) %0A(0,0)  (2/3,0)  (0,0)  (2/3,2/3) %0A(0,0)  (2/3,0)  (0,-2/3)  (2/3,0) %0A(0,0)  (16/3,0)  (0,-2/3)  (16/3,0) %0A(0,0)  (2/3,2/3)  (0,0)  (2/3,0) %0A(0,0)  (16/3,0)  (0,0)  (16/3,-2/3) %0A(0,0)  (2/3,0)  (0,2/3)  (2/3,0) %0A(0,0)  (0,1/3)  (0,0)  (0,1/3) %0A(0,0)  (16/3,0)  (0,2/3)  (16/3,0) %0A%0A%0A%0A0%0A%0A%0A%0A12%0A4 3 4 5 1%0A4 5 4 6 7%0A3 5 7 0%0A3 3 8 9%0A3 6 4 9%0A3 10 1 0%0A3 9 4 3%0A4 1 10 8 3%0A3 0 1 5%0A3 0 7 10%0A3 9 8 6%0A4 7 6 8 10%0A%0A%0A%0A6%0A 0 1 2 5 7 10%0A%0Atip 2%0A";
1296
1297// src/worker/legacy/resources/com/vzome/core/parts/rootThreeOctaSmall/red.vef
1298var red_default7 = "data:text/plain;charset=utf-8,vZome VEF 6 field rootThree%0A scale  (1/3,0) %0A%0A11%0A(0,0)  (4,8)  (0,4)  (0,2/3) %0A(0,0)  (1/6,1/3)  (0,1/6)  (0,0) %0A(0,0)  (1/2,1)  (0,1/2)  (0,2/3) %0A(0,0)  (1/2,1)  (0,7/6)  (0,0) %0A(0,0)  (4,8)  (0,4)  (0,-2/3) %0A(0,0)  (4,8)  (0,14/3)  (0,0) %0A(0,0)  (13/3,26/3)  (0,13/3)  (0,0) %0A(0,0)  (4,8)  (0,10/3)  (0,0) %0A(0,0)  (1/2,1)  (0,-1/6)  (0,0) %0A(0,0)  (1/2,1)  (0,1/2)  (0,-2/3) %0A(0,0)  (9/2,9)  (0,9/2)  (0,0) %0A%0A%0A%0A0%0A%0A%0A%0A12%0A3 1 2 3%0A3 4 5 6%0A4 7 0 2 8%0A3 1 9 8%0A3 0 7 6%0A4 0 5 3 2%0A4 5 4 9 3%0A3 6 5 0%0A3 3 9 1%0A4 8 9 4 7%0A3 6 7 4%0A3 8 2 1%0A%0A%0A%0A6%0A 0 6 4 5 7 10%0A%0Atip 10%0A";
1299
1300// src/worker/legacy/resources/com/vzome/core/parts/rootThreeOctaSmall/yellow.vef
1301var yellow_default7 = "data:text/plain;charset=utf-8,vZome VEF 6 field rootThree%0A scale  (1/3,0) %0A%0A9%0A(0,0)  (0,1)  (0,2/3)  (0,1/3) %0A(0,0)  (0,2/3)  (0,1/3)  (0,1) %0A(0,0)  (0,2/9)  (0,2/9)  (0,2/9) %0A(0,0)  (1,-2/3)  (1,-1)  (1,-1/3) %0A(0,0)  (1,-1/3)  (1,-2/3)  (1,-1) %0A(0,0)  (1,0)  (1,0)  (1,0) %0A(0,0)  (0,1/3)  (0,1)  (0,2/3) %0A(0,0)  (1,-1)  (1,-1/3)  (1,-2/3) %0A(0,0)  (1,-2/9)  (1,-2/9)  (1,-2/9) %0A%0A%0A%0A0%0A%0A%0A%0A9%0A3 0 1 2%0A4 3 1 0 4%0A4 6 7 4 0%0A4 7 6 1 3%0A3 3 8 7%0A3 1 6 2%0A3 7 8 4%0A3 4 8 3%0A3 2 6 0%0A%0A%0A%0A5%0A 5 8 3 7 4%0A%0Atip 5%0A";
1302

1303// src/worker/legacy/resources/com/vzome/core/parts/rootThreeOctaSmall/index.js
1304var shapes13 = {
1305  "blue": blue_default10,
1306  "connector": connector_default12,
1307  "green": green_default9,
1308  "red": red_default7,
1309  "yellow": yellow_default7
1310};
1311var rootThreeOctaSmall_default = shapes13;
1312
1313// src/worker/legacy/resources/com/vzome/core/parts/rootTwo/blue.vef
1314var blue_default11 = "data:text/plain;charset=utf-8,vZome VEF 6 field rootTwo%0A scale  (1/2,0) %0A%0A9%0A(0,0)  (3/4,0)  (-1/4,0)  (-1/4,0) %0A(0,0)  (3/4,0)  (1/4,0)  (-1/4,0) %0A(0,0)  (-3/4,8)  (1/4,0)  (-1/4,0) %0A(0,0)  (-3/4,8)  (-1/4,0)  (-1/4,0) %0A(0,0)  (0,8)  (0,0)  (0,0) %0A(0,0)  (-3/4,8)  (1/4,0)  (1/4,0) %0A(0,0)  (-3/4,8)  (-1/4,0)  (1/4,0) %0A(0,0)  (3/4,0)  (1/4,0)  (1/4,0) %0A(0,0)  (3/4,0)  (-1/4,0)  (1/4,0) %0A%0A%0A%0A0%0A%0A%0A%0A4%0A4 0 1 2 3%0A4 6 5 7 8%0A4 8 0 3 6%0A4 2 1 7 5%0A%0A%0A%0A5%0A 4 5 6 2 3%0A%0Atip 4%0A";
1315
1316// src/worker/legacy/resources/com/vzome/core/parts/rootTwo/brown.vef
1317var brown_default4 = "data:text/plain;charset=utf-8,vZome VEF 6 field rootTwo%0A scale  (1/2,0) %0A%0A15%0A(0,0)  (1/4,0)  (1/4,0)  (3/4,0) %0A(0,0)  (3/4,0)  (1/4,0)  (1/4,0) %0A(0,0)  (5/4,0)  (3/4,0)  (2,0) %0A(0,0)  (13/4,0)  (11/4,0)  (6,0) %0A(0,0)  (13/4,0)  (15/4,0)  (31/4,0) %0A(0,0)  (11/4,0)  (11/4,0)  (6,0) %0A(0,0)  (15/4,0)  (13/4,0)  (31/4,0) %0A(0,0)  (3/4,0)  (3/4,0)  (2,0) %0A(0,0)  (3/4,0)  (5/4,0)  (2,0) %0A(0,0)  (5/4,0)  (5/4,0)  (2,0) %0A(0,0)  (13/4,0)  (13/4,0)  (6,0) %0A(0,0)  (4,0)  (4,0)  (8,0) %0A(0,0)  (11/4,0)  (13/4,0)  (6,0) %0A(0,0)  (1/4,0)  (3/4,0)  (1/4,0) %0A(0,0)  (15/4,0)  (15/4,0)  (29/4,0) %0A%0A%0A%0A0%0A%0A%0A%0A18%0A3 0 1 2%0A3 4 5 6%0A3 7 8 0%0A4 3 2 9 10%0A4 12 10 9 8%0A4 7 2 3 5%0A4 5 12 8 7%0A3 8 9 13%0A3 4 14 12%0A3 7 0 2%0A3 4 12 5%0A3 0 8 13%0A3 13 9 1%0A3 14 10 12%0A3 5 3 6%0A3 6 3 14%0A3 2 1 9%0A3 14 3 10%0A%0A%0A%0A8%0A 3 11 10 14 12 6 5 4%0A%0Atip 11%0A";
1318
1319// src/worker/legacy/resources/com/vzome/core/parts/rootTwo/connector.vef
1320var connector_default13 = "data:text/plain;charset=utf-8,vZome VEF 6 field rootTwo%0A scale  (1/2,0) %0A%0A24%0A(0,0)  (1/4,0)  (1/4,0)  (-3/4,0) %0A(0,0)  (1/4,0)  (-1/4,0)  (-3/4,0) %0A(0,0)  (-1/4,0)  (-1/4,0)  (-3/4,0) %0A(0,0)  (-1/4,0)  (1/4,0)  (-3/4,0) %0A(0,0)  (-1/4,0)  (-3/4,0)  (-1/4,0) %0A(0,0)  (-3/4,0)  (-1/4,0)  (-1/4,0) %0A(0,0)  (3/4,0)  (-1/4,0)  (-1/4,0) %0A(0,0)  (1/4,0)  (-3/4,0)  (-1/4,0) %0A(0,0)  (1/4,0)  (-1/4,0)  (3/4,0) %0A(0,0)  (1/4,0)  (1/4,0)  (3/4,0) %0A(0,0)  (-1/4,0)  (1/4,0)  (3/4,0) %0A(0,0)  (-1/4,0)  (-1/4,0)  (3/4,0) %0A(0,0)  (3/4,0)  (1/4,0)  (1/4,0) %0A(0,0)  (1/4,0)  (3/4,0)  (1/4,0) %0A(0,0)  (-1/4,0)  (-3/4,0)  (1/4,0) %0A(0,0)  (-3/4,0)  (-1/4,0)  (1/4,0) %0A(0,0)  (1/4,0)  (-3/4,0)  (1/4,0) %0A(0,0)  (-3/4,0)  (1/4,0)  (1/4,0) %0A(0,0)  (-1/4,0)  (3/4,0)  (1/4,0) %0A(0,0)  (-1/4,0)  (3/4,0)  (-1/4,0) %0A(0,0)  (-3/4,0)  (1/4,0)  (-1/4,0) %0A(0,0)  (1/4,0)  (3/4,0)  (-1/4,0) %0A(0,0)  (3/4,0)  (-1/4,0)  (1/4,0) %0A(0,0)  (3/4,0)  (1/4,0)  (-1/4,0) %0A%0A%0A%0A0%0A%0A%0A%0A26%0A4 0 1 2 3%0A3 4 5 2%0A3 6 7 1%0A4 8 9 10 11%0A3 12 13 9%0A4 5 4 14 15%0A4 7 16 14 4%0A4 4 2 1 7%0A4 17 18 19 20%0A4 18 10 9 13%0A4 13 21 19 18%0A4 11 14 16 8%0A3 22 8 16%0A4 15 17 20 5%0A3 18 17 10%0A4 22 16 7 6%0A4 15 11 10 17%0A4 6 1 0 23%0A3 11 15 14%0A4 23 21 13 12%0A3 3 20 19%0A4 20 3 2 5%0A3 23 0 21%0A4 3 19 21 0%0A4 12 22 6 23%0A4 12 9 8 22%0A%0A%0A%0A0%0A%0A%0A";
1321
1322// src/worker/legacy/resources/com/vzome/core/parts/rootTwo/green.vef
1323var green_default10 = "data:text/plain;charset=utf-8,vZome VEF 6 field rootTwo%0A scale  (1/2,0) %0A%0A9%0A(0,0)  (-3/4,8)  (-1/4,0)  (-1/4,8) %0A(0,0)  (3/4,0)  (1/4,0)  (1/4,0) %0A(0,0)  (1/4,0)  (1/4,0)  (3/4,0) %0A(0,0)  (-3/4,8)  (1/4,0)  (-1/4,8) %0A(0,0)  (-1/4,8)  (1/4,0)  (-3/4,8) %0A(0,0)  (0,8)  (0,0)  (0,8) %0A(0,0)  (3/4,0)  (-1/4,0)  (1/4,0) %0A(0,0)  (-1/4,8)  (-1/4,0)  (-3/4,8) %0A(0,0)  (1/4,0)  (-1/4,0)  (3/4,0) %0A%0A%0A%0A0%0A%0A%0A%0A4%0A4 1 2 3 4%0A4 6 1 4 7%0A4 0 3 2 8%0A4 8 6 7 0%0A%0A%0A%0A5%0A 0 5 3 7 4%0A%0Atip 5%0A";
1324
1325// src/worker/legacy/resources/com/vzome/core/parts/rootTwo/yellow.vef
1326var yellow_default8 = "data:text/plain;

1326charset=utf-8,vZome VEF 6 field rootTwo%0A scale  (1/2,0) %0A%0A13%0A(0,0)  (3,1/2)  (3,-1/2)  (3,0) %0A(0,0)  (3,0)  (3,1/2)  (3,-1/2) %0A(0,0)  (15/4,0)  (15/4,0)  (13/4,0) %0A(0,0)  (1,0)  (1,1/2)  (1,-1/2) %0A(0,0)  (3/4,0)  (1/4,0)  (1/4,0) %0A(0,0)  (1/4,0)  (3/4,0)  (1/4,0) %0A(0,0)  (3,-1/2)  (3,0)  (3,1/2) %0A(0,0)  (4,0)  (4,0)  (4,0) %0A(0,0)  (1,-1/2)  (1,0)  (1,1/2) %0A(0,0)  (1,1/2)  (1,-1/2)  (1,0) %0A(0,0)  (15/4,0)  (13/4,0)  (15/4,0) %0A(0,0)  (1/4,0)  (1/4,0)  (3/4,0) %0A(0,0)  (13/4,0)  (15/4,0)  (15/4,0) %0A%0A%0A%0A0%0A%0A%0A%0A15%0A3 0 1 2%0A3 3 4 5%0A4 0 6 8 9%0A3 9 8 11%0A3 2 1 12%0A3 3 9 4%0A3 9 11 4%0A3 12 1 6%0A3 0 10 6%0A4 1 0 9 3%0A3 8 3 5%0A3 8 5 11%0A3 10 12 6%0A3 0 2 10%0A4 6 1 3 8%0A%0A%0A%0A7%0A 1 2 0 6 7 10 12%0A%0Atip 7%0A";
1327

1328// src/worker/legacy/resources/com/vzome/core/parts/rootTwo/index.js
1329var shapes14 = {
1330  "blue": blue_default11,
1331  "brown": brown_default4,
1332  "connector": connector_default13,
1333  "green": green_default10,
1334  "yellow": yellow_default8
1335};
1336var rootTwo_default = shapes14;
1337
1338// src/worker/legacy/resources/com/vzome/core/parts/rootTwoBig/connector.vef
1339var connector_default14 = "data:text/plain;charset=utf-8,vZome VEF 6 field rootTwo%0A scale  (1/2,0) %0A%0A48%0A(0,0)  (0,0)  (0,1/2)  (1/2,1/2) %0A(0,0)  (0,1/2)  (0,0)  (1/2,1/2) %0A(0,0)  (1/4,1/2)  (1/4,0)  (1/4,1/2) %0A(0,0)  (1/4,0)  (1/4,1/2)  (1/4,1/2) %0A(0,0)  (1/2,1/2)  (0,0)  (0,-1/2) %0A(0,0)  (1/4,1/2)  (-1/4,0)  (-1/4,-1/2) %0A(0,0)  (0,1/2)  (0,0)  (-1/2,-1/2) %0A(0,0)  (1/4,1/2)  (1/4,0)  (-1/4,-1/2) %0A(0,0)  (1/4,1/2)  (-1/4,-1/2)  (-1/4,0) %0A(0,0)  (1/4,0)  (-1/4,-1/2)  (-1/4,-1/2) %0A(0,0)  (0,-1/2)  (-1/2,-1/2)  (0,0) %0A(0,0)  (0,0)  (-1/2,-1/2)  (0,1/2) %0A(0,0)  (-1/4,0)  (-1/4,-1/2)  (1/4,1/2) %0A(0,0)  (-1/4,-1/2)  (-1/4,-1/2)  (1/4,0) %0A(0,0)  (0,0)  (-1/2,-1/2)  (0,-1/2) %0A(0,0)  (-1/4,0)  (-1/4,-1/2)  (-1/4,-1/2) %0A(0,0)  (0,0)  (0,-1/2)  (-1/2,-1/2) %0A(0,0)  (-1/4,-1/2)  (1/4,1/2)  (1/4,0) %0A(0,0)  (-1/4,-1/2)  (1/4,0)  (1/4,1/2) %0A(0,0)  (-1/4,0)  (1/4,1/2)  (1/4,1/2) %0A(0,0)  (0,1/2)  (-1/2,-1/2)  (0,0) %0A(0,0)  (0,1/2)  (1/2,1/2)  (0,0) %0A(0,0)  (0,0)  (1/2,1/2)  (0,1/2) %0A(0,0)  (1/4,1/2)  (1/4,1/2)  (1/4,0) %0A(0,0)  (-1/2,-1/2)  (0,-1/2)  (0,0) %0A(0,0)  (-1/2,-1/2)  (0,0)  (0,-1/2) %0A(0,0)  (-1/4,-1/2)  (-1/4,0)  (-1/4,-1/2) %0A(0,0)  (-1/4,-1/2)  (-1/4,-1/2)  (-1/4,0) %0A(0,0)  (-1/4,-1/2)  (-1/4,0)  (1/4,1/2) %0A(0,0)  (-1/2,-1/2)  (0,1/2)  (0,0) %0A(0,0)  (0,-1/2)  (1/2,1/2)  (0,0) %0A(0,0)  (-1/4,-1/2)  (1/4,1/2)  (-1/4,0) %0A(0,0)  (1/2,1/2)  (0,0)  (0,1/2) %0A(0,0)  (1/4,1/2)  (-1/4,0)  (1/4,1/2) %0A(0,0)  (0,0)  (1/2,1/2)  (0,-1/2) %0A(0,0)  (1/4,1/2)  (1/4,1/2)  (-1/4,0) %0A(0,0)  (1/4,0)  (1/4,1/2)  (-1/4,-1/2) %0A(0,0)  (0,0)  (0,-1/2)  (1/2,1/2) %0A(0,0)  (1/4,0)  (-1/4,-1/2)  (1/4,1/2) %0A(0,0)  (-1/4,-1/2)  (1/4,0)  (-1/4,-1/2) %0A(0,0)  (-1/4,0)  (1/4,1/2)  (-1/4,-1/2) %0A(0,0)  (-1/2,-1/2)  (0,0)  (0,1/2) %0A(0,0)  (0,-1/2)  (0,0)  (1/2,1/2) %0A(0,0)  (0,-1/2)  (0,0)  (-1/2,-1/2) %0A(0,0)  (1/2,1/2)  (0,1/2)  (0,0) %0A(0,0)  (0,0)  (0,1/2)  (-1/2,-1/2) %0A(0,0)  (1/2,1/2)  (0,-1/2)  (0,0) %0A(0,0)  (1/4,1/2)  (-1/4,-1/2)  (1/4,0) %0A%0A%0A%0A0%0A%0A%0A%0A50%0A4 0 1 2 3%0A4 4 5 6 7%0A3 5 8 9%0A4 10 11 12 13%0A4 14 15 16 9%0A3 17 18 19%0A4 10 14 20 11%0A4 21 22 3 23%0A4 24 25 26 27%0A3 28 13 12%0A4 29 17 30 31%0A4 32 2 1 33%0A4 34 21 35 36%0A3 35 7 36%0A4 1 37 38 33%0A3 39 31 40%0A4 24 27 10 13%0A4 29 25 24 41%0A4 42 37 1 0%0A4 30 34 40 31%0A4 43 16 15 26%0A4 44 35 21 23%0A4 22 30 17 19%0A4 42 0 19 18%0A4 32 44 23 2%0A4 14 10 27 15%0A4 43 45 6 16%0A4 46 32 33 47%0A4 16 6 5 9%0A4 37 42 28 12%0A4 4 46 8 5%0A4 46 4 44 32%0A4 45 43 39 40%0A4 41 24 13 28%0A4 46 47 20 8%0A4 11 20 47 38%0A4 37 12 11 38%0A4 6 45 36 7%0A4 45 40 34 36%0A3 27 26 15%0A4 25 39 43 26%0A4 41 28 42 18%0A4 22 19 0 3%0A4 20 14 9 8%0A4 44 4 7 35%0A4 29 41 18 17%0A3 2 23 3%0A4 30 22 21 34%0A4 25 29 31 39%0A3 47 33 38%0A%0A%0A%0A0%0A%0A%0A";
1340
1341// src/worker/legacy/resources/com/vzome/core/parts/rootTwoBig/yellow.vef
1342var yellow_default9 = "data:text/plain;charset=utf-8,vZome VEF 6 field rootTwo%0A scale  (1/2,0) %0A%0A13%0A(0,0)  (0,3)  (0,11/4)  (0,13/4) %0A(0,0)  (0,11/4)  (0,13/4)  (0,3) %0A(0,0)  (0,3/4)  (0,5/4)  (0,1) %0A(0,0)  (0,1)  (0,3/4)  (0,5/4) %0A(0,0)  (-1/4,7/2)  (-1/4,7/2)  (-1/4,4) %0A(0,0)  (-1/4,7/2)  (-1/4,4)  (-1/4,7/2) %0A(0,0)  (1/4,0)  (1/4,1/2)  (1/4,1/2) %0A(0,0)  (1/4,1/2)  (1/4,0)  (1/4,1/2) %0A(0,0)  (-1/4,4)  (-1/4,7/2)  (-1/4,7/2) %0A(0,0)  (0,13/4)  (0,3)  (0,11/4) %0A(0,0)  (0,5/4)  (0,1)  (0,3/4) %0A(0,0)  (1/4,1/2)  (1/4,1/2)  (1/4,0) %0A(0,0)  (0,4)  (0,4)  (0,4) %0A%0A%0A%0A0%0A%0A%0A%0A15%0A4 0 1 2 3%0A3 4 5 1%0A3 6 7 3%0A3 4 0 8%0A3 8 9 5%0A4 10 2 1 9%0A3 3 7 10%0A3 0 9 8%0A3 2 10 11%0A3 2 6 3%0A4 9 0 3 10%0A3 6 2 11%0A3 0 4 1%0A3 11 10 7%0A3 5 9 1%0A%0A%0A%0A7%0A 1 5 0 9 4 8 12%0A%0Atip 12%0A";
1343

1344// src/worker/legacy/resources/com/vzome/core/parts/rootTwoBig/index.js
1345var shapes15 = {
1346  "connector": connector_default14,
1347  "yellow": yellow_default9
1348};
1349var rootTwoBig_default = shapes15;
1350
1351// src/worker/legacy/resources/com/vzome/core/parts/rootTwoSmall/blue.vef
1352var blue_default12 = "data:text/plain;charset=utf-8,vZome VEF 6 field rootTwo%0A scale  (1/2,0) %0A%0A11%0A(0,0)  (1/2,0)  (0,0)  (0,0) %0A(0,0)  (3/2,0)  (0,0)  (-1/2,0) %0A(0,0)  (3/2,0)  (-1/2,0)  (0,0) %0A(0,0)  (-3/2,8)  (0,0)  (1/2,0) %0A(0,0)  (-3/2,8)  (-1/2,0)  (0,0) %0A(0,0)  (3/2,0)  (0,0)  (1/2,0) %0A(0,0)  (-3/2,8)  (0,0)  (-1/2,0) %0A(0,0)  (-1/2,8)  (0,0)  (0,0) %0A(0,0)  (-3/2,8)  (1/2,0)  (0,0) %0A(0,0)  (3/2,0)  (1/2,0)  (0,0) %0A(0,0)  (0,8)  (0,0)  (0,0) %0A%0A%0A%0A0%0A%0A%0A%0A12%0A3 0 1 2%0A4 4 3 5 2%0A4 3 8 9 5%0A4 8 6 1 9%0A3 0 9 1%0A4 4 2 1 6%0A3 3 7 8%0A3 0 2 5%0A3 7 3 4%0A3 7 4 6%0A3 0 5 9%0A3 7 6 8%0A%0A%0A%0A6%0A 3 6 7 8 10 4%0A%0Atip 10%0A";
1353
1354// src/worker/legacy/resources/com/vzome/core/parts/rootTwoSmall/brown.vef
1355var brown_default5 = "data:text/plain;charset=utf-8,vZome VEF 6 field rootTwo%0A scale  (1/2,0) %0A%0A11%0A(0,0)  (4,0)  (4,0)  (8,0) %0A(0,0)  (27/8,-1/2)  (31/8,-1/2)  (31/4,-1) %0A(0,0)  (35/8,-1/2)  (31/8,-1/2)  (31/4,-1) %0A(0,0)  (31/8,-1/2)  (27/8,-1/2)  (31/4,-1) %0A(0,0)  (1/8,1/2)  (-3/8,1/2)  (1/4,1) %0A(0,0)  (5/8,1/2)  (1/8,1/2)  (1/4,1) %0A(0,0)  (-3/8,1/2)  (1/8,1/2)  (1/4,1) %0A(0,0)  (31/8,-1/2)  (35/8,-1/2)  (31/4,-1) %0A(0,0)  (1/8,1/2)  (5/8,1/2)  (1/4,1) %0A(0,0)  (31/8,0)  (31/8,0)  (31/4,0) %0A(0,0)  (1/8,0)  (1/8,0)  (1/4,0) %0A%0A%0A%0A0%0A%0A%0A%0A12%0A4 2 3 4 5%0A4 6 1 7 8%0A3 1 3 9%0A3 10 6 8%0A4 4 3 1 6%0A3 2 7 9%0A3 9 3 2%0A4 8 7 2 5%0A3 10 4 6%0A3 10 8 5%0A3 9 7 1%0A3 10 5 4%0A%0A%0A%0A6%0A 0 1 9 3 2 7%0A%0Atip 0%0A";
1356
1357// src/worker/legacy/resources/com/vzome/core/parts/rootTwoSmall/connector.vef
1358var connector_default15 = "data:text/plain;charset=utf-8,vZome VEF 6 field rootTwo%0A scale  (1/2,0) %0A%0A6%0A(0,0)  (0,0)  (1/2,0)  (0,0) %0A(0,0)  (0,0)  (0,0)  (-1/2,0) %0A(0,0)  (-1/2,0)  (0,0)  (0,0) %0A(0,0)  (1/2,0)  (0,0)  (0,0) %0A(0,0)  (0,0)  (-1/2,0)  (0,0) %0A(0,0)  (0,0)  (0,0)  (1/2,0) %0A%0A%0A%0A0%0A%0A%0A%0A8%0A3 0 1 2%0A3 3 1 0%0A3 1 4 2%0A3 3 0 5%0A3 5 0 2%0A3 3 4 1%0A3 3 5 4%0A3 4 5 2%0A%0A%0A%0A0%0A%0A%0A";
1359
1360// src/worker/legacy/resources/com/vzome/core/parts/rootTwoSmall/green.vef
1361var green_default11 = "data:text/plain;charset=utf-8,vZome VEF 6 field rootTwo%0A scale  (1/2,0) %0A%0A11%0A(0,0)  (15/4,0)  (0,0)  (15/4,0) %0A(0,0)  (7/2,-1)  (0,0)  (4,-1) %0A(0,0)  (4,-1)  (-1/2,0)  (4,-1) %0A(0,0)  (0,1)  (-1/2,0)  (0,1) %0A(0,0)  (1/2,1)  (0,0)  (0,1) %0A(0,0)  (4,-1)  (0,0)  (7/2,-1) %0A(0,0)  (0,1)  (1/2,0)  (0,1) %0A(0,0)  (4,-1)  (1/2,0)  (4,-1) %0A(0,0)  (0,1)  (0,0)  (1/2,1) %0A(0,0)  (1/4,0)  (0,0)  (1/4,0) %0A(0,0)  (4,0)  (0,0)  (4,0) %0A%0A%0A%0A0%0A%0A%0A%0A12%0A3 0 1 2%0A4 2 3 4 5%0A4 5 4 6 7%0A4 8 3 2 1%0A3 4 9 6%0A3 3 8 9%0A3 0 2 5%0A3 8 6 9%0A3 0 5 7%0A3 3 9 4%0A3 1 0 7%0A4 1 7 6 8%0A%0A%0A%0A6%0A 2 0 10 5 7 1%0A%0Atip 10%0A";
1362
1363// src/worker/legacy/resources/com/vzome/core/parts/rootTwoSmall/yellow.vef
1364var yellow_default10 = "data:text/plain;charset=utf-8,vZome VEF 6 field rootTwo%0A scale  (1/2,0) %0A%0A9%0A(0,0)  (0,1/2)  (0,3/2)  (0,1) %0A(0,0)  (0,3/2)  (0,1)  (0,1/2) %0A(0,0)  (0,1/4)  (0,1/4)  (0,1/4) %0A(0,0)  (0,7/2)  (0,3)  (0,5/2) %0A(0,0)  (0,3)  (0,5/2)  (0,7/2) %0A(0,0)  (0,1)  (0,1/2)  (0,3/2) %0A(0,0)  (0,15/4)  (0,15/4)  (0,15/4) %0A(0,0)  (0,5/2)  (0,7/2)  (0,3) %0A(0,0)  (0,4)  (0,4)  (0,4) %0A%0A%0A%0A0%0A%0A%0A%0A9%0A3 0 1 2%0A4 3 4 5 1%0A3 6 4 3%0A3 7 4 6%0A3 3 7 6%0A4 7 0 5 4%0A3 5 0 2%0A4 0 7 3 1%0A3 1 5 2%0A%0A%0A%0A5%0A 6 7 8 4 3%0A%0Atip 8%0A";
1365

1366// src/worker/legacy/resources/com/vzome/core/parts/rootTwoSmall/index.js
1367var shapes16 = {
1368  "blue": blue_default12,
1369  "brown": brown_default5,
1370  "connector": connector_default15,
1371  "green": green_default11,
1372  "yellow": yellow_default10
1373};
1374var rootTwoSmall_default = shapes16;
1375
1376// src/worker/legacy/resources/com/vzome/core/parts/snubCube/connector.vef
1377var connector_default16 = "data:text/plain;charset=utf-8,vZome VEF 6 field snubCube%0A%0Ascale (0,1/2,0)%0A%0A24%0A(0,0,0) (0,0,-1) (-1,1,1) (-1,2,0)%0A(0,0,0) (0,0,-1) (1,-2,0) (-1,1,1)%0A(0,0,0) (0,0,-1) (-1,2,0) (1,-1,-1)%0A(0,0,0) (0,0,-1) (1,-1,-1) (1,-2,0)%0A(0,0,0) (-1,1,1) (0,0,-1) (1,-2,0)%0A(0,0,0) (-1,1,1) (1,-2,0) (0,0,1)%0A(0,0,0) (-1,1,1) (-1,2,0) (0,0,-1)%0A(0,0,0) (-1,1,1) (0,0,1) (-1,2,0)%0A(0,0,0) (1,-2,0) (0,0,-1) (1,-1,-1)%0A(0,0,0) (1,-2,0) (-1,1,1) (0,0,-1)%0A(0,0,0) (1,-2,0) (1,-1,-1) (0,0,1)%0A(0,0,0) (1,-2,0) (0,0,1) (-1,1,1)%0A(0,0,0) (-1,2,0) (0,0,-1) (-1,1,1)%0A(0,0,0) (-1,2,0) (-1,1,1) (0,0,1)%0A(0,0,0) (-1,2,0) (1,-1,-1) (0,0,-1)%0A(0,0,0) (-1,2,0) (0,0,1) (1,-1,-1)%0A(0,0,0) (1,-1,-1) (0,0,-1) (-1,2,0)%0A(0,0,0) (1,-1,-1) (1,-2,0) (0,0,-1)%0A(0,0,0) (1,-1,-1) (-1,2,0) (0,0,1)%0A(0,0,0) (1,-1,-1) (0,0,1) (1,-2,0)%0A(0,0,0) (0,0,1) (-1,1,1) (1,-2,0)%0A(0,0,0) (0,0,1) (1,-2,0) (1,-1,-1)%0A(0,0,0) (0,0,1) (-1,2,0) (-1,1,1)%0A(0,0,0) (0,0,1) (1,-1,-1) (-1,2,0)%0A%0A%0A%0A0%0A%0A%0A%0A38%0A3  0 1 4 %0A3  0 4 8 %0A3  3 2 7 %0A3  3 6 1 %0A3  3 7 11 %0A3  3 11 6 %0A3  5 0 8 %0A3  5 2 0 %0A3  9 1 6 %0A3  9 4 1 %0A3  10 2 5 %0A3  10 7 2 %0A3  10 15 7 %0A3  10 18 15 %0A3  11 14 6 %0A3  11 19 14 %0A3  12 4 9 %0A3  12 9 17 %0A3  12 17 20 %0A3  12 20 16 %0A3  13 5 8 %0A3  13 8 16 %0A3  13 16 21 %0A3  13 21 18 %0A3  15 18 23 %0A3  15 23 19 %0A3  21 16 20 %0A3  21 23 18 %0A3  22 14 19 %0A3  22 17 14 %0A3  22 19 23 %0A3  22 20 17 %0A4  3 1 0 2 %0A4  9 6 14 17 %0A4  12 16 8 4 %0A4  13 18 10 5 %0A4  15 19 11 7 %0A4  21 20 22 23 %0A%0A%0A%0A0%0A%0A%0A";
1378

1379// src/worker/legacy/resources/com/vzome/core/parts/snubCube/index.js
1380var shapes17 = {
1381  "connector": connector_default16
1382};
1383var snubCube_default = shapes17;
1384
1385// src/worker/legacy/resources/com/vzome/core/parts/snubCube/disdyakisDodec/blue.vef
1386var blue_default13 = "data:text/plain;charset=utf-8,vZome VEF 6 field snubCube%0A%0A10%0A(0,0,0) (0,0,0) (0,0,0) (0,0,0)%0A(0,0,0) (-1/6,1/6,7/6) (0,0,-1/6) (0,0,0)%0A(0,0,0) (-1/6,1/6,7/6) (0,0,0) (0,0,-1/6)%0A(0,0,0) (-1/6,1/6,7/6) (0,0,0) (0,0,1/6)%0A(0,0,0) (-1/6,1/6,7/6) (0,0,1/6) (0,0,0)%0A(0,0,0) (7/6,5/6,-1/6) (0,0,-1/6) (0,0,0)%0A(0,0,0) (7/6,5/6,-1/6) (0,0,0) (0,0,-1/6)%0A(0,0,0) (7/6,5/6,-1/6) (0,0,0) (0,0,1/6)%0A(0,0,0) (7/6,5/6,-1/6) (0,0,1/6) (0,0,0)%0A(0,0,0) (1,1,1) (0,0,0) (0,0,0)%0A%0A%0A%0A0%0A%0A%0A%0A12%0A3  1 3 0 %0A3  2 0 4 %0A3  2 1 0 %0A3  4 0 3 %0A3  5 6 9 %0A3  5 9 7 %0A3  6 8 9 %0A3  7 9 8 %0A4  2 4 8 6 %0A4  2 6 5 1 %0A4  5 7 3 1 %0A4  7 8 4 3 %0A%0A%0A%0A5%0A5 6 7 8 9 %0A%0A%0Atip 9%0A%0A";
1387
1388// src/worker/legacy/resources/com/vzome/core/parts/snubCube/disdyakisDodec/connector.vef
1389var connector_default17 = "data:text/plain;charset=utf-8,vZome VEF 6 field snubCube%0A%0Ascale (0,1/2,0)%0A%0A26%0A(0,0,0) (0,0,-1) (0,0,0) (0,0,0)%0A(0,0,0) (1/2,-1,-1/2) (1/2,-1,-1/2) (0,0,0)%0A(0,0,0) (1/2,-1,-1/2) (0,0,0) (1/2,-1,-1/2)%0A(0,0,0) (1/2,-1,-1/2) (0,0,0) (-1/2,1,1/2)%0A(0,0,0) (1/2,-1,-1/2) (-1/2,1,1/2) (0,0,0)%0A(0,0,0) (-1,1,1) (-1,1,1) (-1,1,1)%0A(0,0,0) (-1,1,1) (-1,1,1) (1,-1,-1)%0A(0,0,0) (-1,1,1) (1,-1,-1) (-1,1,1)%0A(0,0,0) (-1,1,1) (1,-1,-1) (1,-1,-1)%0A(0,0,0) (0,0,0) (0,0,-1) (0,0,0)%0A(0,0,0) (0,0,0) (1/2,-1,-1/2) (1/2,-1,-1/2)%0A(0,0,0) (0,0,0) (1/2,-1,-1/2) (-1/2,1,1/2)%0A(0,0,0) (0,0,0) (0,0,0) (0,0,-1)%0A(0,0,0) (0,0,0) (0,0,0) (0,0,1)%0A(0,0,0) (0,0,0) (-1/2,1,1/2) (1/2,-1,-1/2)%0A(0,0,0) (0,0,0) (-1/2,1,1/2) (-1/2,1,1/2)%0A(0,0,0) (0,0,0) (0,0,1) (0,0,0)%0A(0,0,0) (1,-1,-1) (-1,1,1) (-1,1,1)%0A(0,0,0) (1,-1,-1) (-1,1,1) (1,-1,-1)%0A(0,0,0) (1,-1,-1) (1,-1,-1) (-1,1,1)%0A(0,0,0) (1,-1,-1) (1,-1,-1) (1,-1,-1)%0A(0,0,0) (-1/2,1,1/2) (1/2,-1,-1/2) (0,0,0)%0A(0,0,0) (-1/2,1,1/2) (0,0,0) (1/2,-1,-1/2)%0A(0,0,0) (-1/2,1,1/2) (0,0,0) (-1/2,1,1/2)%0A(0,0,0) (-1/2,1,1/2) (-1/2,1,1/2) (0,0,0)%0A(0,0,0) (0,0,1) (0,0,0) (0,0,0)%0A%0A%0A%0A0%0A%0A%0A%0A48%0A3  0 1 6 %0A3  0 2 5 %0A3  0 3 8 %0A3  0 4 7 %0A3  1 0 5 %0A3  1 9 6 %0A3  2 0 7 %0A3  3 0 6 %0A3  3 13 8 %0A3  4 0 8 %0A3  4 16 7 %0A3  5 2 12 %0A3  9 1 5 %0A3  9 10 17 %0A3  9 11 6 %0A3  9 21 18 %0A3  10 9 5 %0A3  10 12 17 %0A3  11 9 18 %0A3  11 13 6 %0A3  12 2 7 %0A3  12 10 5 %0A3  12 14 19 %0A3  12 22 17 %0A3  13 3 6 %0A3  13 11 18 %0A3  13 15 8 %0A3  13 23 20 %0A3  14 12 7 %0A3  14 16 19 %0A3  15 13 20 %0A3  15 16 8 %0A3  16 4 8 %0A3  16 14 7 %0A3  16 15 20 %0A3  16 24 19 %0A3  17 22 25 %0A3  21 9 17 %0A3  21 25 18 %0A3  22 12 19 %0A3  23 13 18 %0A3  23 25 20 %0A3  24 16 20 %0A3  24 25 19 %0A3  25 21 17 %0A3  25 22 19 %0A3  25 23 18 %0A3  25 24 20 %0A%0A%0A%0A0%0A%0A%0A";
1390
1391// src/worker/legacy/resources/com/vzome/core/parts/snubCube/disdyakisDodec/green.vef
1392var green_default12 = "data:text/plain;charset=utf-8,vZome VEF 6 field snubCube%0A%0A10%0A(0,0,0) (0,0,0) (0,0,0) (0,0,0)%0A(0,0,0) (-7/12,1,7/12) (0,0,0) (-7/12,7/6,7/12)%0A(0,0,0) (-7/12,1,3/4) (0,0,-1/6) (-7/12,1,3/4)%0A(0,0,0) (-7/12,1,3/4) (0,0,1/6) (-7/12,1,3/4)%0A(0,0,0) (-7/12,7/6,7/12) (0,0,0) (-7/12,1,7/12)%0A(0,0,0) (19/12,-1/6,5/12) (0,0,0) (19/12,0,5/12)%0A(0,0,0) (19/12,0,1/4) (0,0,-1/6) (19/12,0,1/4)%0A(0,0,0) (19/12,0,1/4) (0,0,1/6) (19/12,0,1/4)%0A(0,0,0) (19/12,0,5/12) (0,0,0) (19/12,-1/6,5/12)%0A(0,0,0) (1,1,1) (0,0,0) (1,1,1)%0A%0A%0A%0A0%0A%0A%0A%0A12%0A3  1 3 0 %0A3  2 0 4 %0A3  2 1 0 %0A3  3 4 0 %0A3  5 6 9 %0A3  5 9 7 %0A3  7 9 8 %0A3  8 9 6 %0A4  2 4 8 6 %0A4  5 1 2 6 %0A4  5 7 3 1 %0A4  7 8 4 3 %0A%0A%0A%0A5%0A5 6 7 8 9 %0A%0A%0Atip 9%0A%0A";
1393
1394// src/worker/legacy/resources/com/vzome/core/parts/snubCube/disdyakisDodec/snubVertex.vef
1395var snubVertex_default = "data:text/plain;charset=utf-8,vZome VEF 6 field snubCube%0A%0A8%0A(0,0,0) (0,0,0) (0,0,0) (0,0,0)%0A(0,0,0) (1,-1,-1) (1,-1,-1) (1,-1,-1)%0A(0,0,0) (-1/2,1,1/2) (-1/2,1,1/2) (0,0,0)%0A(0,0,0) (0,0,1) (0,0,0) (0,0,0)%0A(0,0,0) (1,1,0) (1,0,0) (0,1,0)%0A(0,0,0) (3/2,0,1/2) (3/2,-1,-1/2) (0,1,0)%0A(0,0,0) (0,2,2) (0,1,1) (-1,2,1)%0A(0,0,0) (1,1,1) (1,0,0) (0,1,0)%0A%0A%0A%0A0%0A%0A%0A%0A12%0A3  1 0 3 %0A3  1 2 0 %0A3  1 3 5 %0A3  1 4 2 %0A3  1 5 4 %0A3  2 3 0 %0A3  4 5 7 %0A3  6 2 4 %0A3  6 3 2 %0A3  6 4 7 %0A3  6 5 3 %0A3  6 7 5 %0A%0A%0A%0A4%0A4 5 6 7 %0A%0A%0Atip 7%0A%0A";
1396

1397// src/worker/legacy/resources/com/vzome/core/parts/snubCube/disdyakisDodec/index.js
1398var shapes18 = {
1399  "blue": blue_default13,
1400  "connector": connector_default17,
1401  "green": green_default12,
1402  "snubVertex": snubVertex_default
1403};
1404var disdyakisDodec_default = shapes18;
1405
1406// src/worker/legacy/resources/com/vzome/core/parts/snubCube/dual/connector.vef
1407var connector_default18 = "data:text/plain;charset=utf-8,vZome VEF 6 field snubCube%0A%0Ascale (0,1/2,0)%0A%0A38%0A(0,0,0) (0,0,-1) (0,0,0) (0,0,0)%0A(0,0,0) (2,-3,-2) (-1,1,1) (0,1,-2)%0A(0,0,0) (2,-3,-2) (0,1,-2) (1,-1,-1)%0A(0,0,0) (2,-3,-2) (0,-1,2) (-1,1,1)%0A(0,0,0) (2,-3,-2) (1,-1,-1) (0,-1,2)%0A(0,0,0) (-1,1,1) (2,-3,-2) (0,-1,2)%0A(0,0,0) (-1,1,1) (-1,1,1) (-1,1,1)%0A(0,0,0) (-1,1,1) (-1,1,1) (1,-1,-1)%0A(0,0,0) (-1,1,1) (0,1,-2) (2,-3,-2)%0A(0,0,0) (-1,1,1) (0,-1,2) (-2,3,2)%0A(0,0,0) (-1,1,1) (1,-1,-1) (-1,1,1)%0A(0,0,0) (-1,1,1) (1,-1,-1) (1,-1,-1)%0A(0,0,0) (-1,1,1) (-2,3,2) (0,1,-2)%0A(0,0,0) (0,1,-2) (2,-3,-2) (-1,1,1)%0A(0,0,0) (0,1,-2) (-1,1,1) (-2,3,2)%0A(0,0,0) (0,1,-2) (1,-1,-1) (2,-3,-2)%0A(0,0,0) (0,1,-2) (-2,3,2) (1,-1,-1)%0A(0,0,0) (0,0,0) (0,0,-1) (0,0,0)%0A(0,0,0) (0,0,0) (0,0,0) (0,0,-1)%0A(0,0,0) (0,0,0) (0,0,0) (0,0,1)%0A(0,0,0) (0,0,0) (0,0,1) (0,0,0)%0A(0,0,0) (0,-1,2) (2,-3,-2) (1,-1,-1)%0A(0,0,0) (0,-1,2) (-1,1,1) (2,-3,-2)%0A(0,0,0) (0,-1,2) (1,-1,-1) (-2,3,2)%0A(0,0,0) (0,-1,2) (-2,3,2) (-1,1,1)%0A(0,0,0) (1,-1,-1) (2,-3,-2) (0,1,-2)%0A(0,0,0) (1,-1,-1) (-1,1,1) (-1,1,1)%0A(0,0,0) (1,-1,-1) (-1,1,1) (1,-1,-1)%0A(0,0,0) (1,-1,-1) (0,1,-2) (-2,3,2)%0A(0,0,0) (1,-1,-1) (0,-1,2) (2,-3,-2)%0A(0,0,0) (1,-1,-1) (1,-1,-1) (-1,1,1)%0A(0,0,0) (1,-1,-1) (1,-1,-1) (1,-1,-1)%0A(0,0,0) (1,-1,-1) (-2,3,2) (0,-1,2)%0A(0,0,0) (-2,3,2) (-1,1,1) (0,-1,2)%0A(0,0,0) (-2,3,2) (0,1,-2) (-1,1,1)%0A(0,0,0) (-2,3,2) (0,-1,2) (1,-1,-1)%0A(0,0,0) (-2,3,2) (1,-1,-1) (0,1,-2)%0A(0,0,0) (0,0,1) (0,0,0) (0,0,0)%0A%0A%0A%0A0%0A%0A%0A%0A24%0A5  1 0 3 8 6 %0A5  1 5 7 2 0 %0A5  1 6 13 17 5 %0A5  2 7 14 19 9 %0A5  2 9 11 4 0 %0A5  4 12 10 3 0 %0A5  8 3 10 15 18 %0A5  14 7 5 17 21 %0A5  14 21 27 28 19 %0A5  16 11 9 19 23 %0A5  16 20 12 4 11 %0A5  16 23 31 32 20 %0A5  22 13 6 8 18 %0A5  22 18 29 34 26 %0A5  24 15 10 12 20 %0A5  24 30 29 18 15 %0A5  25 17 13 22 26 %0A5  25 26 34 37 33 %0A5  25 33 27 21 17 %0A5  28 27 33 37 35 %0A5  28 35 31 23 19 %0A5  32 31 35 37 36 %0A5  32 36 30 24 20 %0A5  34 29 30 36 37 %0A%0A%0A%0A0%0A%0A%0A";
1408
1409// src/worker/legacy/resources/com/vzome/core/parts/snubCube/dual/snubVertex.vef
1410var snubVertex_default2 = "data:text/plain;charset=utf-8,vZome VEF 6 field snubCube%0A%0A8%0A(0,0,0) (0,0,0) (0,0,0) (0,0,0)%0A(0,0,0) (1,-1,-1) (1,-1,-1) (1,-1,-1)%0A(0,0,0) (-1/2,1,1/2) (-1/2,1,1/2) (0,0,0)%0A(0,0,0) (0,0,1) (0,0,0) (0,0,0)%0A(0,0,0) (1,1,0) (1,0,0) (0,1,0)%0A(0,0,0) (3/2,0,1/2) (3/2,-1,-1/2) (0,1,0)%0A(0,0,0) (0,2,2) (0,1,1) (-1,2,1)%0A(0,0,0) (1,1,1) (1,0,0) (0,1,0)%0A%0A%0A%0A0%0A%0A%0A%0A12%0A3  1 0 3 %0A3  1 2 0 %0A3  1 3 5 %0A3  1 4 2 %0A3  1 5 4 %0A3  2 3 0 %0A3  4 5 7 %0A3  6 2 4 %0A3  6 3 2 %0A3  6 4 7 %0A3  6 5 3 %0A3  6 7 5 %0A%0A%0A%0A4%0A4 5 6 7 %0A%0A%0Atip 7%0A%0A";
1411

1412// src/worker/legacy/resources/com/vzome/core/parts/snubCube/dual/index.js
1413var shapes19 = {
1414  "connector": connector_default18,
1415  "snubVertex": snubVertex_default2
1416};
1417var dual_default = shapes19;
1418
1419// src/worker/legacy/resources/com/vzome/core/parts/sqrtPhi/fivefold/blue.vef
1420var blue_default14 = "data:text/plain;charset=utf-8,vZome VEF 6 field sqrtPhi%0A%0A9%0A(0,0,0,0) (-1,-1,1,2) (2,-2,-3,1) (0,-2,-2,3)%0A(0,0,0,0) (0,1,0,-2) (0,1,0,-2) (-1,0,1,0)%0A(0,0,0,0) (1,-1,-2,2) (0,-2,0,1) (0,0,-2,0)%0A(0,0,0,0) (2,1,-3,-2) (-2,1,3,-2) (-1,2,1,-3)%0A(0,0,0,0) (0,0,0,0) (0,-1,0,-1) (-1,0,-1,0)%0A(0,0,0,0) (-2,-1,3,2) (2,-2,-3,1) (0,-2,-2,3)%0A(0,0,0,0) (-1,1,2,-2) (0,1,0,-2) (-1,0,1,0)%0A(0,0,0,0) (0,-1,0,2) (0,-2,0,1) (0,0,-2,0)%0A(0,0,0,0) (1,1,-1,-2) (-2,1,3,-2) (-1,2,1,-3)%0A%0A%0A%0A0%0A%0A%0A%0A4%0A4  0 2 3 1 %0A4  1 6 5 0 %0A4  7 5 6 8 %0A4  7 8 3 2 %0A%0A%0A%0A5%0A0 2 4 5 7 %0A%0A%0Atip 4%0A%0A";
1421
1422// src/worker/legacy/resources/com/vzome/core/parts/sqrtPhi/fivefold/connector.vef
1423var connector_default19 = "data:text/plain;charset=utf-8,vZome VEF 6 field sqrtPhi%0A%0A22%0A(0,0,0,0) (0,-3,0,4) (0,1,0,-2) (3,0,-5,0)%0A(0,0,0,0) (0,-3,0,4) (0,5,0,-8) (7,0,-11,0)%0A(0,0,0,0) (0,-3,0,4) (0,-1,0,2) (3,0,-5,0)%0A(0,0,0,0) (0,-3,0,4) (0,3,0,-4) (7,0,-11,0)%0A(0,0,0,0) (0,1,0,-2) (0,-3,0,4) (-3,0,5,0)%0A(0,0,0,0) (0,1,0,-2) (0,1,0,-2) (-1,0,1,0)%0A(0,0,0,0) (0,1,0,-2) (0,1,0,-2) (1,0,-1,0)%0A(0,0,0,0) (0,1,0,-2) (0,-1,0,2) (-1,0,1,0)%0A(0,0,0,0) (0,1,0,-2) (0,-1,0,2) (1,0,-1,0)%0A(0,0,0,0) (0,1,0,-2) (0,3,0,-4) (3,0,-5,0)%0A(0,0,0,0) (0,-5,0,8) (0,3,0,-4) (7,0,-11,0)%0A(0,0,0,0) (0,5,0,-8) (0,-3,0,4) (-7,0,11,0)%0A(0,0,0,0) (0,-1,0,2) (0,-3,0,4) (-3,0,5,0)%0A(0,0,0,0) (0,-1,0,2) (0,1,0,-2) (-1,0,1,0)%0A(0,0,0,0) (0,-1,0,2) (0,1,0,-2) (1,0,-1,0)%0A(0,0,0,0) (0,-1,0,2) (0,-1,0,2) (-1,0,1,0)%0A(0,0,0,0) (0,-1,0,2) (0,-1,0,2) (1,0,-1,0)%0A(0,0,0,0) (0,-1,0,2) (0,3,0,-4) (3,0,-5,0)%0A(0,0,0,0) (0,3,0,-4) (0,-3,0,4) (-7,0,11,0)%0A(0,0,0,0) (0,3,0,-4) (0,1,0,-2) (-3,0,5,0)%0A(0,0,0,0) (0,3,0,-4) (0,-5,0,8) (-7,0,11,0)%0A(0,0,0,0) (0,3,0,-4) (0,-1,0,2) (-3,0,5,0)%0A%0A%0A%0A0%0A%0A%0A%0A20%0A4  0 2 7 5 %0A4  3 1 6 8 %0A4  3 2 0 1 %0A4  3 8 16 10 %0A4  3 9 7 2 %0A4  3 10 17 9 %0A4  4 12 14 6 %0A4  5 11 4 0 %0A4  6 1 0 4 %0A4  7 9 17 15 %0A4  14 19 21 16 %0A4  15 13 5 7 %0A4  16 8 6 14 %0A4  17 10 16 21 %0A4  18 11 5 13 %0A4  18 12 4 11 %0A4  18 13 15 20 %0A4  18 19 14 12 %0A4  18 20 21 19 %0A4  21 20 15 17 %0A%0A%0A%0A0%0A%0A%0A";
1424
1425// src/worker/legacy/resources/com/vzome/core/parts/sqrtPhi/fivefold/green.vef
1426var green_default13 = "data:text/plain;charset=utf-8,vZome VEF 6 field sqrtPhi%0A%0A13%0A(0,0,0,0) (5,-1,-8,2) (-5,3,8,-4) (3,5,-5,-8)%0A(0,0,0,0) (5,1,-8,-1) (-5,2,8,-2) (0,5,0,-8)%0A(0,0,0,0) (-5,3,8,-4) (5,-1,-8,2) (-3,-5,5,8)%0A(0,0,0,0) (5,-2,-8,4) (-5,5,8,-7) (6,5,-10,-8)%0A(0,0,0,0) (-5,5,8,-7) (5,-2,-8,4) (-6,-5,10,8)%0A(0,0,0,0) (-5,2,8,-2) (5,1,-8,-1) (0,-5,0,8)%0A(0,0,0,0) (8,-2,-6,2) (-2,-1,10,1) (0,5,0,-8)%0A(0,0,0,0) (8,-5,-6,7) (-2,2,10,-4) (6,5,-10,-8)%0A(0,0,0,0) (-2,2,10,-4) (8,-5,-6,7) (-6,-5,10,8)%0A(0,0,0,0) (8,-3,-6,4) (-2,1,10,-2) (3,5,-5,-8)%0A(0,0,0,0) (-2,-1,10,1) (8,-2,-6,2) (0,-5,0,8)%0A(0,0,0,0) (-2,1,10,-2) (8,-3,-6,4) (-3,-5,5,8)%0A(0,0,0,0) (3,0,2,0) (3,0,2,0) (0,0,0,0)%0A%0A%0A%0A0%0A%0A%0A%0A8%0A4  1 0 2 4 %0A4  1 4 8 6 %0A4  3 5 2 0 %0A4  5 3 7 10 %0A4  9 6 8 11 %0A4  11 10 7 9 %0A6  3 0 1 6 9 7 %0A6  10 11 8 4 2 5 %0A%0A%0A%0A7%0A6 7 8 9 10 11 12 %0A%0A%0Atip 12%0A%0A";
1427
1428// src/worker/legacy/resources/com/vzome/core/parts/sqrtPhi/fivefold/red.vef
1429var red_default8 = "data:text/plain;charset=utf-8,vZome VEF 6 field sqrtPhi%0A%0A11%0A(0,0,0,0) (0,4,0,-6) (0,-3,0,4) (-7,0,11,0)%0A(0,0,0,0) (0,1,0,-1) (0,-3,0,4) (-5,0,8,0)%0A(0,0,0,0) (0,1,0,-1) (0,-1,0,1) (-4,0,6,0)%0A(0,0,0,0) (0,3,0,-4) (0,-1,0,1) (-5,0,8,0)%0A(0,0,0,0) (0,3,0,-4) (0,-4,0,6) (-7,0,11,0)%0A(0,0,0,0) (0,-1,0,4) (0,2,0,-6) (5,0,-9,0)%0A(0,0,0,0) (0,-1,0,4) (0,-1,0,-1) (3,0,-6,0)%0A(0,0,0,0) (0,1,0,1) (0,-1,0,-1) (2,0,-4,0)%0A(0,0,0,0) (0,1,0,1) (0,1,0,-4) (3,0,-6,0)%0A(0,0,0,0) (0,-2,0,6) (0,1,0,-4) (5,0,-9,0)%0A(0,0,0,0) (0,2,0,0) (0,-2,0,0) (-2,0,2,0)%0A%0A%0A%0A0%0A%0A%0A%0A10%0A3  0 2 6 %0A3  0 6 5 %0A3  1 0 5 %0A3  2 4 8 %0A3  3 1 7 %0A3  4 3 9 %0A3  5 7 1 %0A3  7 9 3 %0A3  8 6 2 %0A3  9 8 4 %0A%0A%0A%0A6%0A5 6 7 8 9 10 %0A%0A%0A%0Atip 10%0A%0A%0A";
1430

1431// src/worker/legacy/resources/com/vzome/core/parts/sqrtPhi/fivefold/index.js
1432var shapes20 = {
1433  "blue": blue_default14,
1434  "connector": connector_default19,
1435  "green": green_default13,
1436  "red": red_default8
1437};
1438var fivefold_default = shapes20;
1439
1440// src/worker/legacy/resources/com/vzome/core/parts/sqrtPhi/octahedra/blue.vef
1441var blue_default15 = "data:text/plain;charset=utf-8,vZome VEF 6 field sqrtPhi%0A%0Ascale (0,2,0,0)%0A%0A11%0A(0,0,0,0) (-6,0,10,0) (0,0,0,0) (0,0,0,0)%0A(0,0,0,0) (-6,-3,10,5) (0,3,0,-5) (0,0,0,0)%0A(0,0,0,0) (-6,-3,10,5) (0,0,0,0) (0,3,0,-5)%0A(0,0,0,0) (-6,-3,10,5) (0,0,0,0) (0,-3,0,5)%0A(0,0,0,0) (-6,-3,10,5) (0,-3,0,5) (0,0,0,0)%0A(0,0,0,0) (6,4,-10,-5) (0,3,0,-5) (0,0,0,0)%0A(0,0,0,0) (6,4,-10,-5) (0,0,0,0) (0,3,0,-5)%0A(0,0,0,0) (6,4,-10,-5) (0,0,0,0) (0,-3,0,5)%0A(0,0,0,0) (6,4,-10,-5) (0,-3,0,5) (0,0,0,0)%0A(0,0,0,0) (6,1,-10,0) (0,0,0,0) (0,0,0,0)%0A(0,0,0,0) (0,1,0,0) (0,0,0,0) (0,0,0,0)%0A%0A%0A%0A0%0A%0A%0A%0A12%0A3  1 0 2 %0A3  2 0 4 %0A3  3 0 1 %0A3  4 0 3 %0A3  5 9 7 %0A3  6 9 5 %0A3  7 9 8 %0A3  8 9 6 %0A4  2 4 8 6 %0A4  4 3 7 8 %0A4  6 5 1 2 %0A4  7 3 1 5 %0A%0A%0A%0A6%0A5 6 7 8 9 10 %0A%0A%0Atip 10%0A%0A";
1442
1443// src/worker/legacy/resources/com/vzome/core/parts/sqrtPhi/octahedra/green.vef
1444var green_default14 = "data:text/plain;charset=utf-8,vZome VEF 6 field sqrtPhi%0Ascale (0,0,2,1)%0A%0A11%0A(0,0,0,0) (0,3,0,-5) (0,-2,0,2) (0,-2,0,2)%0A(0,0,0,0) (0,3,0,-5) (0,1,0,-2) (0,1,0,-2)%0A(0,0,0,0) (0,0,0,0) (0,-1,0,0) (0,-1,0,0)%0A(0,0,0,0) (0,0,0,0) (0,1,0,-3) (0,1,0,-3)%0A(0,0,0,0) (0,0,0,0) (0,1,0,-3) (-3,1,5,-3)%0A(0,0,0,0) (0,0,0,0) (-3,1,5,-3) (0,1,0,-3)%0A(0,0,0,0) (0,0,0,0) (3,-2,-5,3) (0,-2,0,3)%0A(0,0,0,0) (0,0,0,0) (0,-2,0,3) (3,-2,-5,3)%0A(0,0,0,0) (0,0,0,0) (0,-2,0,3) (0,-2,0,3)%0A(0,0,0,0) (0,-3,0,5) (0,-2,0,2) (0,-2,0,2)%0A(0,0,0,0) (0,-3,0,5) (0,1,0,-2) (0,1,0,-2)%0A%0A%0A%0A0%0A%0A%0A%0A12%0A3  3 0 5 %0A3  3 5 9 %0A3  4 0 3 %0A3  4 3 9 %0A3  6 10 8 %0A3  7 1 8 %0A3  7 8 10 %0A3  8 1 6 %0A4  4 9 10 6 %0A4  5 0 1 7 %0A4  6 1 0 4 %0A4  7 10 9 5 %0A%0A%0A%0A6%0A0 2 3 4 5 9 %0A%0A%0Atip 2%0A%0A";
1445
1446// src/worker/legacy/resources/com/vzome/core/parts/sqrtPhi/octahedra/ivory.vef
1447var ivory_default = "data:text/plain;charset=utf-8,vZome VEF 6 field sqrtPhi%0Ascale (0,0,2,1)%0A%0A9%0A(0,0,0,0) (-62/11,-14/11,100/11,24/11) (-65/11,2/11,102/11,-5/11) (14/11,-5/11,-24/11,7/11)%0A(0,0,0,0) (-62/11,-14/11,100/11,24/11) (-10/11,24/11,14/11,-38/11) (14/11,-38/11,-24/11,62/11)%0A(0,0,0,0) (-7/11,-14/11,12/11,24/11) (45/11,2/11,-74/11,-5/11) (-41/11,-5/11,64/11,7/11)%0A(0,0,0,0) (48/11,-14/11,-76/11,24/11) (-10/11,2/11,14/11,-5/11) (69/11,-5/11,-112/11,7/11)%0A(0,0,0,0) (-37/11,14/11,65/11,-24/11) (10/11,-13/11,-14/11,5/11) (-69/11,5/11,112/11,-18/11)%0A(0,0,0,0) (18/11,14/11,-23/11,-24/11) (-45/11,-13/11,74/11,5/11) (41/11,5/11,-64/11,-18/11)%0A(0,0,0,0) (73/11,14/11,-111/11,-24/11) (10/11,-35/11,-14/11,38/11) (-14/11,38/11,24/11,-73/11)%0A(0,0,0,0) (73/11,14/11,-111/11,-24/11) (65/11,-13/11,-102/11,5/11) (-14/11,5/11,24/11,-18/11)%0A(0,0,0,0) (1,0,-1,0) (0,-1,0,0) (0,0,0,-1)%0A%0A%0A%0A0%0A%0A%0A%0A12%0A3  0 2 4 %0A3  1 0 3 %0A3  1 2 0 %0A3  2 3 7 %0A3  3 0 5 %0A3  3 2 1 %0A3  4 5 0 %0A3  5 4 6 %0A3  5 7 3 %0A3  6 4 7 %0A3  7 4 2 %0A3  7 5 6 %0A%0A%0A%0A5%0A4 5 6 7 8 %0A%0A%0Atip 8%0A%0A";
1448
1449// src/worker/legacy/resources/com/vzome/core/parts/sqrtPhi/octahedra/mauve.vef
1450var mauve_default = "data:text/plain;charset=utf-8,vZome VEF 6 field sqrtPhi%0A%0Ascale (0,2,0,0)%0A%0A9%0A(0,0,0,0) (5,0,-8,0) (5,0,-8,0) (5,0,-8,0)%0A(0,0,0,0) (5,0,-8,0) (5,-3,-8,5) (5,-3,-8,5)%0A(0,0,0,0) (5,-3,-8,5) (5,0,-8,0) (5,-3,-8,5)%0A(0,0,0,0) (5,-3,-8,5) (5,-3,-8,5) (5,0,-8,0)%0A(0,0,0,0) (-5,4,8,-5) (-5,4,8,-5) (-5,0,9,0)%0A(0,0,0,0) (-5,4,8,-5) (-5,1,8,0) (-5,3,9,-5)%0A(0,0,0,0) (-5,1,8,0) (-5,4,8,-5) (-5,3,9,-5)%0A(0,0,0,0) (-5,1,8,0) (-5,1,8,0) (-5,0,9,0)%0A(0,0,0,0) (0,1,0,0) (0,1,0,0) (0,0,1,0)%0A%0A%0A%0A0%0A%0A%0A%0A12%0A3  0 3 2 %0A3  1 2 4 %0A3  1 3 0 %0A3  2 1 0 %0A3  3 1 5 %0A3  4 2 6 %0A3  4 5 1 %0A3  5 4 7 %0A3  5 6 3 %0A3  6 2 3 %0A3  7 4 6 %0A3  7 6 5 %0A%0A%0A%0A5%0A4 5 6 7 8 %0A%0A%0Atip 8%0A%0A";
1451
1452// src/worker/legacy/resources/com/vzome/core/parts/sqrtPhi/octahedra/slate.vef
1453var slate_default = "data:text/plain;

1453charset=utf-8,vZome VEF 6 field sqrtPhi%0A%0Ascale (0,2,0,0)%0A%0A11%0A(0,0,0,0) (-3,0,5,0) (0,0,0,0) (-3,0,5,0)%0A(0,0,0,0) (-3,0,5,0) (0,0,0,0) (-6,0,10,0)%0A(0,0,0,0) (2,0,-3,0) (-5,0,8,0) (2,0,-3,0)%0A(0,0,0,0) (2,0,-3,0) (5,0,-8,0) (2,0,-3,0)%0A(0,0,0,0) (-6,0,10,0) (0,0,0,0) (-3,0,5,0)%0A(0,0,0,0) (7,0,-10,0) (0,0,0,0) (3,1,-5,0)%0A(0,0,0,0) (-1,0,3,0) (-5,0,8,0) (-2,1,3,0)%0A(0,0,0,0) (-1,0,3,0) (5,0,-8,0) (-2,1,3,0)%0A(0,0,0,0) (4,0,-5,0) (0,0,0,0) (6,1,-10,0)%0A(0,0,0,0) (4,0,-5,0) (0,0,0,0) (3,1,-5,0)%0A(0,0,0,0) (1,0,0,0) (0,0,0,0) (0,1,0,0)%0A%0A%0A%0A0%0A%0A%0A%0A16%0A3  0 1 3 %0A3  0 3 4 %0A3  0 4 2 %0A3  2 1 0 %0A3  2 4 8 %0A3  3 1 5 %0A3  4 3 8 %0A3  5 1 2 %0A3  5 6 9 %0A3  5 7 3 %0A3  6 5 2 %0A3  6 8 9 %0A3  7 5 9 %0A3  7 8 3 %0A3  8 6 2 %0A3  9 8 7 %0A%0A%0A%0A6%0A5 6 7 8 9 10 %0A%0A%0Atip 10%0A%0A";
1454
1455// src/worker/legacy/resources/com/vzome/core/parts/sqrtPhi/octahedra/yellow.vef
1456var yellow_default11 = "data:text/plain;charset=utf-8,vZome VEF 6 field sqrtPhi%0Ascale (0,0,2,1)%0A%0A9%0A(0,0,0,0) (0,-3,0,5) (0,3,0,-5) (0,3,0,-5)%0A(0,0,0,0) (1/2,-9/2,-5/6,15/2) (1,9/2,-5/3,-15/2) (5/2,9/2,-25/6,-15/2)%0A(0,0,0,0) (-1,-9/2,5/3,15/2) (5/2,9/2,-25/6,-15/2) (-1/2,9/2,5/6,-15/2)%0A(0,0,0,0) (-5/2,-9/2,25/6,15/2) (-1/2,9/2,5/6,-15/2) (1,9/2,-5/3,-15/2)%0A(0,0,0,0) (1/2,15/2,1/6,-25/2) (1,-15/2,-8/3,25/2) (5/2,-15/2,-31/6,25/2)%0A(0,0,0,0) (-1,15/2,8/3,-25/2) (5/2,-15/2,-31/6,25/2) (-1/2,-15/2,-1/6,25/2)%0A(0,0,0,0) (-5/2,15/2,31/6,-25/2) (-1/2,-15/2,-1/6,25/2) (1,-15/2,-8/3,25/2)%0A(0,0,0,0) (0,3,1,-5) (0,-3,-1,5) (0,-3,-1,5)%0A(0,0,0,0) (0,0,1,0) (0,0,-1,0) (0,0,-1,0)%0A%0A%0A%0A0%0A%0A%0A%0A9%0A3  1 0 3 %0A3  2 0 1 %0A3  3 0 2 %0A3  7 4 6 %0A3  7 5 4 %0A3  7 6 5 %0A4  1 3 6 4 %0A4  4 5 2 1 %0A4  5 6 3 2 %0A%0A%0A%0A5%0A4 5 6 7 8 %0A%0A%0Atip 8%0A%0A";
1457

1458// src/worker/legacy/resources/com/vzome/core/parts/sqrtPhi/octahedra/index.js
1459var shapes21 = {
1460  "blue": blue_default15,
1461  "green": green_default14,
1462  "ivory": ivory_default,
1463  "mauve": mauve_default,
1464  "slate": slate_default,
1465  "yellow": yellow_default11
1466};
1467var octahedra_default = shapes21;
1468
1469// src/worker/legacy/resources/com/vzome/core/parts/sqrtPhi/tinyIcosahedra/blue.vef
1470var blue_default16 = "data:text/plain;charset=utf-8,vZome VEF 6 field sqrtPhi%0A%0Ascale (0,1/16,0,0)%0A%0A11%0A(0,0,0,0) (0,2,0,1) (0,0,0,0) (0,0,0,0)%0A(0,0,0,0) (0,5,0,3) (0,-3/2,0,-1) (0,-1,0,-1/2)%0A(0,0,0,0) (0,5,0,3) (0,-3/2,0,-1) (0,1,0,1/2)%0A(0,0,0,0) (0,5,0,3) (0,3/2,0,1) (0,-1,0,-1/2)%0A(0,0,0,0) (0,5,0,3) (0,3/2,0,1) (0,1,0,1/2)%0A(0,0,0,0) (0,37,0,23) (0,-3/2,0,-1) (0,-1,0,-1/2)%0A(0,0,0,0) (0,37,0,23) (0,-3/2,0,-1) (0,1,0,1/2)%0A(0,0,0,0) (0,37,0,23) (0,3/2,0,1) (0,-1,0,-1/2)%0A(0,0,0,0) (0,37,0,23) (0,3/2,0,1) (0,1,0,1/2)%0A(0,0,0,0) (0,40,0,25) (0,0,0,0) (0,0,0,0)%0A(0,0,0,0) (0,42,0,26) (0,0,0,0) (0,0,0,0)%0A%0A%0A%0A0%0A%0A%0A%0A12%0A3  0 3 1 %0A3  2 0 1 %0A3  4 0 2 %0A3  4 3 0 %0A3  5 7 9 %0A3  6 5 9 %0A3  6 9 8 %0A3  8 9 7 %0A4  2 1 5 6 %0A4  4 2 6 8 %0A4  4 8 7 3 %0A4  5 1 3 7 %0A%0A%0A%0A6%0A5 6 7 8 9 10 %0A%0A%0Atip 10%0A%0A";
1471
1472// src/worker/legacy/resources/com/vzome/core/parts/sqrtPhi/tinyIcosahedra/connector.vef
1473var connector_default20 = "data:text/plain;charset=utf-8,vZome VEF 6 field sqrtPhi%0A%0Ascale (0,1/16,0,0)%0A%0A12%0A(0,0,0,0) (0,-3/2,0,-1) (0,-1,0,-1/2) (0,0,0,0)%0A(0,0,0,0) (0,-3/2,0,-1) (0,1,0,1/2) (0,0,0,0)%0A(0,0,0,0) (0,-1,0,-1/2) (0,0,0,0) (0,-3/2,0,-1)%0A(0,0,0,0) (0,-1,0,-1/2) (0,0,0,0) (0,3/2,0,1)%0A(0,0,0,0) (0,0,0,0) (0,-3/2,0,-1) (0,-1,0,-1/2)%0A(0,0,0,0) (0,0,0,0) (0,-3/2,0,-1) (0,1,0,1/2)%0A(0,0,0,0) (0,0,0,0) (0,3/2,0,1) (0,-1,0,-1/2)%0A(0,0,0,0) (0,0,0,0) (0,3/2,0,1) (0,1,0,1/2)%0A(0,0,0,0) (0,1,0,1/2) (0,0,0,0) (0,-3/2,0,-1)%0A(0,0,0,0) (0,1,0,1/2) (0,0,0,0) (0,3/2,0,1)%0A(0,0,0,0) (0,3/2,0,1) (0,-1,0,-1/2) (0,0,0,0)%0A(0,0,0,0) (0,3/2,0,1) (0,1,0,1/2) (0,0,0,0)%0A%0A%0A%0A0%0A%0A%0A%0A20%0A3  1 0 3 %0A3  1 2 0 %0A3  3 0 5 %0A3  4 0 2 %0A3  5 0 4 %0A3  6 2 1 %0A3  7 1 3 %0A3  7 3 9 %0A3  7 6 1 %0A3  8 2 6 %0A3  8 4 2 %0A3  9 3 5 %0A3  10 4 8 %0A3  10 5 4 %0A3  10 9 5 %0A3  11 6 7 %0A3  11 7 9 %0A3  11 8 6 %0A3  11 9 10 %0A3  11 10 8 %0A%0A%0A%0A0%0A%0A%0A";
1474
1475// src/worker/legacy/resources/com/vzome/core/parts/sqrtPhi/tinyIcosahedra/green.vef
1476var green_default15 = "data:text/plain;charset=utf-8,vZome VEF 6 field sqrtPhi%0A%0Ascale (0,1/16,0,0)%0A%0A11%0A(0,0,0,0) (0,0,0,1/2) (0,0,0,0) (0,9/2,0,3)%0A(0,0,0,0) (0,1/2,0,1/2) (0,0,0,1/2) (0,3/2,0,1)%0A(0,0,0,0) (0,3/2,0,1) (0,-1,0,-1/2) (0,4,0,3)%0A(0,0,0,0) (0,3/2,0,1) (0,2,0,3/2) (0,4,0,2)%0A(0,0,0,0) (0,3,0,3/2) (0,1,0,1) (0,7/2,0,2)%0A(0,0,0,0) (0,18,0,23/2) (0,7,0,4) (0,103/2,0,32)%0A(0,0,0,0) (0,39/2,0,12) (0,6,0,7/2) (0,51,0,32)%0A(0,0,0,0) (0,39/2,0,12) (0,9,0,11/2) (0,51,0,31)%0A(0,0,0,0) (0,41/2,0,25/2) (0,8,0,9/2) (0,107/2,0,33)%0A(0,0,0,0) (0,21,0,25/2) (0,8,0,5) (0,101/2,0,31)%0A(0,0,0,0) (0,21,0,13) (0,8,0,5) (0,55,0,34)%0A%0A%0A%0A0%0A%0A%0A%0A12%0A3  1 0 3 %0A3  2 0 1 %0A3  4 1 3 %0A3  4 2 1 %0A3  8 5 6 %0A3  8 6 9 %0A3  8 7 5 %0A3  8 9 7 %0A4  5 0 2 6 %0A4  6 2 4 9 %0A4  7 3 0 5 %0A4  7 9 4 3 %0A%0A%0A%0A6%0A5 6 7 8 9 10 %0A%0A%0Atip 10%0A%0A";
1477
1478// src/worker/legacy/resources/com/vzome/core/parts/sqrtPhi/tinyIcosahedra/red.vef
1479var red_default9 = "data:text/plain;charset=utf-8,vZome VEF 6 field sqrtPhi%0A%0Ascale (0,1/16,0,0)%0A%0A13%0A(0,0,0,0) (0,1,0,1/2) (0,0,0,0) (0,3/2,0,1)%0A(0,0,0,0) (0,5/4,0,3/4) (0,-1/2,0,-1/4) (0,19/4,0,3)%0A(0,0,0,0) (0,7/4,0,1) (0,5/4,0,3/4) (0,9/2,0,11/4)%0A(0,0,0,0) (0,5/2,0,3/2) (0,-3/2,0,-1) (0,4,0,5/2)%0A(0,0,0,0) (0,13/4,0,2) (0,5/4,0,3/4) (0,7/2,0,9/4)%0A(0,0,0,0) (0,15/4,0,9/4) (0,-1/2,0,-1/4) (0,13/4,0,2)%0A(0,0,0,0) (0,69/4,0,43/4) (0,-1/2,0,-1/4) (0,123/4,0,19)%0A(0,0,0,0) (0,71/4,0,11) (0,5/4,0,3/4) (0,61/2,0,75/4)%0A(0,0,0,0) (0,37/2,0,23/2) (0,-3/2,0,-1) (0,30,0,37/2)%0A(0,0,0,0) (0,77/4,0,12) (0,5/4,0,3/4) (0,59/2,0,73/4)%0A(0,0,0,0) (0,79/4,0,49/4) (0,-1/2,0,-1/4) (0,117/4,0,18)%0A(0,0,0,0) (0,20,0,25/2) (0,0,0,0) (0,65/2,0,20)%0A(0,0,0,0) (0,21,0,13) (0,0,0,0) (0,34,0,21)%0A%0A%0A%0A0%0A%0A%0A%0A15%0A3  2 0 1 %0A3  2 4 0 %0A3  3 0 5 %0A3  3 1 0 %0A3  4 5 0 %0A3  7 6 11 %0A3  7 11 9 %0A3  9 11 10 %0A3  11 6 8 %0A3  11 8 10 %0A4  2 1 6 7 %0A4  2 7 9 4 %0A4  3 5 10 8 %0A4  3 8 6 1 %0A4  9 10 5 4 %0A%0A%0A%0A7%0A6 7 8 9 10 11 12 %0A%0A%0Atip 12%0A%0A";
1480
1481// src/worker/legacy/resources/com/vzome/core/parts/sqrtPhi/tinyIcosahedra/yellow.vef
1482var yellow_default12 = "data:text/plain;

1482charset=utf-8,vZome VEF 6 field sqrtPhi%0A%0Ascale (0,1/16,0,0)%0A%0A9%0A(0,0,0,0) (0,3/2,0,1) (0,0,0,0) (0,1/2,0,1/2)%0A(0,0,0,0) (0,7/2,0,9/4) (0,3/4,0,1/2) (0,11/4,0,7/4)%0A(0,0,0,0) (0,4,0,5/2) (0,-3/2,0,-1) (0,3/2,0,1)%0A(0,0,0,0) (0,9/2,0,11/4) (0,3/4,0,1/2) (0,1/4,0,1/4)%0A(0,0,0,0) (0,59/2,0,73/4) (0,3/4,0,1/2) (0,51/4,0,31/4)%0A(0,0,0,0) (0,30,0,37/2) (0,-3/2,0,-1) (0,23/2,0,7)%0A(0,0,0,0) (0,61/2,0,75/4) (0,3/4,0,1/2) (0,41/4,0,25/4)%0A(0,0,0,0) (0,65/2,0,20) (0,0,0,0) (0,25/2,0,15/2)%0A(0,0,0,0) (0,34,0,21) (0,0,0,0) (0,13,0,8)%0A%0A%0A%0A0%0A%0A%0A%0A9%0A3  1 3 0 %0A3  2 0 3 %0A3  2 1 0 %0A3  7 4 5 %0A3  7 5 6 %0A3  7 6 4 %0A4  5 2 3 6 %0A4  5 4 1 2 %0A4  6 3 1 4 %0A%0A%0A%0A5%0A4 5 6 7 8 %0A%0A%0Atip 8%0A%0A";
1483

1484// src/worker/legacy/resources/com/vzome/core/parts/sqrtPhi/tinyIcosahedra/index.js
1485var shapes22 = {
1486  "blue": blue_default16,
1487  "connector": connector_default20,
1488  "green": green_default15,
1489  "red": red_default9,
1490  "yellow": yellow_default12
1491};
1492var tinyIcosahedra_default = shapes22;
1493
1494// src/worker/legacy/resources/com/vzome/core/parts/sqrtPhi/zome/blue.vef
1495var blue_default17 = "data:text/plain;charset=utf-8,vZome VEF 6 field sqrtPhi%0Ascale (0,0,1/3,0)%0A%0A10%0A(0,0,0,0)  (0,0,4,0)  (-1,0,2,0)  (2,0,-3,0) %0A(0,0,0,0)  (0,0,4,0)  (-1,0,2,0)  (-2,0,3,0) %0A(0,0,0,0)  (2,0,-2,0)  (-1,0,2,0)  (-2,0,3,0) %0A(0,0,0,0)  (2,0,-2,0)  (-1,0,2,0)  (2,0,-3,0) %0A(0,0,0,0)  (0,0,4,0)  (1,0,-2,0)  (2,0,-3,0) %0A(0,0,0,0)  (2,0,-2,0)  (1,0,-2,0)  (2,0,-3,0) %0A(0,0,0,0)  (2,0,-2,0)  (1,0,-2,0)  (-2,0,3,0) %0A(0,0,0,0)  (0,0,4,0)  (1,0,-2,0)  (-2,0,3,0) %0A(0,0,0,0)  (2,0,2,0)  (0,0,0,0)  (0,0,0,0) %0A(0,0,0,0)  (0,0,0,0)  (0,0,0,0)  (0,0,0,0) %0A%0A%0A%0A0%0A%0A%0A%0A12%0A4  0 1 2 3%0A4  5 6 7 4%0A4  5 4 0 3%0A4  1 7 6 2%0A3  0 4 8%0A3  1 0 8%0A3  7 1 8%0A3  4 7 8%0A3  3 2 9%0A3  5 3 9%0A3  6 5 9%0A3  2 6 9%0A%0A%0A5%0A 4 0 1 8 7%0A%0A%0Atip 8%0A";
1496
1497// src/worker/legacy/resources/com/vzome/core/parts/sqrtPhi/zome/connector.vef
1498var connector_default21 = "data:text/plain;charset=utf-8,vZome VEF 6 field sqrtPhi%0Ascale (0,0,1/8,0)%0A%0A60%0A(0,0,0,0) (-2,0,0,0) (0,0,-1,0) (-1,0,1,0)%0A(0,0,0,0) (-2,0,0,0) (0,0,-1,0) (1,0,-1,0)%0A(0,0,0,0) (-2,0,0,0) (0,0,1,0) (-1,0,1,0)%0A(0,0,0,0) (-2,0,0,0) (0,0,1,0) (1,0,-1,0)%0A(0,0,0,0) (-1,0,-1,0) (0,0,-2,0) (0,0,-1,0)%0A(0,0,0,0) (-1,0,-1,0) (0,0,-2,0) (0,0,1,0)%0A(0,0,0,0) (-1,0,-1,0) (0,0,0,0) (-2,0,1,0)%0A(0,0,0,0) (-1,0,-1,0) (0,0,0,0) (2,0,-1,0)%0A(0,0,0,0) (-1,0,-1,0) (0,0,2,0) (0,0,-1,0)%0A(0,0,0,0) (-1,0,-1,0) (0,0,2,0) (0,0,1,0)%0A(0,0,0,0) (-2,0,1,0) (-1,0,-1,0) (0,0,0,0)%0A(0,0,0,0) (-2,0,1,0) (1,0,1,0) (0,0,0,0)%0A(0,0,0,0) (0,0,-2,0) (0,0,-1,0) (-1,0,-1,0)%0A(0,0,0,0) (0,0,-2,0) (0,0,-1,0) (1,0,1,0)%0A(0,0,0,0) (0,0,-2,0) (0,0,1,0) (-1,0,-1,0)%0A(0,0,0,0) (0,0,-2,0) (0,0,1,0) (1,0,1,0)%0A(0,0,0,0) (0,0,-1,0) (-1,0,-1,0) (0,0,-2,0)%0A(0,0,0,0) (0,0,-1,0) (-1,0,-1,0) (0,0,2,0)%0A(0,0,0,0) (0,0,-1,0) (-1,0,1,0) (-2,0,0,0)%0A(0,0,0,0) (0,0,-1,0) (-1,0,1,0) (2,0,0,0)%0A(0,0,0,0) (0,0,-1,0) (1,0,-1,0) (-2,0,0,0)%0A(0,0,0,0) (0,0,-1,0) (1,0,-1,0) (2,0,0,0)%0A(0,0,0,0) (0,0,-1,0) (1,0,1,0) (0,0,-2,0)%0A(0,0,0,0) (0,0,-1,0) (1,0,1,0) (0,0,2,0)%0A(0,0,0,0) (-1,0,1,0) (-2,0,0,0) (0,0,-1,0)%0A(0,0,0,0) (-1,0,1,0) (-2,0,0,0) (0,0,1,0)%0A(0,0,0,0) (-1,0,1,0) (2,0,0,0) (0,0,-1,0)%0A(0,0,0,0) (-1,0,1,0) (2,0,0,0) (0,0,1,0)%0A(0,0,0,0) (0,0,0,0) (-2,0,1,0) (-1,0,-1,0)%0A(0,0,0,0) (0,0,0,0) (-2,0,1,0) (1,0,1,0)%0A(0,0,0,0) (0,0,0,0) (2,0,-1,0) (-1,0,-1,0)%0A(0,0,0,0) (0,0,0,0) (2,0,-1,0) (1,0,1,0)%0A(0,0,0,0) (1,0,-1,0) (-2,0,0,0) (0,0,-1,0)%0A(0,0,0,0) (1,0,-1,0) (-2,0,0,0) (0,0,1,0)%0A(0,0,0,0) (1,0,-1,0) (2,0,0,0) (0,0,-1,0)%0A(0,0,0,0) (1,0,-1,0) (2,0,0,0) (0,0,1,0)%0A(0,0,0,0) (0,0,1,0) (-1,0,-1,0) (0,0,-2,0)%0A(0,0,0,0) (0,0,1,0) (-1,0,-1,0) (0,0,2,0)%0A(0,0,0,0) (0,0,1,0) (-1,0,1,0) (-2,0,0,0)%0A(0,0,0,0) (0,0,1,0) (-1,0,1,0) (2,0,0,0)%0A(0,0,0,0) (0,0,1,0) (1,0,-1,0) (-2,0,0,0)%0A(0,0,0,0) (0,0,1,0) (1,0,-1,0) (2,0,0,0)%0A(0,0,0,0) (0,0,1,0) (1,0,1,0) (0,0,-2,0)%0A(0,0,0,0) (0,0,1,0) (1,0,1,0) (0,0,2,0)%0A(0,0,0,0) (0,0,2,0) (0,0,-1,0) (-1,0,-1,0)%0A(0,0,0,0) (0,0,2,0) (0,0,-1,0) (1,0,1,0)%0A(0,0,0,0) (0,0,2,0) (0,0,1,0) (-1,0,-1,0)%0A(0,0,0,0) (0,0,2,0) (0,0,1,0) (1,0,1,0)%0A(0,0,0,0) (2,0,-1,0) (-1,0,-1,0) (0,0,0,0)%0A(0,0,0,0) (2,0,-1,0) (1,0,1,0) (0,0,0,0)%0A(0,0,0,0) (1,0,1,0) (0,0,-2,0) (0,0,-1,0)%0A(0,0,0,0) (1,0,1,0) (0,0,-2,0) (0,0,1,0)%0A(0,0,0,0) (1,0,1,0) (0,0,0,0) (-2,0,1,0)%0A(0,0,0,0) (1,0,1,0) (0,0,0,0) (2,0,-1,0)%0A(0,0,0,0) (1,0,1,0) (0,0,2,0) (0,0,-1,0)%0A(0,0,0,0) (1,0,1,0) (0,0,2,0) (0,0,1,0)%0A(0,0,0,0) (2,0,0,0) (0,0,-1,0) (-1,0,1,0)%0A(0,0,0,0) (2,0,0,0) (0,0,-1,0) (1,0,-1,0)%0A(0,0,0,0) (2,0,0,0) (0,0,1,0) (-1,0,1,0)%0A(0,0,0,0) (2,0,0,0) (0,0,1,0) (1,0,-1,0)%0A%0A%0A%0A0%0A%0A%0A%0A62%0A3  2 6 0 %0A3  3 1 7 %0A3  8 22 14 %0A3  9 15 23 %0A3  11 27 26 %0A3  16 4 12 %0A3  17 13 5 %0A3  25 10 24 %0A3  29 39 19 %0A3  30 40 20 %0A3  31 21 41 %0A3  33 32 48 %0A3  37 51 45 %0A3  38 28 18 %0A3  42 54 46 %0A3  49 34 35 %0A3  50 36 44 %0A3  55 43 47 %0A3  56 52 58 %0A3  59 53 57 %0A4  0 6 12 4 %0A4  2 8 14 6 %0A4  3 2 0 1 %0A4  5 13 7 1 %0A4  9 3 7 15 %0A4  11 9 23 27 %0A4  11 26 22 8 %0A4  17 29 19 13 %0A4  23 15 21 31 %0A4  24 10 4 16 %0A4  25 17 5 10 %0A4  27 35 34 26 %0A4  28 16 12 18 %0A4  30 20 14 22 %0A4  30 42 46 40 %0A4  32 36 50 48 %0A4  33 25 24 32 %0A4  37 33 48 51 %0A4  37 45 39 29 %0A4  40 38 18 20 %0A4  41 21 19 39 %0A4  42 34 49 54 %0A4  44 36 28 38 %0A4  47 43 31 41 %0A4  51 57 53 45 %0A4  52 46 54 58 %0A4  55 49 35 43 %0A4  56 50 44 52 %0A4  59 55 47 53 %0A4  59 57 56 58 %0A5  5 1 0 4 10 %0A5  7 13 19 21 15 %0A5  11 8 2 3 9 %0A5  20 18 12 6 14 %0A5  23 31 43 35 27 %0A5  24 16 28 36 32 %0A5  30 22 26 34 42 %0A5  37 29 17 25 33 %0A5  44 38 40 46 52 %0A5  45 53 47 41 39 %0A5  51 48 50 56 57 %0A5  59 58 54 49 55 %0A%0A%0A%0A0%0A%0A%0A";
1499
1500// src/worker/legacy/resources/com/vzome/core/parts/sqrtPhi/zome/green.vef
1501var green_default16 = "data:text/plain;

1501charset=utf-8,vZome VEF 6 field sqrtPhi%0Ascale (0,1/3,0,0)%0A%0A20%0A(0,0,0,0)  (0,-2,0,7)  (0,0,0,0)  (0,-1,0,5) %0A(0,0,0,0)  (0,3,0,0)  (0,-2,0,3)  (0,0,0,4) %0A(0,0,0,0)  (0,-4,0,10)  (0,1,0,-2)  (0,-4,0,10) %0A(0,0,0,0)  (0,-4,0,10)  (0,-1,0,2)  (0,-4,0,10) %0A(0,0,0,0)  (0,-6,0,13)  (0,0,0,0)  (0,-7,0,15) %0A(0,0,0,0)  (0,-1,0,2)  (0,-2,0,3)  (0,2,0,-2) %0A(0,0,0,0)  (0,-2,0,4)  (0,1,0,-2)  (0,0,0,1) %0A(0,0,0,0)  (0,6,0,-8)  (0,1,0,-2)  (0,6,0,-8) %0A(0,0,0,0)  (0,4,0,-2)  (0,-1,0,2)  (0,2,0,1) %0A(0,0,0,0)  (0,3,0,0)  (0,2,0,-3)  (0,0,0,4) %0A(0,0,0,0)  (0,4,0,-2)  (0,1,0,-2)  (0,2,0,1) %0A(0,0,0,0)  (0,2,0,1)  (0,0,0,0)  (0,-1,0,6) %0A(0,0,0,0)  (0,4,0,-5)  (0,0,0,0)  (0,3,0,-3) %0A(0,0,0,0)  (0,-1,0,2)  (0,2,0,-3)  (0,2,0,-2) %0A(0,0,0,0)  (0,8,0,-11)  (0,0,0,0)  (0,9,0,-13) %0A(0,0,0,0)  (0,6,0,-8)  (0,-1,0,2)  (0,6,0,-8) %0A(0,0,0,0)  (0,-2,0,4)  (0,-1,0,2)  (0,0,0,1) %0A(0,0,0,0)  (0,0,0,1)  (0,0,0,0)  (0,3,0,-4) %0A(0,0,0,0)  (0,2,0,2)  (0,0,0,0)  (0,2,0,2) %0A(0,0,0,0)  (0,0,0,0)  (0,0,0,0)  (0,0,0,0) %0A%0A%0A0%0A%0A%0A%0A28%0A3 0 1 2%0A3 5 6 7%0A3 3 8 9%0A4 4 2 10 11%0A4 12 7 2 4%0A3 13 5 12%0A4 7 14 0 2%0A4 14 15 3 0%0A4 15 12 4 3%0A3 1 10 2%0A3 9 0 3%0A3 9 1 0%0A3 16 13 15%0A3 13 12 15%0A4 6 17 14 7%0A4 3 4 11 8%0A3 5 7 12%0A4 17 16 15 14%0A3  10 1 18%0A3  1 9 18%0A3  9 8 18%0A3  8 11 18%0A3  11 10 18%0A3  6 5 19%0A3  5 13 19%0A3  13 16 19%0A3  16 17 19%0A3  17 6 19%0A%0A  %0A%0A%0A%0A10%0A 0 3 4 1 9 11 2 10 18 8%0A%0Atip 18%0A";
1502
1503// src/worker/legacy/resources/com/vzome/core/parts/sqrtPhi/zome/red.vef
1504var red_default10 = "data:text/plain;charset=utf-8,vZome VEF 6 field sqrtPhi%0Ascale (0,0,1/3,0)%0A%0A22%0A(0,0,0,0) (-1/2,0,1/2,0) (3/2,0,1,0) (-2,0,1,0)%0A(0,0,0,0) (-1/2,0,1/2,0) (5/2,0,1,0) (0,0,-3,0)%0A(0,0,0,0) (1/2,0,-1,0) (3,0,0,0) (-1/2,0,-5/2,0)%0A(0,0,0,0) (1/2,0,-1/2,0) (1/2,0,0,0) (-1,0,1,0)%0A(0,0,0,0) (0,0,0,0) (-1/2,0,3/2,0) (-1/2,0,0,0)%0A(0,0,0,0) (0,0,0,0) (1/2,0,5/2,0) (-3/2,0,0,0)%0A(0,0,0,0) (1/2,0,-1/2,0) (3/2,0,1,0) (-2,0,1,0)%0A(0,0,0,0) (-1/2,0,1/2,0) (7/2,0,2,0) (-1,0,-3,0)%0A(0,0,0,0) (1/2,0,-1,0) (1,0,2,0) (-3/2,0,1/2,0)%0A(0,0,0,0) (-1/2,0,1,0) (1,0,2,0) (-3/2,0,1/2,0)%0A(0,0,0,0) (0,0,0,0) (7/2,0,-1/2,0) (-1/2,0,-2,0)%0A(0,0,0,0) (1/2,0,-1/2,0) (5/2,0,1,0) (0,0,-3,0)%0A(0,0,0,0) (0,0,0,0) (9/2,0,1/2,0) (-3/2,0,-2,0)%0A(0,0,0,0) (1/2,0,-1,0) (0,0,1,0) (-1/2,0,1/2,0)%0A(0,0,0,0) (-1/2,0,1,0) (0,0,1,0) (-1/2,0,1/2,0)%0A(0,0,0,0) (-1/2,0,1/2,0) (1/2,0,0,0) (-1,0,1,0)%0A(0,0,0,0) (1/2,0,-1,0) (4,0,1,0) (-3/2,0,-5/2,0)%0A(0,0,0,0) (1/2,0,-1/2,0) (7/2,0,2,0) (-1,0,-3,0)%0A(0,0,0,0) (-1/2,0,1,0) (4,0,1,0) (-3/2,0,-5/2,0)%0A(0,0,0,0) (0,0,0,0) (4,0,2,0) (-2,0,-2,0)%0A(0,0,0,0) (-1/2,0,1,0) (3,0,0,0) (-1/2,0,-5/2,0)%0A(0,0,0,0) (0,0,0,0) (0,0,0,0) (0,0,0,0) %0A%0A%0A0%0A%0A%0A%0A30%0A3 0 1 2%0A4 3 4 5 6%0A3 8 9 10%0A3 9 11 10%0A4 13 14 9 8%0A4 4 15 0 5%0A4 2 1 7 16%0A3 0 8 1%0A4 14 3 6 9%0A3 8 10 1%0A3 9 6 11%0A3 5 0 2%0A4 11 20 18 17%0A4 20 2 16 18%0A3 6 5 20%0A4 1 10 12 7%0A3 6 20 11%0A4 15 13 8 0%0A4 10 11 17 12%0A3 5 2 20%0A3  17 18 19%0A3  12 17 19 %0A3  7 12 19%0A3  16 7 19%0A3  18 16 19%0A3  3 14 21%0A3  4 3 21%0A3  15 4 21%0A3  13 15 21%0A3  14 13 21%0A%0A%0A6%0A 7 12 17 18 19 16%0A%0Atip 19%0A%0Amiddle 9 11 10 0 8 1 5 2 20 6%0A";
1505
1506// src/worker/legacy/resources/com/vzome/core/parts/sqrtPhi/zome/yellow.vef
1507var yellow_default13 = "data:text/plain;charset=utf-8,vZome VEF 6 field sqrtPhi%0Ascale (0,0,1/3,0)%0A%0A14%0A(0,0,0,0) (-1/2,0,1,0) (0,0,1,0) (1/2,0,-1/2,0)%0A(0,0,0,0) (-1/2,0,3/2,0) (1/2,0,0,0) (0,0,0,0)%0A(0,0,0,0) (1/2,0,0,0) (1,0,-1/2,0) (0,0,0,0)%0A(0,0,0,0) (1/2,0,-1/2,0) (1/2,0,1/2,0) (1/2,0,-1/2,0)%0A(0,0,0,0) (3/2,0,-1,0) (2,0,0,0) (1/2,0,-1/2,0)%0A(0,0,0,0) (-1/2,0,1,0) (0,0,1,0) (-1/2,0,1/2,0)%0A(0,0,0,0) (1/2,0,-1/2,0) (1/2,0,1/2,0) (-1/2,0,1/2,0)%0A(0,0,0,0) (1/2,0,1/2,0) (3/2,0,1/2,0) (1/2,0,-1/2,0)%0A(0,0,0,0) (1/2,0,1/2,0) (3/2,0,1/2,0) (-1/2,0,1/2,0)%0A(0,0,0,0) (1,0,0,0) (2,0,1,0) (0,0,0,0)%0A(0,0,0,0) (1/2,0,0,0) (1,0,3/2,0) (0,0,0,0)%0A(0,0,0,0) (3/2,0,-1,0) (2,0,0,0) (-1/2,0,1/2,0)%0A(0,0,0,0) (3/2,0,-3/2,0) (3/2,0,1,0) (0,0,0,0)%0A(0,0,0,0) (0,0,0,0) (0,0,0,0) (0,0,0,0) %0A%0A%0A%0A0%0A%0A%0A%0A18%0A4 0 1 2 3%0A4 5 0 3 6%0A3 3 2 7%0A3 2 6 8%0A3 6 3 10%0A4 10 7 4 12%0A4 1 5 6 2%0A4 7 8 11 4%0A3 10 8 6%0A4 8 10 12 11%0A3 8 7 2%0A3 7 10 3%0A3  0 5 13%0A3  5 1 13%0A3  1 0 13%0A3  4 11 9%0A3  11 12 9%0A3  12 4 9%0A%0A%0A4%0A 4 9 11 12%0A%0Atip 9%0A%0Amiddle 10 8 6 7 2 3%0A";
1508

1509// src/worker/legacy/resources/com/vzome/core/parts/sqrtPhi/zome/index.js
1510var shapes23 = {
1511  "blue": blue_default17,
1512  "connector": connector_default21,
1513  "green": green_default16,
1514  "red": red_default10,
1515  "yellow": yellow_default13
1516};
1517var zome_default = shapes23;
1518
1519// src/worker/legacy/resources/com/vzome/core/parts/tiny/apple.vef
1520var apple_default3 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A%0A11%0A(0,0) (12,-15) (9,-14) (-5,9)%0A(0,0) (6,-6) (9/2,-13/2) (-3/2,3)%0A(0,0) (-3,6) (-7/2,11/2) (3/2,-2)%0A(0,0) (6,-6) (7/2,-11/2) (-5/2,5)%0A(0,0) (6,-6) (9/2,-13/2) (-5/2,5)%0A(0,0) (-3,6) (-5/2,9/2) (3/2,-2)%0A(0,0) (-3,6) (-7/2,11/2) (5/2,-4)%0A(0,0) (-9,15) (-8,13) (5,-8)%0A(0,0) (-3,6) (-5/2,9/2) (5/2,-4)%0A(0,0) (3,0) (1,-1) (0,1)%0A(0,0) (6,-6) (7/2,-11/2) (-3/2,3)%0A%0A%0A%0A0%0A%0A%0A%0A12%0A4 2 3 4 5%0A3 6 2 7%0A4 5 4 1 8%0A3 7 2 5%0A4 8 1 10 6%0A3 7 8 6%0A3 0 4 3%0A3 5 8 7%0A3 0 3 10%0A3 0 10 1%0A4 6 10 3 2%0A3 1 4 0%0A%0A%0A%0A6%0A 0 1 9 4 3 10%0A%0Atip 9%0A";
1521
1522// src/worker/legacy/resources/com/vzome/core/parts/tiny/black.vef
1523var black_default2 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A%0A11%0A(0,0) (-3,1) (1/2,-3/2) (1/2,-1)%0A(0,0) (1/2,-2) (0,0) (-3/2,5/2)%0A(0,0) (1/2,-2) (0,0) (-1/2,1/2)%0A(0,0) (-3,1) (1/2,-3/2) (3/2,-3)%0A(0,0) (-5,7/2) (1/2,-2) (5/2,-9/2)%0A(0,0) (1/2,-2) (-1,1) (-1/2,1/2)%0A(0,0) (-3,1) (-1/2,-1/2) (3/2,-3)%0A(0,0) (-3,1) (-1/2,-1/2) (1/2,-1)%0A(0,0) (1/2,-2) (-1,1) (-3/2,5/2)%0A(0,0) (5/2,-9/2) (-1,3/2) (-5/2,4)%0A(0,0) (-5/2,-1) (-1/2,-1/2) (0,-1/2)%0A%0A%0A%0A0%0A%0A%0A%0A12%0A4 0 1 2 3%0A3 0 3 4%0A4 3 2 5 6%0A3 4 7 0%0A4 8 1 0 7%0A3 6 7 4%0A3 2 1 9%0A3 4 3 6%0A3 9 5 2%0A3 8 5 9%0A3 9 1 8%0A4 7 6 5 8%0A%0A%0A%0A6%0A 3 7 10 6 0 4%0A%0Atip 10%0A";
1524
1525// src/worker/legacy/resources/com/vzome/core/parts/tiny/blue.vef
1526var blue_default18 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A scale  (0,1/2) %0A%0A11%0A(0,0)  (-1,3)  (1,0)  (0,0) %0A(0,0)  (-1,2)  (0,2)  (1,-1) %0A(0,0)  (1,1)  (1,4)  (0,2) %0A(0,0)  (1,2)  (2,2)  (-1,3) %0A(0,0)  (3,-2)  (2,2)  (1,1) %0A(0,0)  (3,-1)  (3,0)  (0,2) %0A(0,0)  (3,-1)  (2,3)  (-1,4) %0A(0,0)  (-1,2)  (1,-1)  (2,-3) %0A(0,0)  (1,0)  (2,-2)  (1,-1) %0A(0,0)  (1,-1)  (1,0)  (2,-2) %0A(0,0)  (2,1)  (3,2)  (1,1) %0A%0A%0A%0A0%0A%0A%0A%0A12%0A4 0 1 2 3%0A3 2 4 6%0A3 7 8 9%0A4 9 8 5 4%0A4 1 9 4 2%0A3 1 7 9%0A3 3 2 6%0A3 7 1 0%0A3 4 5 6%0A3 5 3 6%0A4 8 0 3 5%0A3 8 7 0%0A%0A%0A%0A6%0A 4 5 6 10 2 3%0A%0Atip 10%0A";
1527
1528// src/worker/legacy/resources/com/vzome/core/parts/tiny/brown.vef
1529var brown_default6 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A%0A11%0A(0,0) (0,3) (-1/2,3/2) (-5/2,4)%0A(0,0) (3/2,-3/2) (3/2,-2) (3,-5)%0A(0,0) (3/2,-3/2) (3/2,-2) (2,-3)%0A(0,0) (0,3) (-1/2,3/2) (-7/2,6)%0A(0,0) (0,3) (-3/2,5/2) (-7/2,6)%0A(0,0) (3/2,3/2) (0,1/2) (-1/2,1)%0A(0,0) (3/2,-3/2) (1/2,-1) (2,-3)%0A(0,0) (-3/2,6) (-5/2,9/2) (-7,23/2)%0A(0,0) (3,-9/2) (5/2,-4) (13/2,-21/2)%0A(0,0) (3/2,-3/2) (1/2,-1) (3,-5)%0A(0,0) (0,3) (-3/2,5/2) (-5/2,4)%0A%0A%0A%0A0%0A%0A%0A%0A12%0A4 0 1 2 3%0A4 3 2 6 4%0A3 0 3 7%0A3 8 6 2%0A4 4 6 9 10%0A3 8 1 9%0A3 7 10 0%0A3 8 9 6%0A3 7 3 4%0A3 2 1 8%0A4 10 9 1 0%0A3 4 10 7%0A%0A%0A%0A6%0A 4 5 3 0 10 7%0A%0Atip 5%0A";
1530
1531// src/worker/legacy/resources/com/vzome/core/parts/tiny/cinnamon.vef
1532var cinnamon_default2 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A%0A11%0A(0,0) (-2,8) (-14,23) (-5,9)%0A(0,0) (0,4) (-13/2,21/2) (-5/2,5)%0A(0,0) (0,4) (-13/2,21/2) (-3/2,3)%0A(0,0) (2,-2) (11/2,-17/2) (5/2,-4)%0A(0,0) (2,-2) (9/2,-15/2) (5/2,-4)%0A(0,0) (4,-6) (13,-21) (5,-8)%0A(0,0) (2,-2) (9/2,-15/2) (3/2,-2)%0A(0,0) (0,4) (-11/2,19/2) (-5/2,5)%0A(0,0) (2,-2) (11/2,-17/2) (3/2,-2)%0A(0,0) (0,4) (-11/2,19/2) (-3/2,3)%0A(0,0) (2,2) (-1,2) (0,1)%0A%0A%0A%0A0%0A%0A%0A%0A12%0A3 0 1 2%0A3 3 4 5%0A3 5 4 6%0A4 6 1 7 8%0A4 8 7 9 3%0A3 5 8 3%0A3 6 8 5%0A3 0 2 9%0A3 0 7 1%0A4 3 9 2 4%0A4 4 2 1 6%0A3 9 7 0%0A%0A%0A%0A6%0A 1 7 9 10 2 0%0A%0Atip 10%0A";
1533
1534// src/worker/legacy/resources/com/vzome/core/parts/tiny/connector.vef
1535var connector_default22 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A%0A12%0A(0,0) (-1/2,1/2) (1/2,-1) (0,0)%0A(0,0) (-1/2,1/2) (-1/2,1) (0,0)%0A(0,0) (1/2,-1) (0,0) (-1/2,1/2)%0A(0,0) (1/2,-1) (0,0) (1/2,-1/2)%0A(0,0) (0,0) (-1/2,1/2) (1/2,-1)%0A(0,0) (0,0) (-1/2,1/2) (-1/2,1)%0A(0,0) (0,0) (1/2,-1/2) (1/2,-1)%0A(0,0) (0,0) (1/2,-1/2) (-1/2,1)%0A(0,0) (-1/2,1) (0,0) (-1/2,1/2)%0A(0,0) (-1/2,1) (0,0) (1/2,-1/2)%0A(0,0) (1/2,-1/2) (1/2,-1) (0,0)%0A(0,0) (1/2,-1/2) (-1/2,1) (0,0)%0A%0A%0A%0A0%0A%0A%0A%0A20%0A3  1 0 3 %0A3  1 2 0 %0A3  3 0 5 %0A3  4 0 2 %0A3  5 0 4 %0A3  6 2 1 %0A3  7 1 3 %0A3  7 3 9 %0A3  7 6 1 %0A3  8 2 6 %0A3  8 4 2 %0A3  9 3 5 %0A3  10 4 8 %0A3  10 5 4 %0A3  10 9 5 %0A3  11 6 7 %0A3  11 7 9 %0A3  11 8 6 %0A3  11 9 10 %0A3  11 10 8 %0A%0A%0A%0A0%0A%0A%0A";
1536
1537// src/worker/legacy/resources/com/vzome/core/parts/tiny/coral.vef
1538var coral_default2 = "data:text/plain;

1538charset=utf-8,vZome VEF 6 field golden%0A%0A11%0A(0,0) (0,4) (7/2,-11/2) (3/2,-1)%0A(0,0) (-2,8) (9,-14) (4,-5)%0A(0,0) (0,4) (9/2,-13/2) (3/2,-1)%0A(0,0) (2,-2) (-5/2,9/2) (-1/2,1)%0A(0,0) (0,4) (9/2,-13/2) (5/2,-3)%0A(0,0) (0,4) (7/2,-11/2) (5/2,-3)%0A(0,0) (2,-2) (-7/2,11/2) (-1/2,1)%0A(0,0) (2,-2) (-7/2,11/2) (-3/2,3)%0A(0,0) (2,-2) (-5/2,9/2) (-3/2,3)%0A(0,0) (4,-6) (-8,13) (-3,5)%0A(0,0) (2,2) (1,-1) (1,0)%0A%0A%0A%0A0%0A%0A%0A%0A12%0A3 0 1 2%0A4 3 4 5 6%0A3 5 1 0%0A4 7 0 2 8%0A3 2 1 4%0A3 9 6 7%0A3 7 8 9%0A4 8 2 4 3%0A4 6 5 0 7%0A3 3 6 9%0A3 4 1 5%0A3 9 8 3%0A%0A%0A%0A6%0A 5 4 10 1 2 0%0A%0Atip 10%0A";
1539
1540// src/worker/legacy/resources/com/vzome/core/parts/tiny/green.vef
1541var green_default17 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A scale  (0,1/2) %0A%0A11%0A(0,0)  (-2,8)  (0,0)  (-2,8) %0A(0,0)  (2,1)  (4,-7)  (-2,7) %0A(0,0)  (2,1)  (-4,7)  (-2,7) %0A(0,0)  (-2,7)  (-4,7)  (2,1) %0A(0,0)  (0,1)  (4,-7)  (4,-5) %0A(0,0)  (0,1)  (-4,7)  (4,-5) %0A(0,0)  (4,-6)  (0,0)  (4,-6) %0A(0,0)  (4,-5)  (-4,7)  (0,1) %0A(0,0)  (4,-5)  (4,-7)  (0,1) %0A(0,0)  (-2,7)  (4,-7)  (2,1) %0A(0,0)  (2,2)  (0,0)  (2,2) %0A%0A%0A%0A0%0A%0A%0A%0A12%0A3 1 2 0%0A3 2 3 0%0A3 4 5 6%0A3 7 8 6%0A4 2 1 8 7%0A4 4 8 1 9%0A3 8 4 6%0A3 3 9 0%0A4 3 2 7 5%0A3 5 7 6%0A3 9 1 0%0A4 5 4 9 3%0A%0A%0A%0A6%0A 0 1 2 9 3 10%0A%0Atip 10%0A";
1542
1543// src/worker/legacy/resources/com/vzome/core/parts/tiny/lavender.vef
1544var lavender_default4 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A%0A11%0A(0,0)  (-8,8)  (0,4)  (-4,4) %0A(0,0)  (-4,2)  (1/2,5/2)  (-3/2,0) %0A(0,0)  (-9/2,5/2)  (3/2,1)  (-2,1) %0A(0,0)  (6,-10)  (2,-3)  (3,-5) %0A(0,0)  (3/2,-7/2)  (3/2,-2)  (1,-2) %0A(0,0)  (2,-4)  (1/2,-1/2)  (3/2,-3) %0A(0,0)  (-4,2)  (3/2,3/2)  (-5/2,2) %0A(0,0)  (5/2,-9/2)  (1/2,0)  (1,-2) %0A(0,0)  (-7/2,3/2)  (1/2,3)  (-2,1) %0A(0,0)  (-2,-2)  (2,1)  (-1,-1) %0A(0,0)  (2,-4)  (3/2,-3/2)  (1/2,-1) %0A%0A%0A%0A0%0A%0A%0A%0A12%0A3 0 1 2%0A3 3 4 5%0A4 7 5 1 8%0A4 5 4 2 1%0A3 3 7 10%0A3 8 1 0%0A4 8 6 10 7%0A3 10 4 3%0A4 6 2 4 10%0A3 5 7 3%0A3 0 6 8%0A3 0 2 6%0A%0A%0A%0A6%0A 6 9 2 0 8 1%0A%0Atip 9%0A";
1545
1546// src/worker/legacy/resources/com/vzome/core/parts/tiny/maroon.vef
1547var maroon_default4 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A%0A11%0A(0,0)  (-3/2,0)  (0,-5)  (-3/2,1/2) %0A(0,0)  (3,-5)  (-7,11)  (3,-5) %0A(0,0)  (1/2,-3/2)  (-7/2,5)  (1,-2) %0A(0,0)  (3/2,-3)  (-3,4)  (3/2,-5/2) %0A(0,0)  (-4,4)  (4,-12)  (-4,4) %0A(0,0)  (-5/2,3/2)  (-1/2,-4)  (-2,1) %0A(0,0)  (-5/4,0)  (-3/4,-15/4)  (-9/2,19/4) %0A(0,0)  (-1/4,-3/2)  (-1/4,-19/4)  (-4,17/4) %0A(0,0)  (7/4,-3)  (-15/4,21/4)  (-3/2,7/4) %0A(0,0)  (11/4,-9/2)  (-13/4,17/4)  (-1,5/4) %0A(0,0)  (-1,-1)  (-3,-1)  (-1,-1) %0A%0A%0A%0A0%0A%0A%0A%0A12%0A3 1 2 3%0A3 4 5 6%0A4 7 6 8 9%0A3 4 6 7%0A3 1 9 8%0A3 4 7 0%0A3 3 9 1%0A3 8 2 1%0A4 2 8 6 5%0A4 0 7 9 3%0A3 0 5 4%0A4 3 2 5 0%0A%0A%0A%0A6%0A 0 5 7 10 6 4%0A%0Atip 10%0A";
1548
1549// src/worker/legacy/resources/com/vzome/core/parts/tiny/navy.vef
1550var navy_default2 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A%0A11%0A(0,0) (-2,8) (4,-5) (-5,9)%0A(0,0) (0,4) (3/2,-3/2) (-3/2,3)%0A(0,0) (0,4) (5/2,-5/2) (-3/2,3)%0A(0,0) (0,4) (5/2,-5/2) (-5/2,5)%0A(0,0) (0,4) (3/2,-3/2) (-5/2,5)%0A(0,0) (2,-2) (-3/2,5/2) (3/2,-2)%0A(0,0) (2,-2) (-3/2,5/2) (5/2,-4)%0A(0,0) (2,-2) (-1/2,3/2) (5/2,-4)%0A(0,0) (2,-2) (-1/2,3/2) (3/2,-2)%0A(0,0) (4,-6) (-3,5) (5,-8)%0A(0,0) (2,2) (1,0) (0,1)%0A%0A%0A%0A0%0A%0A%0A%0A12%0A3 0 1 2%0A4 5 6 1 4%0A4 7 2 1 6%0A4 8 3 2 7%0A3 2 3 0%0A3 4 1 0%0A3 9 6 5%0A4 4 3 8 5%0A3 0 3 4%0A3 7 6 9%0A3 9 8 7%0A3 9 5 8%0A%0A%0A%0A6%0A 3 4 1 2 0 10%0A%0Atip 10%0A";
1551
1552// src/worker/legacy/resources/com/vzome/core/parts/tiny/olive.vef
1553var olive_default4 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A scale  (0,1/2) %0A%0A%0A11%0A(0,0)  (2,-1)  (1,-1)  (2,0) %0A(0,0)  (1,0)  (2,-3)  (0,2) %0A(0,0)  (0,1)  (2,-2)  (1,0) %0A(0,0)  (1,0)  (1,0)  (3,-2) %0A(0,0)  (0,1)  (0,0)  (-1,4) %0A(0,0)  (1,0)  (-1,2)  (1,2) %0A(0,0)  (2,-1)  (-1,3)  (4,-2) %0A(0,0)  (0,1)  (-1,3)  (2,0) %0A(0,0)  (-1,2)  (0,1)  (0,2) %0A(0,0)  (-1,2)  (2,-3)  

1553(-2,4) %0A(0,0)  (1,1)  (1,0)  (2,2) %0A%0A%0A%0A0%0A%0A%0A%0A12%0A4 0 1 2 3%0A4 4 1 0 5%0A3 6 5 0%0A3 8 2 9%0A3 6 3 7%0A3 2 1 9%0A4 7 3 2 8%0A3 1 4 9%0A3 4 8 9%0A3 6 0 3%0A4 4 5 7 8%0A3 5 6 7%0A%0A%0A%0A6%0A 7 10 6 5 0 3%0A%0Atip 10%0A";
1554
1555// src/worker/legacy/resources/com/vzome/core/parts/tiny/orange.vef
1556var orange_default2 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A scale  (0,1/2) %0A%0A11%0A(0,0)  (-1/2,2)  (3/2,1/2)  (1,-1/2) %0A(0,0)  (1,-1/2)  (5/2,0)  (-1/2,3/2) %0A(0,0)  (-1,5/2)  (1/2,1)  (3/2,-3/2) %0A(0,0)  (-1/2,1)  (1/2,5/2)  (0,1/2) %0A(0,0)  (-1,3/2)  (-1/2,3)  (1/2,-1/2) %0A(0,0)  (3/2,-1)  (5/2,-3/2)  (0,1/2) %0A(0,0)  (1,-1/2)  (3/2,-1)  (1/2,-1/2) %0A(0,0)  (3/2,-2)  (3/2,1/2)  (-1,3/2) %0A(0,0)  (1/2,1/2)  (2,3/2)  (1/2,0) %0A(0,0)  (-1/2,1)  (-1/2,3/2)  (1,-3/2) %0A(0,0)  (1,-3/2)  (1/2,1)  (-1/2,1/2) %0A%0A%0A%0A0%0A%0A%0A%0A12%0A4 2 0 3 4%0A3 1 0 5%0A4 0 2 6 5%0A3 2 9 6%0A3 10 9 4%0A3 4 9 2%0A3 3 0 1%0A3 5 7 1%0A3 1 7 3%0A4 5 6 10 7%0A3 6 9 10%0A4 4 3 7 10%0A%0A%0A%0A6%0A 0 1 7 8 3 5%0A%0Atip 8%0A";
1557
1558// src/worker/legacy/resources/com/vzome/core/parts/tiny/purple.vef
1559var purple_default4 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A scale  (0,1/2) %0A%0A11%0A(0,0)  (-3/2,1)  (3/2,-5/2)  (0,3/2) %0A(0,0)  (-1/2,0)  (3/2,-3/2)  (1,-1/2) %0A(0,0)  (-1/2,1/2)  (1,-3/2)  (-3/2,3) %0A(0,0)  (-1/2,-1/2)  (-1,3/2)  (1/2,2) %0A(0,0)  (-1/2,0)  (-1/2,1/2)  (-1,7/2) %0A(0,0)  (1/2,-1)  (-1/2,3/2)  (0,3/2) %0A(0,0)  (1/2,-3/2)  (-1,5/2)  (3/2,0) %0A(0,0)  (-1/2,-1)  (-1/2,3/2)  (3,-3/2) %0A(0,0)  (-3/2,1/2)  (1,-3/2)  (3/2,0) %0A(0,0)  (-1,-1/2)  (1/2,0)  (3/2,3/2) %0A(0,0)  (-1/2,-1/2)  (1,-1/2)  (5/2,-2) %0A%0A%0A%0A0%0A%0A%0A%0A12%0A3 0 1 2%0A4 3 4 5 6%0A3 7 8 3%0A3 5 2 1%0A3 3 6 7%0A4 1 10 6 5%0A4 10 1 0 8%0A3 7 6 10%0A3 5 4 2%0A4 8 0 4 3%0A3 10 8 7%0A3 4 0 2%0A%0A%0A%0A6%0A 9 7 6 8 10 3%0A%0Atip 9%0A";
1560
1561// src/worker/legacy/resources/com/vzome/core/parts/tiny/red.vef
1562var red_default11 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A scale  (0,1/2) %0A %0A13%0A(0,0)  (1/2,1)  (-1/2,3/2)  (0,1/2) %0A(0,0)  (1/2,2)  (1/2,1/2)  (0,1/2) %0A(0,0)  (3/2,0)  (3/2,-1/2)  (0,1/2) %0A(0,0)  (3/2,-1)  (1/2,1/2)  (0,1/2) %0A(0,0)  (1,0)  (0,1)  (-1,1) %0A(0,0)  (3/2,-1/2)  (0,1/2)  (1/2,-1) %0A(0,0)  (1,-1)  (-1,2)  (0,0) %0A(0,0)  (1,2)  (2,-1)  (0,0) %0A(0,0)  (1/2,3/2)  (1,1/2)  (1/2,-1) %0A(0,0)  (1,1)  (1,0)  (-1,1) %0A(0,0)  (2,1)  (1,1)  (0,0) %0A(0,0)  (1/2,1/2)  (0,3/2)  (1/2,-1) %0A(0,0)  (3/2,1/2)  (1,-1/2)  (1/2,-1) %0A%0A%0A%0A0%0A%0A%0A%0A15%0A4 0 1 2 3%0A3 4 5 6%0A3 7 8 2%0A3 5 0 6%0A3 7 9 8%0A4 3 2 8 11%0A4 4 9 12 5%0A3 7 12 9%0A3 11 4 6%0A3 0 3 6%0A3 7 1 12%0A3 3 11 6%0A3 7 2 1%0A4 11 8 9 4%0A4 5 12 1 0%0A%0A%0A%0A7%0A 1 9 8 2 10 7 12%0A%0Atip 10%0A";
1563
1564// src/worker/legacy/resources/com/vzome/core/parts/tiny/rose.vef
1565var rose_default2 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A%0A11%0A(0,0) (-1,3) (-1/2,1/2) (3/2,-2)%0A(0,0) (4,-2) (-1/2,1/2) (-5/2,5)%0A(0,0) (4,-2) (1/2,-1/2) (-5/2,5)%0A(0,0) (-1,3) (1/2,-1/2) (3/2,-2)%0A(0,0) (-1,3) (-1/2,1/2) (5/2,-4)%0A(0,0) (4,-2) (-1/2,1/2) (-3/2,3)%0A(0,0) (-4,7) (0,0) (5,-8)%0A(0,0) (-1,3) (1/2,-1/2) (5/2,-4)%0A(0,0) (4,-2) (1/2,-1/2) (-3/2,3)%0A(0,0) (7,-6) (0,0) (-5,9)%0A(0,0) (3,1) (0,0) (0,1)%0A%0A%0A%0A0%0A%0A%0A%0A12%0A4 0 1 2 3%0A4 4 5 1 0%0A3 6 7 4%0A4 7 8 5 4%0A3 9 5 8%0A3 4 0 6%0A3 6 0 3%0A3 9 2 1%0A3 8 2 9%0A4 2 8 7 3%0A3 6 3 7%0A3 1 5 9%0A%0A%0A%0A6%0A 8 10 1 9 5 2%0A%0Atip 10%0A";
1566
1567// src/worker/legacy/resources/com/vzome/core/parts/tiny/sand.vef
1568var sand_default2 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A%0A11%0A(0,0) (0,1) (9/2,-15/2) (-5/2,4)%0A(0,0) (2,0) (-13/2,21/2) (9/2,-7)%0A(0,0) (2,0) (-13/2,21/2) (7/2,-5)%0A(0,0) (0,1) (9/2,-15/2) (-7/2,6)%0A(0,0) (2,1) (-1,2) (1,-1)%0A(0,0) (0,1) (11/2,-17/2) (-7/2,6)%0A(0,0) (-1,2) (13,-21) (-8,13)%0A(0,0) (2,0) (-11/2,19/2) (7/2,-5)%0A(0,0) (2,0) (-11/2,19/2) (9/2,-7)%0A(0,0) (0,1) (11/2,-17/2) (-5/2,4)%0A(0,0) (3,-1) (-14,23) (9,-14)%0A%0A%0A%0A0%0A%0A%0A%0A12%0A4 0 1 2 3%0A3 3 5 6%0A4 5 7 8 9%0A3 6 0 3%0A3 6 5 9%0A3 7 2 10%0A3 10 8 7%0A3 9 0 6%0A3 10 2 1%0A4 3 2 7 5%0A4 8 1 0 9%0A3 1 8 10%0A%0A%0A%0A6%0A 4 7 1 2 8 10%0A%0At

1568ip 4%0A";
1569
1570// src/worker/legacy/resources/com/vzome/core/parts/tiny/spruce.vef
1571var spruce_default2 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A%0A11%0A(0,0) (12,-19) (-8,13) (-8,13)%0A(0,0) (5,-7) (-7/2,11/2) (-5/2,4)%0A(0,0) (5,-7) (-7/2,11/2) (-7/2,6)%0A(0,0) (-4,10) (9/2,-13/2) (7/2,-5)%0A(0,0) (-4,10) (7/2,-11/2) (7/2,-5)%0A(0,0) (-4,10) (7/2,-11/2) (9/2,-7)%0A(0,0) (-11,22) (9,-14) (9,-14)%0A(0,0) (5,-7) (-5/2,9/2) (-7/2,6)%0A(0,0) (5,-7) (-5/2,9/2) (-5/2,4)%0A(0,0) (-4,10) (9/2,-13/2) (9/2,-7)%0A(0,0) (1,3) (1,-1) (1,-1)%0A%0A%0A%0A0%0A%0A%0A%0A12%0A3 0 1 2%0A3 4 5 6%0A3 6 3 4%0A3 0 7 8%0A4 2 4 3 7%0A3 9 3 6%0A3 8 1 0%0A3 6 5 9%0A4 7 3 9 8%0A4 1 5 4 2%0A4 8 9 5 1%0A3 0 2 7%0A%0A%0A%0A6%0A 3 6 9 10 4 5%0A%0Atip 10%0A";
1572
1573// src/worker/legacy/resources/com/vzome/core/parts/tiny/sulfur.vef
1574var sulfur_default2 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A%0A11%0A(0,0) (-3,6) (3/2,-5/2) (-1/2,1)%0A(0,0) (-3,6) (5/2,-7/2) (-1/2,1)%0A(0,0) (-9,15) (5,-8) (0,0)%0A(0,0) (-3,6) (5/2,-7/2) (1/2,-1)%0A(0,0) (15,-21) (-13/2,23/2) (1/2,-1)%0A(0,0) (15,-21) (-15/2,25/2) (1/2,-1)%0A(0,0) (-3,6) (3/2,-5/2) (1/2,-1)%0A(0,0) (15,-21) (-15/2,25/2) (-1/2,1)%0A(0,0) (15,-21) (-13/2,23/2) (-1/2,1)%0A(0,0) (21,-30) (-10,17) (0,0)%0A(0,0) (3,0) (0,1) (0,0)%0A%0A%0A%0A0%0A%0A%0A%0A12%0A3 0 1 2%0A4 3 4 5 6%0A4 0 7 8 1%0A3 5 4 9%0A4 1 8 4 3%0A3 8 7 9%0A3 2 6 0%0A3 2 1 3%0A3 9 7 5%0A3 3 6 2%0A4 6 5 7 0%0A3 9 4 8%0A%0A%0A%0A6%0A 5 7 8 10 9 4%0A%0Atip 10%0A";
1575
1576// src/worker/legacy/resources/com/vzome/core/parts/tiny/turquoise.vef
1577var turquoise_default3 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A%0A11%0A(0,0) (2,-2) (5/2,-7/2) (-7/2,6)%0A(0,0) (2,-2) (3/2,-5/2) (-7/2,6)%0A(0,0) (0,4) (-5/2,9/2) (7/2,-5)%0A(0,0) (0,4) (-3/2,7/2) (7/2,-5)%0A(0,0) (2,2) (0,1) (1,-1)%0A(0,0) (1/19,4/19) (-3/38,7/38) (7/38,-5/19)%0A(0,0) (2,-2) (5/2,-7/2) (-5/2,4)%0A(0,0) (0,4) (-5/2,9/2) (9/2,-7)%0A(0,0) (2,-2) (3/2,-5/2) (-5/2,4)%0A(0,0) (0,4) (-3/2,7/2) (9/2,-7)%0A(0,0) (37/19,34/19) (3/38,31/38) (31/38,-14/19)%0A%0A%0A%0A0%0A%0A%0A%0A12%0A4 0 1 2 3%0A3 5 0 6%0A4 8 7 2 1%0A4 6 9 7 8%0A4 6 0 3 9%0A3 10 2 7%0A3 6 8 5%0A3 7 9 10%0A3 8 1 5%0A3 3 2 10%0A3 5 1 0%0A3 10 9 3%0A%0A%0A%0A6%0A 4 7 10 3 2 9%0A%0Atip 4%0A";
1578
1579// src/worker/legacy/resources/com/vzome/core/parts/tiny/yellow.vef
1580var yellow_default14 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A scale  (0,1/2) %0A%0A9%0A(0,0)  (2,1)  (2,1)  (2,1) %0A(0,0)  (3,-1)  (3,-1)  (3,-1) %0A(0,0)  (3/2,1/2)  (2,1/2)  (5/2,-1) %0A(0,0)  (5/2,-1)  (3/2,1/2)  (2,1/2) %0A(0,0)  (-1/2,3/2)  (0,3/2)  (1/2,0) %0A(0,0)  (0,3/2)  (1/2,0)  (-1/2,3/2) %0A(0,0)  (-1,2)  (-1,2)  (-1,2) %0A(0,0)  (2,1/2)  (5/2,-1)  (3/2,1/2) %0A(0,0)  (1/2,0)  (-1/2,3/2)  (0,3/2) %0A%0A%0A%0A0%0A%0A%0A%0A9%0A3 1 2 3%0A3 4 5 6%0A4 2 7 5 4%0A4 3 2 4 8%0A3 1 7 2%0A4 7 3 8 5%0A3 5 8 6%0A3 1 3 7%0A3 8 4 6%0A%0A%0A%0A5%0A 0 1 7 2 3%0A%0Atip 0%0A";
1581

1582// src/worker/legacy/resources/com/vzome/core/parts/tiny/index.js
1583var shapes24 = {
1584  "apple": apple_default3,
1585  "black": black_default2,
1586  "blue": blue_default18,
1587  "brown": brown_default6,
1588  "cinnamon": cinnamon_default2,
1589  "connector": connector_default22,
1590  "coral": coral_default2,
1591  "green": green_default17,
1592  "lavender": lavender_default4,
1593  "maroon": maroon_default4,
1594  "navy": navy_default2,
1595  "olive": olive_default4,
1596  "orange": orange_default2,
1597  "purple": purple_default4,
1598  "red": red_default11,
1599  "rose": rose_default2,
1600  "sand": sand_default2,
1601  "spruce": spruce_default2,
1602  "sulfur": sulfur_default2,
1603  "turquoise": turquoise_default3,
1604  "yellow": yellow_default14
1605};
1606var tiny_default = shapes24;
1607
1608// src/worker/legacy/resources/com/vzome/core/parts/vienne2/connector.vef
1609var connector_default23 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A%0A60%0A(0,0) (1/2,-1/2) (-1/2,0) (1,-1)%0A(0,0) (1/2,0) (-1,1) (1/2,-1/2)%0A(0,0) (1,-1) (-1/2,1/2) (1/2,0)%0A(0,0) (0,1) (1/2,-1/2) (-1/2,1)%0A(0,0) (1/2,0) (1,-1) (1/2,-1/2)%0A(0,0) (1,-1) (1/2,-1/2) (1/2,0)%0A(0,0) (1/2,0) (0,0) (-1/2,3/2)%0A(0,0) (-1/2,1) (0,-1) (1/2,-1/2)%0A(0,0) (1/2,-1) (0,-1) (1/2,-1/2)%0A(0,0) (1/2,-1) (0,-1) (-1/2,1/2)%0A(0,0) (-1/2,1) (0,-1) (-1/2,1/2)%0A(0,0) (0,1) (-1/2,1/2) (1/2,-1)%0A(0,0) (1/2,0) (-1,1) (-1/2,1/2)%0A(0,0) (1,-1) (-1/2,1/2) (-1/2,0)%0A(0,0) (1/2,0) (0,0) (1/2,-3/2)%0A(0,0) (0,0) (-1/2,3/2) (-1/2,0)%0A(0,0) (1/2,-1/2) (1/2,0) (-1,1)%0A(0,0) (1,-1) (1/2,-1/2) (-1/2,0)%0A(0,0) (1/2,-1/2) (-1/2,1) (0,-1)%0A(0,0) (0,1) (1/2,-1/2) (1/2,-1)%0A(0,0) (-1/2,1/2) (-1/2,0) (1,-1)%0A(0,0) (0,0) (1/2,-3/2) (1/2,0)%0A(0,0) (1/2,0) (1,-1) (-1/2,1/2)%0A(0,0) (-1/2,3/2) (1/2,0) (0,0)%0A(0,0) (1/2,-3/2) (1/2,0) (0,0)%0A(0,0) (-1/2,0) (1,-1) (1/2,-1/2)%0A(0,0) (-1/2,1/2) (1/2,0) (1,-1)%0A(0,0) (1/2,-1) (0,1) (1/2,-1/2)%0A(0,0) (1/2,-1/2) (1/2,-1) (0,-1)%0A(0,0) (-1/2,1) (0,1) (1/2,-1/2)%0A(0,0) (1/2,-1/2) (1/2,0) (1,-1)%0A(0,0) (-1/2,0) (-1,1) (1/2,-1/2)%0A(0,0) (1/2,-3/2) (-1/2,0) (0,0)%0A(0,0) (0,0) (-1/2,3/2) (1/2,0)%0A(0,0) (1/2,-1/2) (-1/2,0) (-1,1)%0A(0,0) (0,0) (1/2,-3/2) (-1/2,0)%0A(0,0) (0,-1) (1/2,-1/2) (-1/2,1)%0A(0,0) (-1/2,0) (0,0) (-1/2,3/2)%0A(0,0) (-1,1) (1/2,-1/2) (1/2,0)%0A(0,0) (0,1) (-1/2,1/2) (-1/2,1)%0A(0,0) (-1/2,1/2) (-1/2,0) (-1,1)%0A(0,0) (0,-1) (1/2,-1/2) (1/2,-1)%0A(0,0) (0,-1) (-1/2,1/2) (1/2,-1)%0A(0,0) (0,-1) (-1/2,1/2) (-1/2,1)%0A(0,0) (-1/2,1) (0,1) (-1/2,1/2)%0A(0,0) (-1/2,0) (1,-1) (-1/2,1/2)%0A(0,0) (1/2,-1) (0,1) (-1/2,1/2)%0A(0,0) (-1/2,1/2) (1/2,0) (-1,1)%0A(0,0) (-1,1) (-1/2,1/2) (1/2,0)%0A(0,0) (1/2,-1/2) (-1/2,1) (0,1)%0A(0,0) (-1/2,1/2) (-1/2,1) (0,-1)%0A(0,0) (-1/2,1/2) (-1/2,1) (0,1)%0A(0,0) (-1/2,1/2) (1/2,-1) (0,1)%0A(0,0) (1/2,-1/2) (1/2,-1) (0,1)%0A(0,0) (-1/2,3/2) (-1/2,0) (0,0)%0A(0,0) (-1/2,0) (0,0) (1/2,-3/2)%0A(0,0) (-1,1) (-1/2,1/2) (-1/2,0)%0A(0,0) (-1/2,1/2) (1/2,-1) (0,-1)%0A(0,0) (-1,1) (1/2,-1/2) (-1/2,0)%0A(0,0) (-1/2,0) (-1,1) (-1/2,1/2)%0A%0A%0A%0A0%0A%0A%0A%0A62%0A3 0 1 2%0A4 3 4 5 6%0A4 7 8 9 10%0A4 11 12 13 14%0A4 15 16 17 18%0A3 11 14 19%0A5 20 8 7 0 21%0A5 19 22 23 4 3%0A4 24 25 26 27%0A5 13 28 18 17 14%0A4 29 30 4 23%0A4 8 20 31 32%0A5 27 26 33 30 29%0A4 28 13 34 35%0A4 25 36 37 38%0A3 39 3 6%0A5 9 40 35 34 10%0A4 36 41 42 43%0A3 44 29 23%0A5 45 41 36 25 24%0A4 46 47 45 24%0A3 20 48 31%0A4 49 5 30 33%0A3 50 15 18%0A4 51 52 53 49%0A4 1 39 6 2%0A3 51 49 33%0A5 15 47 46 44 16%0A3 34 13 12%0A4 44 46 27 29%0A3 30 5 4%0A3 7 10 54%0A5 53 2 6 5 49%0A3 41 55 42%0A4 56 57 35 40%0A4 57 50 18 28%0A5 55 58 50 57 56%0A4 0 7 54 1%0A4 50 58 47 15%0A3 46 24 27%0A3 52 21 53%0A3 47 58 45%0A4 10 34 12 54%0A4 39 11 19 3%0A5 37 48 52 51 38%0A4 14 17 22 19%0A4 16 44 23 22%0A4 32 59 40 9%0A4 38 51 33 26%0A4 21 0 2 53%0A4 41 45 58 55%0A3 8 32 9%0A3 17 16 22%0A3 57 28 35%0A3 59 56 40%0A3 25 38 26%0A4 52 48 20 21%0A4 55 56 59 42%0A4 43 31 48 37%0A5 31 43 42 59 32%0A3 36 43 37%0A5 54 12 11 39 1%0A%0A%0A%0A0%0A%0A%0A";
1610
1611// src/worker/legacy/resources/com/vzome/core/parts/vienne2/orange.vef
1612var orange_default3 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A%0A13%0A(0,0) (-5/2,1/2) (5/2,2) (0,0)%0A(0,0) (-5/2,0) (3,1) (1/2,-1/2)%0A(0,0) (-5/2,1) (2,1) (1/2,-1/2)%0A(0,0) (-5/2,3/2) (3/2,2) (0,0)%0A(0,0) (1/2,-3/2) (1/2,0) (0,0)%0A(0,0) (1/2,-1) (0,1) (1/2,-1/2)%0A(0,0) (1/2,-2) (1,1) (1/2,-1/2)%0A(0,0) (1/2,-5/2) (3/2,0) (0,0)%0A(0,0) (-5/2,1) (2,1) (-1/2,1/2)%0A(0,0) (1/2,-2) (1,1) (-1/2,1/2)%0A(0,0) (1/2,-1) (0,1) (-1/2,1/2)%0A(0,0) (-2,-1) (3,2) (0,0)%0A(0,0) (-5/2,0) (3,1) (-1/2,1/2)%0A%0A%0A%0A0%0A%0A%0A%0A12%0A4 0 1 2 3%0A4 4 5 6 7%0A3 7 2 8%0A3 8 9 7%0A3 6 3 2%0A4 5 10 9 6%0A4 4 7 9 10%0A3 2 7 6%0A4 1 12 8 2%0A4 0 3 8 12%0A3 3 6 9%0A3 9 8 3%0A%0A%0A%0A4%0A 11 1 12 0%0A%0Atip 11%0Amiddle 6 3 2 7 8 9%0A";
1613
1614// src/worker/legacy/resources/com/vzome/core/parts/vienne2/purple.vef
1615var purple_default5 = "data:text/plain;

1615charset=utf-8,vZome VEF 6 field golden%0A%0A21%0A(0,0) (-1/2,-5/4) (1/4,-3/2) (-17/4,9/4)%0A(0,0) (-1,-3/2) (0,-3/2) (-5,3/2)%0A(0,0) (-1/2,-5/2) (1/2,-2) (-4,0)%0A(0,0) (0,-9/4) (3/4,-2) (-13/4,3/4)%0A(0,0) (-1,1/4) (-3/4,1) (-3/4,-7/4)%0A(0,0) (-1,1/4) (1/4,-1) (-3/4,-7/4)%0A(0,0) (-1/2,1/2) (-1/2,1) (0,-1)%0A(0,0) (-1/2,1/2) (1/2,-1) (0,-1)%0A(0,0) (-1,-2) (-1/2,-1/2) (-9/2,1)%0A(0,0) (-1/2,-7/4) (3/4,-5/2) (-15/4,7/4)%0A(0,0) (-1,-2) (1/2,-5/2) (-9/2,1)%0A(0,0) (-1/2,-5/2) (-1/2,-1) (-4,0)%0A(0,0) (0,-9/4) (-1/4,-1) (-13/4,3/4)%0A(0,0) (-1/2,-7/4) (-1/4,-1/2) (-15/4,7/4)%0A(0,0) (-3/2,3/4) (1/4,-1/2) (-5/4,-3/4)%0A(0,0) (-3/2,3/4) (-3/4,1/2) (-5/4,-3/4)%0A(0,0) (-1,1) (-1/2,1/2) (-1/2,0)%0A(0,0) (-1/2,0) (0,0) (1/2,-3/2)%0A(0,0) (-1,-1/4) (-1/4,0) (-1/4,-9/4)%0A(0,0) (-1,1) (1/2,-1/2) (-1/2,0)%0A(0,0) (-3/2,-3/2) (0,-3/2) (-9/2,0)%0A%0A%0A%0A0%0A%0A%0A%0A20%0A4 0 1 2 3%0A3 4 5 0%0A3 0 3 4%0A4 4 6 7 5%0A4 9 10 11 12%0A3 13 14 3%0A4 15 16 17 18%0A3 14 13 18%0A4 5 7 16 15%0A3 5 15 12%0A3 12 0 5%0A3 9 12 15%0A4 13 8 10 9%0A3 13 9 18%0A4 3 2 8 13%0A3 14 4 3%0A4 18 17 19 14%0A4 12 11 1 0%0A4 14 19 6 4%0A3 15 18 9%0A%0A%0A%0A6%0A 8 10 11 20 1 2%0A%0Atip 20%0Amiddle 13 9 18 14 4 3 12 0 5 15";
1616

1617// src/worker/legacy/resources/com/vzome/core/parts/vienne2/index.js
1618var shapes25 = {
1619  "connector": connector_default23,
1620  "orange": orange_default3,
1621  "purple": purple_default5
1622};
1623var vienne2_default = shapes25;
1624
1625// src/worker/legacy/resources/com/vzome/core/parts/vienne3/connector.vef
1626var connector_default24 = "data:text/plain;charset=utf-8,vZome VEF 6 field golden%0A%0A600%0A(0,0) (-2,5/2) (-1/2,3/2) (0,0)%0A(0,0) (-3/2,2) (0,1/2) (0,0)%0A(0,0) (0,-1/2) (-1,2) (-1/2,1)%0A(0,0) (-1/2,0) (-3/2,3) (-1/2,1)%0A(0,0) (2,-5/2) (1/2,-3/2) (0,0)%0A(0,0) (25/2,-39/2) (-17/2,13) (0,0)%0A(0,0) (-10,17) (11/2,-19/2) (17/2,-14)%0A(0,0) (1/2,0) (3/2,-3) (1/2,-1)%0A(0,0) (-3/2,3) (1/2,-1) (-1/2,0)%0A(0,0) (-1,2) (1/2,-1) (0,-1/2)%0A(0,0) (0,1/2) (0,0) (-3/2,2)%0A(0,0) (-1/2,3/2) (0,0) (-2,5/2)%0A(0,0) (-13,22) (-1/2,1) (-1,3/2)%0A(0,0) (1,-1) (-1/2,1) (-1,3/2)%0A(0,0) (1,-1) (1/2,-1) (-1,3/2)%0A(0,0) (-13,22) (1/2,-1) (-1,3/2)%0A(0,0) (-1/2,0) (1,-1) (-1/2,1/2)%0A(0,0) (-13/4,9/2) (-9/4,17/4) (-1,5/4)%0A(0,0) (9/4,-17/4) (1,-5/4) (-13/4,9/2)%0A(0,0) (-1,1) (1/2,-1/2) (-1/2,0)%0A(0,0) (1/2,-1) (1/2,0) (3/2,-3)%0A(0,0) (17/2,-14) (-10,17) (11/2,-19/2)%0A(0,0) (-14,45/2) (4,-11/2) (-3,9/2)%0A(0,0) (-1,3/2) (3/2,-3/2) (1,-2)%0A(0,0) (-1,3/2) (13,-22) (-1/2,1)%0A(0,0) (1,-3/2) 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270 271%0A4 272 168 1 273%0A4 274 275 269 268%0A4 276 277 194 278%0A4 279 280 202 281%0A4 282 283 232 231%0A4 248 247 284 130%0A4 285 286 287 288%0A4 289 290 47 291%0A4 139 138 292 293

1626%0A4 294 141 214 295%0A4 296 297 226 225%0A4 151 298 299 300%0A4 186 92 81 187%0A4 80 301 195 81%0A4 135 302 17 16%0A4 108 66 69 109%0A4 303 67 9 304%0A4 270 269 305 306%0A4 107 307 308 309%0A4 154 310 311 155%0A4 300 299 312 5%0A4 220 47 290 313%0A4 314 117 217 315%0A4 153 227 316 317%0A4 182 48 318 183%0A4 319 120 119 177%0A4 320 162 30 321%0A4 205 322 323 202%0A4 217 263 324 325%0A4 326 296 225 327%0A4 328 322 205 114%0A4 329 249 252 330%0A4 331 82 332 333%0A4 334 335 336 337%0A4 189 41 261 188%0A4 285 290 1 0%0A4 338 10 13 339%0A4 38 88 91 35%0A4 340 341 342 343%0A4 344 345 346 113%0A4 347 348 349 350%0A4 92 118 121 93%0A4 256 329 330 253%0A4 17 313 218 18%0A4 145 144 351 352%0A4 209 208 353 61%0A4 234 68 354 244%0A4 317 316 68 355%0A4 286 16 356 287%0A4 357 234 358 156%0A4 90 359 360 91%0A4 361 164 165 362%0A4 363 364 207 206%0A4 61 60 226 209%0A4 365 228 296 326%0A4 325 366 367 217%0A4 6 107 368 150%0A4 38 37 128 280%0A4 149 14 67 7%0A4 369 45 40 39%0A4 370 371 60 372%0A4 373 77 76 374%0A4 375 376 158 157%0A4 11 10 181 377%0A4 207 205 378 208%0A4 33 12 15 379%0A4 11 380 381 8%0A4 115 382 383 116%0A4 384 66 108 385%0A4 386 129 350 335%0A4 144 387 242 351%0A4 388 232 389 390%0A4 254 391 392 255%0A4 3 2 103 264%0A4 231 393 373 282%0A4 26 25 394 395%0A4 396 397 102 398%0A4 252 399 341 330%0A4 73 72 393 231%0A4 64 400 83 65%0A4 401 402 403 404%0A4 171 13 405 406%0A4 407 283 250 408%0A4 242 219 409 351%0A4 410 411 24 27%0A4 312 412 413 414%0A4 310 365 326 349%0A4 35 415 416 280%0A4 121 417 185 93%0A4 184 418 419 420%0A4 288 387 290 285%0A4 400 405 421 267%0A4 224 422 423 424%0A4 199 242 425 426%0A4 412 427 428 413%0A4 152 151 300 429%0A4 430 421 294 295%0A4 374 76 188 71%0A4 431 432 262 117%0A4 77 433 254 253%0A4 434 29 435 436%0A4 284 425 242 246%0A4 433 437 391 254%0A4 100 56 55 438%0A4 439 440 441 442%0A4 443 338 444 445%0A4 89 88 38 356%0A4 446 447 253 222%0A4 448 26 395 414%0A4 444 338 339 449%0A4 450 249 329 342%0A4 75 166 169 446%0A4 451 452 29 453%0A4 454 444 449 332%0A4 455 236 378 205%0A4 456 369 55 54%0A4 330 341 340 253%0A4 332 457 458 454%0A4 129 360 89 356%0A4 343 459 401 340%0A4 152 294 14 149%0A4 179 178 319 240%0A4 46 45 2 460%0A4 461 462 230 463%0A4 29 452 464 165%0A4 465 30 164 466%0A4 467 316 371 384%0A4 366 57 456 367%0A4 306 468 420 311%0A4 158 469 358 159%0A4 298 470 471 85%0A4 372 472 473 474%0A4 206 435 229 363%0A4 8 381 277 276%0A4 452 425 359 90%0A4 466 164 361 416%0A4 94 240 176 81%0A4 405 13 12 32%0A4 226 60 25 24%0A4 334 469 425 475%0A4 476 477 77 396%0A4 358 234 478 305%0A4 479 166 75 74%0A4 480 223 224 424%0A4 132 200 481 129%0A4 297 29 434 238%0A4 458 212 213 482%0A4 169 483 447 446%0A4 484 54 57 366%0A4 221 272 273 485%0A4 486 170 181 443%0A4 304 9 68 487%0A4 348 488 489 490%0A4 337 297 469 334%0A4 200 199 426 481%0A4 259 104 491 492%0A4 287 356 38 265%0A4 18 218 220 302%0A4 94 441 493 78%0A4 342 329 256 343%0A4 202 361 362 211%0A4 73 55 44 70%0A4 494 251 168 23%0A4 150 368 298 151%0A4 77 477 495 256%0A4 496 370 497 498%0A4 499 500 132 257%0A4 261 501 502 188%0A4 503 162 229 504%0A4 393 396 77 373%0A4 398 505 506 396%0A4 316 227 411 394%0A4 507 325 431 508%0A4 299 509 510 511%0A4 512 110 414 513%0A4 313 290 219 218%0A4 514 499 257 243%0A4 253 447 74 77%0A4 421 112 63 267%0A4 339 486 515 449%0A4 409 219 290 143%0A4 516 59 123 140%0A4 138 256 517 292%0A4 91 360 129 35%0A4 491 51 50 492%0A4 518 105 190 193%0A4 356 248 130 129%0A4 377 181 119 278%0A4 341 399 450 342%0A4 58 519 364 363%0A4 23 22 520 494%0A4 168 251 483 169%0A4 311 521 347 350%0A4 281 202 117 314%0A4 522 94 184 523%0A4 0 524 286 285%0A4 213 14 13 525%0A4 494 520 526 527%0A4 511 473 498 299%0A4 215 430 528 529%0A4 475 386 335 334%0A4 208 378 448 353%0A4 487 68 67 303%0A4 273 289 133 485%0A4 438 530 397 531%0A4 51 465 103 52%0A4 343 515 445 195%0A4 219 120 440 439%0A4 114 172 175 431%0A4 532 533 534 470%0A4 317 513 154 153%0A4 217 367 484 502%0A4 535 168 167 536%0A4 160 159 376 375%0A4 120 274 417 121%0A4 245 537 110 420%0A4 394 411 410 395%0A4 69 467 538 109%0A4 539 540 541 222%0A4 495 542 517 256%0A4 538 467 384 385%0A4 533 405 294 534%0A4 266 543 539 524%0A4 432 161 163 262%0A4 271 270 500 184%0A4 378 327 365 310%0A4 34 33 332 82%0A4 359 425 387 86%0A4 447 483 479 74%0A4 209 226 435 206%0A4 251 182 399 252%0A4 544 274 234 233%0A4 57 56 3

162669 456%0A4 474 473 511 448%0A4 102 101 325 398%0A4 44 55 545 260%0A4 263 546 547 324%0A4 362 415 35 211%0A4 255 392 437 433%0A4 498 497 312 299%0A4 133 289 291 134%0A4 49 48 182 527%0A4 548 315 549 550%0A4 307 303 304 308%0A4 63 112 389 64%0A4 204 551 28 210%0A4 125 508 552 122%0A4 553 503 504 328%0A4 391 251 250 392%0A4 431 554 115 114%0A4 105 1 167 190%0A4 250 389 555 408%0A4 240 319 177 176%0A4 556 223 480 557%0A4 558 170 182 402%0A4 113 112 421 344%0A4 554 559 382 115%0A4 55 232 530 438%0A4 413 428 560 561%0A4 429 141 294 152%0A4 106 105 518 562%0A4 419 233 235 563%0A4 312 497 474 448%0A4 501 545 39 42%0A4 564 465 45 550%0A4 364 114 205 207%0A4 408 555 542 495%0A4 562 518 539 543%0A4 356 145 352 132%0A4 515 486 443 445%0A4 459 558 402 401%0A4 506 388 390 565%0A4 528 430 295 566%0A4 189 148 567 543%0A4 514 275 274 568%0A4 387 103 87 86%0A4 162 369 546 163%0A4 502 501 42 217%0A4 569 79 78 340%0A4 116 383 559 554%0A4 260 545 501 261%0A4 398 62 65 517%0A4 96 197 234 244%0A4 49 570 21 20%0A4 139 250 170 136%0A4 332 33 379 368%0A4 571 488 348 347%0A4 76 75 446 222%0A4 469 297 488 571%0A4 527 526 570 49%0A4 1 290 289 273%0A4 246 242 387 247%0A4 383 162 124 559%0A4 291 272 221 134%0A4 127 465 452 572%0A4 175 461 573 431%0A4 280 50 53 38%0A4 471 574 533 532%0A4 193 192 188 76%0A4 426 575 576 481%0A4 551 435 29 28%0A4 454 458 482 368%0A4 536 167 1 577%0A4 110 578 307 107%0A4 122 552 345 344%0A4 309 308 578 110%0A4 548 369 162 320%0A4 508 431 573 552%0A4 379 579 298 368%0A4 565 390 580 505%0A4 352 581 19 132%0A4 543 259 492 189%0A4 566 582 299 298%0A4 53 259 543 38%0A4 349 348 490 310%0A4 389 405 400 64%0A4 87 103 452 90%0A4 60 59 472 372%0A4 442 441 94 19%0A4 489 583 521 490%0A4 572 452 103 126%0A4 577 1 168 535%0A4 130 284 246 131%0A4 547 161 432 324%0A4 368 423 557 454%0A4 428 316 60 560%0A4 30 162 503 584%0A4 56 124 161 547%0A4 399 182 170 450%0A4 237 226 297 238%0A4 71 188 502 72%0A4 579 585 32 34%0A4 101 100 438 531%0A4 309 480 424 107%0A4 82 532 470 298%0A4 350 157 160 311%0A4 315 217 189 549%0A4 13 170 486 339%0A4 264 103 387 288%0A4 47 168 272 291%0A4 79 318 216 80%0A4 36 572 126 37%0A4 350 576 201 500%0A4 256 255 433 77%0A4 210 28 31 203%0A4 580 112 232 388%0A4 290 387 144 143%0A4 541 535 536 586%0A4 232 283 407 587%0A4 472 59 141 496%0A4 385 108 107 312%0A4 156 358 227 153%0A4 576 575 198 201%0A4 534 294 421 574%0A4 15 585 579 379%0A4 377 196 380 11%0A4 463 172 114 511%0A4 588 589 590 493%0A4 292 517 82 331%0A4 345 85 398 346%0A4 524 539 16 286%0A4 481 576 350 129%0A4 457 525 212 458%0A4 368 482 457 332%0A4 336 349 211 591%0A4 70 44 167 592%0A4 550 45 369 548%0A4 539 518 193 76%0A4 416 361 202 280%0A4 424 423 368 107%0A4 235 197 274 544%0A4 321 30 465 564%0A4 321 281 314 320%0A4 156 155 593 357%0A4 323 553 117 202%0A4 227 358 583 489%0A4 4 371 141 429%0A4 278 194 196 377%0A4 414 413 561 448%0A4 61 353 519 58%0A4 22 222 253 520%0A4 482 213 525 457%0A4 530 232 112 99%0A4 185 417 594 186%0A4 283 167 166 479%0A4 382 229 162 383%0A4 520 253 340 526%0A4 500 375 157 350%0A4 109 538 414 110%0A4 305 478 468 306%0A4 390 389 112 580%0A4 376 275 469 158%0A4 411 227 226 24%0A4 511 510 595 573%0A4 360 359 86 89%0A4 173 229 124 174%0A4 436 237 236 455%0A4 45 465 51 491%0A4 126 103 465 127%0A4 239 596 211 349%0A4 111 507 508 125%0A4 546 369 56 547%0A4 163 546 263 262%0A4 404 403 558 459%0A4 526 340 78 570%0A4 353 448 511 519%0A4 540 577 535 541%0A4 473 472 496 498%0A4 351 409 581 352%0A4 557 480 309 454%0A4 14 294 585 15%0A4 517 565 505 398%0A4 559 124 229 382%0A4 301 180 183 569%0A4 322 597 584 323%0A4 505 580 388 506%0A4 181 10 338 443%0A4 67 14 422 224%0A4 381 309 187 277%0A4 594 118 92 186%0A4 357 593 512 355%0A4 598 522 523 568%0A4 521 583 571 347%0A4 378 236 239 349%0A4 3 266 524 0%0A4 435 226 237 436%0A4 19 18 302 135%0A4 295 214 582 566%0A4 397 530 99 102%0A4 124 123 462 174%0A4 216 180 301 80%0A4 395 410 310 414%0A4 441 440 588 493%0A4 371 67 66 384%0A4 23 168 47 20%0A4 392 250 283 437%0A4 568 274 120 598%0A4 460 2 44 43%0A4 19 581 146 16%0A4 470 534 574 471%0A4 132 131 248 356%0A4 367 456 54 484%0A4 203 31 551 204%0A4 513 414 310 154%0A4 125 124 56 111%0A4 587 407 477 476%0A4 519 511 114 364%0A4 201 200 132 500%0A4 275 242 199 198%0A4 68 316 467 69%0A4 84 62 398 85%0A4 299 582 529 573%0A4 497 370 372 474%0A4 113 346 507 111%0A4 174 462 461 175%0A4 98 97 187 309%0A4 570 78 135 21%0A4 420 419 563 187%0A4 485 133 16 539%0A4 243 242 275 514%0A4 188 192 562 543%0A4 527 182 251 494%0A4 448 561 412 312%0A4 7 67 371 4%0A4 561 560 427 412%0A4 552 573 85 345%0A4 293 292 331 406%0A4 276 197 9 8%0A4 333 332 343 137%0A4 488 297 227 489%0A4 573 595 509 299%0A4 72 502 396 393%0A4 414 538 385 312%0A4 197 119 118 594%0A4 363 229 59 58%0A4 318 48 119 216%0A4 187 97 245 420%0A4 146 145 356 16%0A4 574 421 405 533%0A4 477 407 408 495%0A4 502 484 366 325%0A4 492 50 280 189%0A4 589 47 219 439%0A4 298 579 34 82%0A4 308 304 487 578%0A4 65 83 82 517%0A4 586 536 577 540%0A4 25 60 316 394%0A4 475 425 452 451%0A4 380 454 309 381%0A4 568 523 499 514%0A4 344 421 123 122%0A4 211 596 455 205%0A4 335 350 349 336%0A4 599 35 129 386%0A4 468 478 268 271%0A4 493 590 135 78%0A4 230 173 172 463%0A4 543 567 147 188%0A4 583 358 469 571%0A4 7 6 150 149%0A4 85 528 566 298%0A4 5 312 107 6%0A4 183 318 79 569%0A4 40 45 44 260%0A4 117 553 328 114%0A4 191 44 2 106%0A4 354 68 9 95%0A4 420 468 271 184%0A4 21 135 222 22%0A4 10 9 223 556%0A4 509 142 516 510%0A4 247 387 425 284%0A4 171 333 137 136%0A4 575 469 275 198%0A4 417 274 197 594%0A4 293 389 250 139%0A4 244 354 537 245%0A4 537 354 95 98%0A4 135 590 442 19%0A4 592 16

16267 283 282%0A4 418 544 233 419%0A4 187 563 418 184%0A4 425 469 575 426%0A4 104 2 45 491%0A4 258 19 94 522%0A4 159 358 275 376%0A4 280 128 36 35%0A4 346 398 325 507%0A4 500 270 306 311%0A4 598 120 219 241%0A4 560 60 371 427%0A4 337 336 591 453%0A4 449 515 343 332%0A4 31 30 435 551%0A4 327 225 228 365%0A4 478 234 274 268%0A4 211 210 203 202%0A4 278 119 197 276%0A4 593 420 110 512%0A4 110 537 98 309%0A4 142 141 59 516%0A4 550 549 279 564%0A4 228 227 297 296%0A4 523 184 500 499%0A4 85 471 532 82%0A4 573 461 463 511%0A4 340 401 404 195%0A4 310 410 27 378%0A4 265 38 543 266%0A4 555 389 232 587%0A4 464 452 465 466%0A4 440 120 48 588%0A4 355 68 234 357%0A4 229 435 597 504%0A4 128 127 572 36%0A4 545 55 369 39%0A4 596 434 436 455%0A4 155 311 420 593%0A4 415 464 466 416%0A4 241 258 522 598%0A4 504 597 322 328%0A4 429 300 5 4%0A4 406 331 333 171%0A4 406 405 389 293%0A4 423 422 556 557%0A4 76 586 540 539%0A4 282 373 374 592%0A4 355 512 513 317%0A4 349 326 327 378%0A4 584 503 553 323%0A4 402 182 181 403%0A4 510 516 140 595%0A4 453 29 297 337%0A4 427 371 316 428%0A4 123 421 430 215%0A4 595 140 142 509%0A4 27 26 448 378%0A4 490 521 311 310%0A4 320 314 315 548%0A4 117 116 554 431%0A4 195 404 459 343%0A4 531 397 396 502%0A4 178 48 120 319%0A4 222 221 485 539%0A4 238 434 596 239%0A4 590 589 439 442%0A4 578 487 303 307%0A4 437 283 251 391%0A4 311 160 375 500%0A4 396 506 565 517%0A4 403 181 170 558%0A4 585 294 405 32%0A4 141 371 370 496%0A4 422 14 10 556%0A4 257 132 19 258%0A4 177 119 48 178%0A4 288 287 265 264%0A4 137 343 256 138%0A4 549 189 280 279%0A4 525 13 10 212%0A4 451 599 386 475%0A4 325 101 531 502%0A4 453 591 599 451%0A4 597 435 30 584%0A4 462 123 59 230%0A4 564 279 281 321%0A4 170 250 249 450%0A4 529 528 85 573%0A4 581 409 143 146%0A4 302 220 313 17%0A4 563 235 544 418%0A4 83 400 267 84%0A4 324 432 431 325%0A4 582 214 215 529%0A4 517 542 476 396%0A4 192 191 106 562%0A4 222 541 586 76%0A4 591 211 35 599%0A4 269 275 358 305%0A4 196 195 454 380%0A4 592 374 71 70%0A4 48 47 589 588%0A4 195 301 569 340%0A4 165 464 415 362%0A4 93 185 184 94%0A4 483 251 283 479%0A4 445 444 454 195%0A4 567 460 43 147%0A4 277 187 81 194%0A4 148 46 460 567%0A4 81 176 179 78%0A4 542 555 587 476%0A%0A%0A%0A0%0A%0A%0A";
1627

1628// src/worker/legacy/resources/com/vzome/core/parts/vienne3/index.js
1629var shapes26 = {
1630  "connector": connector_default24
1631};
1632var vienne3_default = shapes26;
1633

1634// src/worker/legacy/resources/com/vzome/core/parts/index.js
1635var shapes27 = {
1636  "bigzome": bigzome_default,
1637  "default": default_default,
1638  "dimtool": dimtool_default,
1639  "dodecagon3d": dodecagon3d_default,
1640  "dodecs": dodecs_default,
1641  "heptagon/antiprism": antiprism_default,
1642  "lifelike": lifelike_default,
1643  "octahedral": octahedral_default,
1644  "octahedralFast": octahedralFast_default,
1645  "octahedralRealistic": octahedralRealistic_default,
1646  "printable": printable_default,
1647  "root2Lifelike": root2Lifelike_default,
1648  "rootThreeOctaSmall": rootThreeOctaSmall_default,
1649  "rootTwo": rootTwo_default,
1650  "rootTwoBig": rootTwoBig_default,
1651  "rootTwoSmall": rootTwoSmall_default,
1652  "snubCube": snubCube_default,
1653  "snubCube/disdyakisDodec": disdyakisDodec_default,
1654  "snubCube/dual": dual_default,
1655  "sqrtPhi/fivefold": fivefold_default,
1656  "sqrtPhi/octahedra": octahedra_default,
1657  "sqrtPhi/tinyIcosahedra": tinyIcosahedra_default,
1658  "sqrtPhi/zome": zome_default,
1659  "tiny": tiny_default,
1660  "vienne2": vienne2_default,
1661  "vienne3": vienne3_default
1662};
1663var parts_default = shapes27;
1664
1665// src/worker/legacy/resources/com/vzome/core/parts/bigzome/colors.properties
1666var colors_default = 'data:text/plain;charset=utf-8,%23 The file uses standard java.util.Properties file syntax.%0A%23%0A%23 color values are given as "red,green,blue", each component as an integer value from 0-255,%0A%23 with black = 0,0,0 and white = 255,255,255.%0A%23%0A%23 NOTE: for convenience, color properties can be specified as "color.percent.<whatever>",%0A%23 with decimal values from 0.0-100.0.  E.g.:%0A%23        color.percent.red = 68.62,0,0%0A%23        color.percent.highlight = 100,35,0%0A%23 "color.percent.<whatever>" will take precedence over "color.<whatever>" when both%0A%23 are specified, whether in the defaults or in your preferences file.%0A%23%0A%0A%23 in bigzome, blue struts are white%0Ablue   = 225,225,225%0A%0A%23   ... and connectors are silver%0Aconnector = 175,175,185%0A';
1667
1668// src/worker/legacy/resources/com/vzome/core/parts/vienne/colors.properties
1669var colors_default2 = 'data:text/plain;charset=utf-8,%23 The file uses standard java.util.Properties file syntax.%0A%23%0A%23 color values are given as "red,green,blue", each component as an integer value from 0-255,%0A%23 with black = 0,0,0 and white = 255,255,255.%0A%23%0A%23 NOTE: for convenience, color properties can be specified as "color.percent.<whatever>",%0A%23 with decimal values from 0.0-100.0.  E.g.:%0A%23        color.percent.red = 68.62,0,0%0A%23        color.percent.highlight = 100,35,0%0A%23 "color.percent.<whatever>" will take precedence over "color.<whatever>" when both%0A%23 are specified, whether in the defaults or in your preferences file.%0A%23%0A%0A%23 for Fabien Vienne, the purple orbit is a different kind of yellow%0Apurple   = 240,160,0%0A%0A%23   ... and orange is a different kind of red%0Aorange = 175,0,0%0A%0A%23   ... and black is a different kind of blue%0Ablack = 0,118,149';
1670
1671// src/worker/legacy/resources/com/vzome/core/parts/vienne2/colors.properties
1672var colors_default3 = 'data:text/plain;charset=utf-8,%23 The file uses standard java.util.Properties file syntax.%0A%23%0A%23 color values are given as "red,green,blue", each component as an integer value from 0-255,%0A%23 with black = 0,0,0 and white = 255,255,255.%0A%23%0A%23 NOTE: for convenience, color properties can be specified as "color.percent.<whatever>",%0A%23 with decimal values from 0.0-100.0.  E.g.:%0A%23        color.percent.red = 68.62,0,0%0A%23        color.percent.highlight = 100,35,0%0A%23 "color.percent.<whatever>" will take precedence over "color.<whatever>" when both%0A%23 are specified, whether in the defaults or in your preferences file.%0A%23%0A%0A%23 for Fabien Vienne, the purple orbit is a different kind of yellow%0Apurple   = 240,160,0%0A%0A%23   ... and orange is a different kind of red%0Aorange = 175,0,0%0A%0A%23   ... and black is a different kind of blue%0Ablack = 0,118,149';
1673
1674// src/worker/legacy/resources/com/vzome/core/parts/vienne3/colors.properties
1675var colors_default4 = 'data:text/plain;charset=utf-8,%23 The file uses standard java.util.Properties file syntax.%0A%23%0A%23 color values are given as "red,green,blue", each component as an integer value from 0-255,%0A%23 with black = 0,0,0 and white = 255,255,255.%0A%23%0A%23 NOTE: for convenience, color properties can be specified as "color.percent.<whatever>",%0A%23 with decimal values from 0.0-100.0.  E.g.:%0A%23        color.percent.red = 68.62,0,0%0A%23        color.percent.highlight = 100,35,0%0A%23 "color.percent.<whatever>" will take precedence over "color.<whatever>" when both%0A%23 are specified, whether in the defaults or in your preferences file.%0A%23%0A%0A%23 for Fabien Vienne, the purple orbit is a different kind of yellow%0Apurple   = 240,160,0%0A%0A%23   ... and orange is a different kind of red%0Aorange = 175,0,0%0A%0A%23   ... and black is a different kind of blue

1675%0Ablack = 0,118,149';
1676

1677// src/worker/legacy/resources/com/vzome/core/parts/colors.js
1678var colors = {
1679  "bigzome": colors_default,
1680  "vienne": colors_default2,
1681  "vienne2": colors_default3,
1682  "vienne3": colors_default4
1683};
1684var colors_default5 = colors;
1685
1686// src/worker/legacy/resources/com/vzome/core/math/symmetry/H4roots-rotationalSubgroup.vef
1687var H4roots_rotationalSubgroup_default = "data:text/plain;charset=utf-8;base64,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";
1688
1689// src/worker/legacy/resources/com/vzome/core/math/symmetry/H4roots.vef
1690var H4roots_default = "data:text/plain;charset=utf-8,vZome VEF 4%0A%0A120%0A(0,2)%09(0,0)%09(0,0)%09(0,0)%0A(0,0)%09(0,2)%09(0,0)%09(0,0)%0A(0,0)%09(0,0)%09(0,2)%09(0,0)%0A(0,0)%09(0,0)%09(0,0)%09(0,2)%0A%0A(0,1)%09(0,0)%09(1,-1)%09(1,0)%0A(0,-1)%09(0,0)%09(1,-1)%09(1,0)%0A(0,1)%09(0,0)%09(-1,1)%09(1,0)%0A(0,1)%09(0,0)%09(1,-1)%09(-1,0)%0A(0,-1)%09(0,0)%09(-1,1)%09(1,0)%0A(0,-1)%09(0,0)%09(1,-1)%09(-1,0)%0A(0,1)%09(0,0)%09(-1,1)%09(-1,0)%0A(0,-1)%09(0,0)%09(-1,1)%09(-1,0)%0A(1,-1)%09(0,0)%09(1,0)%09(0,1)%0A(-1,1)%09(0,0)%09(1,0)%09(0,1)%0A(1,-1)%09(0,0)%09(-1,0)%09(0,1)%0A(1,-1)%09(0,0)%09(1,0)%09(0,-1)%0A(-1,1)%09(0,0)%09(-1,0)%09(0,1)%0A(-1,1)%09(0,0)%09(1,0)%09(0,-1)%0A(1,-1)%09(0,0)%09(-1,0)%09(0,-1)%0A(-1,1)%09(0,0)%09(-1,0)%09(0,-1)%0A(1,0)%09(0,0)%09(0,1)%09(1,-1)%0A(-1,0)%09(0,0)%09(0,1)%09(1,-1)%0A(1,0)%09(0,0)%09(0,-1)%09(1,-1)%0A(1,0)%09(0,0)%09(0,1)%09(-1,1)%0A(-1,0)%09(0,0)%09(0,-1)%09(1,-1)%0A(-1,0)%09(0,0)%09(0,1)%09(-1,1)%0A(1,0)%09(0,0)%09(0,-1)%09(-1,1)%0A(-1,0)%09(0,0)%09(0,-1)%09(-1,1)%0A%0A(0,1)%09(1,0)%09(0,0)%09(1,-1)%0A(0,-1)%09(1,0)%09(0,0)%09(1,-1)%0A(0,1)%09(-1,0)%09(0,0)%09(1,-1)%0A(0,1)%09(1,0)%09(0,0)%09(-1,1)%0A(0,-1)%09(-1,0)%09(0,0)%09(1,-1)%0A(0,-1)%09(1,0)%09(0,0)%09(-1,1)%0A(0,1)%09(-1,0)%09(0,0)%09(-1,1)%0A(0,-1)%09(-1,0)%09(0,0)%09(-1,1)%0A(1,-1)%09(0,1)%09(0,0)%09(1,0)%0A(-1,1)%09(0,1)%09(0,0)%09(1,0)%0A(1,-1)%09(0,-1)%09(0,0)%09(1,0)%0A(1,-1)%09(0,1)%09(0,0)%09(-1,0)%0A(-1,1)%09(0,-1)%09(0,0)%09(1,0)%0A(-1,1)%09(0,1)%09(0,0)%09(-1,0)%0A(1,-1)%09(0,-1)%09(0,0)%09(-1,0)%0A(-1,1)%09(0,-1)%09(0,0)%09(-1,0)%0A(1,0)%09(1,-1)%09(0,0)%09(0,1)%0A(-1,0)%09(1,-1)%09(0,0)%09(0,1)%0A(1,0)%09(-1,1)%09(0,0)%09(0,1)%0A(1,0)%09(1,-1)%09(0,0)%09(0,-1)%0A(-1,0)%09(-1,1)%09(0,0)%09(0,1)%0A(-1,0)%09(1,-1)%09(0,0)%09(0,-1)%0A(1,0)%09(-1,1)%09(0,0)%09(0,-1)%0A(-1,0)%09(-1,1)%09(0,0)%09(0,-1)%0A%0A(1,-1)%09(1,0)%09(0,1)%09(0,0)%0A(-1,1)%09(1,0)%09(0,1)%09(0,0)%0A(1,-1)%09(-1,0)%09(0,1)%09(0,0)%0A(1,-1)%09(1,0)%09(0,-1)%09(0,0)%0A(-1,1)%09(-1,0)%09(0,1)%09(0,0)%0A(-1,1)%09(1,0)%09(0,-1)%09(0,0)%0A(1,-1)%09(-1,0)%09(0,-1)%09(0,0)%0A(-1,1)%09(-1,0)%09(0,-1)%09(0,0)%0A(1,0)%09(0,1)%09(1,-1)%09(0,0)%0A(-1,0)%09(0,1)%09(1,-1)%09(0,0)%0A(1,0)%09(0,-1)%09(1,-1)%09(0,0)%0A(1,0)%09(0,1)%09(-1,1)%09(0,0)%0A(-1,0)%09(0,-1)%09(1,-1)%09(0,0)%0A(-1,0)%09(0,1)%09(-1,1)%09(0,0)%0A(1,0)%09(0,-1)%09(-1,1)%09(0,0)%0A(-1,0)%09(0,-1)%09(-1,1)%09(0,0)%0A(0,1)%09(1,-1)%09(1,0)%09(0,0)%0A(0,-1)%09(1,-1)%09(1,0)%09(0,0)%0A(0,1)%09(-1,1)%09(1,0)%09(0,0)%0A(0,1)%09(1,-1)%09(-1,0)%09(0,0)%0A(0,-1)%09(-1,1)%09(1,0)%09(0,0)%0A(0,-1)%09(1,-1)%09(-1,0)%09(0,0)%0A(0,1)%09(-1,1)%09(-1,0)%09(0,0)%0A(0,-1)%09(-1,1)%09(-1,0)%09(0,0)%0A%0A(0,0)%09(1,0)%09(1,-1)%09(0,1)%09%0A(0,0)%09(-1,0)%09(1,-1)%09(0,1)%0A(0,0)%09(1,0)%09(-1,1)%09(0,1)%0A(0,0)%09(1,0)%09(1,-1)%09(0,-1)%09%0A(0,0)%09(-1,0)%09(-1,1)%09(0,1)%09%0A(0,0)%09(-1,0)%09(1,-1)%09(0,-1)%09%0A(0,0)%09(1,0)%09(-1,1)%09(0,-1)%09%0A(0,0)%09(-1,0)%09(-1,1)%09(0,-1)%09%0A(0,0)%09(0,1)%09(1,0)%09(1,-1)%09%0A(0,0)%09(0,-1)%09(1,0)%09(1,-1)%09%0A(0,0)%09(0,1)%09(-1,0)%09(1,-1)%09%0A(0,0)%09(0,1)%09(1,0)%09(-1,1)%09%0A(0,0)%09(0,-1)%09(-1,0)%09(1,-1)%09%0A(0,0)%09(0,-1)%09(1,0)%09(-1,1)%09%0A(0,0)%09(0,1)%09(-1,0)%09(-1,1)%09%0A(0,0)%09(0,-1)%09(-1,0)%09(-1,1)%09%0A(0,0)%09(1,-1)%09(0,1)%09(1,0)%09%0A(0,0)%09(-1,1)%09(0,1)%09(1,0)%09%0A(0,0)%09(1,-1)%09(0,-1)%09(1,0)%09%0A(0,0)%09(1,-1)%09(0,1)%09(-1,0)%09%0A(0,0)%09(-1,1)%09(0,-1)%09(1,0)%09%0A(0,0)%09(-1,1)%09(0,1)%09(-1,0)%09%0A(0,0)%09(1,-1)%09(0,-1)%09(-1,0)%09%0A(0,0)%09(-1,1)%09(0,-1)%09(-1,0)%09%0A%0A%0A%0A(0,1)%09(0,1)%09(0,1)%09(0,1)%0A(0,-1)%09(0,-1)%09(0,1)%09(0,1)%0A(0,-1)%09(0,1)%09(0,-1)%09(0,1)%0A(0,-1)%09(0,1)%09(0,1)%09(0,-1)%0A(0,1)%09(0,-1)%09(0,-1)%09(0,1)%0A(0,1)%09(0,-1)%09(0,1)%09(0,-1)%0A(0,1)%09(0,1)%09(0,-1)%09(0,-1)%0A(0,-1)%09(0,-1)%09(0,-1)%09(0,-1)%0A%0A%0A%0A(0,-2)%09(0,0)%09(0,0)%09(0,0)%0A(0,0)%09(0,-2)%09(0,0)%09(0,0)%0A(0,0)%09(0,0)%09(0,-2)%09(0,0)%0A(0,0)%09(0,0)%09(0,0)%09(0,-2)%0A%0A(0,-1)%09(0,1)%09(0,1)%09(0,1)%0A(0,1)%09(0,-1)%09(0,1)%09(0,1)%0A(0,1)%09(0,1)%09(0,-1)%09(0,1)%0A(0,1)%09(0,1)%09(0,1)%09(0,-1)%0A(0,-1)%09(0,-1)%09(0,-1)%09(0,1)%0A(0,-1)%09(0,-1)%09(0,1)%09(0,-1)%0A(0,-1)%09(0,1)%09(0,-1)%09(0,-1)%0A(0,1)%09(0,-1)%09(0,-1)%09(0,-1)%0A%0A%0A%0A";
1691
1692// src/worker/legacy/resources/com/vzome/core/math/symmetry/binaryTetrahedralGroup.vef
1693var binaryTetrahedralGroup_default = "data:text/plain;charset=utf-8,vZome VEF 4%0A%0A24%0A(0,2)%09(0,0)%09(0,0)%09(0,0)%0A(0,0)%09(0,2)%09(0,0)%09(0,0)%0A(0,0)%09(0,0)%09(0,2)%09(0,0)%0A(0,0)%09(0,0)%09(0,0)%09(0,2)%0A%0A(0,1)%09(0,1)%09(0,1)%09(0,1)%0A(0,-1)%09(0,-1)%09(0,1)%09(0,1)%0A(0,-1)%09(0,1)%09(0,-1)%09(0,1)%0A(0,-1)%09(0,1)%09(0,1)%09(0,-1)%0A(0,1)%09(0,-1)%09(0,-1)%09(0,1)%0A(0,1)%09(0,-1)%09(0,1)%09(0,-1)%0A(0,1)%09(0,1)%09(0,-1)%09(0,-1)%0A(0,-1)%09(0,-1)%09(0,-1)%09(0,-1)%0A%0A(0,-2)%09(0,0)%09(0,0)%09(0,0)%0A(0,0)%09(0,-2)%09(0,0)%09(0,0)%0A(0,0)%09(0,0)%09(0,-2)%09(0,0)%0A(0,0)%09(0,0)%09(0,0)%09(0,-2)%0A%0A(0,-1)%09(0,1)%09(0,1)%09(0,1)%0A(0,1)%09(0,-1)%09(0,1)%09(0,1)%0A(0,1)%09(0,1)%09(0,-1)%09(0,1)%0A(0,1)%09(0,1)%09(0,1)%09(0,-1)%0A(0,-1)%09(0,-1)%09(0,-1)%09(0,1)%0A(0,-1)%09(0,-1)%09(0,1)%09(0,-1)%0A(0,-1)%09(0,1)%09(0,-1)%09(0,-1)%0A(0,1)%09(0,-1)%09(0,-1)%09(0,-1)%0A%0A%0A%0A";
1694

1695// src/worker/legacy/resources/com/vzome/core/math/symmetry/index.js
1696var resources = {
1697  "H4roots-rotationalSubgroup": H4roots_rotationalSubgroup_default,
1698  "H4roots": H4roots_default,
1699  "binaryTetrahedralGroup": binaryTetrahedralGroup_default
1700};
1701var symmetry_default = resources;
1702

1703// src/worker/legacy/from-java/com/vzome/core/editor/api/UndoableEdit.ts
1704var UndoableEdit = class {
1705  hasBreakpoint() {
1706    return this.__com_vzome_core_editor_EditHistory_DeferredEdit_hasBreakpoint;
1707  }
1708  setBreakpoint(value) {
1709    this.__com_vzome_core_editor_EditHistory_DeferredEdit_hasBreakpoint = value;
1710  }
1711  getLineNumber() {
1712    return this.lineNumber;
1713  }
1714  setLineNumber(lineNumber) {
1715    this.lineNumber = lineNumber;
1716  }
1717  constructor() {
1718    this.__com_vzome_core_editor_EditHistory_DeferredEdit_hasBreakpoint = false;
1719    this.lineNumber = -1;
1720  }
1721};
1722UndoableEdit["__class"] = "com.vzome.core.editor.api.UndoableEdit";
1723

1724// src/worker/legacy/from-java/com/vzome/core/editor/AbstractToolFactory.ts
1725var AbstractToolFactory = class _AbstractToolFactory {
1726  constructor(tools, symmetry, id, label, tooltip) {
1727    this.enabled = false;
1728    if (this.pcs === void 0) {
1729      this.pcs = null;
1730    }
1731    if (this.tools === void 0) {
1732      this.tools = null;
1733    }
1734    if (this.label === void 0) {
1735      this.label = null;
1736    }
1737    if (this.tooltip === void 0) {
1738      this.tooltip = null;
1739    }
1740    if (this.id === void 0) {
1741      this.id = null;
1742    }
1743    if (this.symmetry === void 0) {
1744      this.symmetry = null;
1745    }
1746    this.tools = tools;
1747    this.symmetry = symmetry;
1748    this.id = id;
1749    this.label = label;
1750    this.tooltip = tooltip;
1751    this.pcs = new PropertyChangeSupport(this);
1752  }
1753  /**
1754   * 
1755   * @param {number} total
1756   * @param {number} balls
1757   * @param {number} struts
1758   * @param {number} panels
1759   */
1760  selectionChanged(total, balls, struts, panels) {
1761    const wasEnabled = this.enabled;
1762    if (this.countsAreValid(total, balls, struts, panels)) this.enabled = this.bindParameters(this.getSelection());
1763    else this.enabled = false;
1764    if (wasEnabled !== this.enabled) this.pcs.firePropertyChange$java_lang_String$boolean$boolean("enabled", wasEnabled, this.enabled);
1765  }
1766  getSymmetry() {
1767    return this.symmetry;
1768  }
1769  getId() {
1770    return this.id;
1771  }
1772  getLabel() {
1773    return this.label;
1774  }
1775  getToolTip() {
1776    return this.tooltip;
1777  }
1778  getToolsModel() {
1779    return this.tools;
1780  }
1781  getEditorModel() {
1782    return this.tools.getEditorModel();
1783  }
1784  getSelection() {
1785    return this.getEditorModel().getSelection();
1786  }
1787  getModel() {
1788    return this.getEditorModel().getRealizedModel();
1789  }
1790  /**
1791   * 
1792   * @return {boolean}
1793   */
1794  isEnabled() {
1795    return this.enabled;
1796  }
1797  addListener(listener) {
1798    this.pcs.addPropertyChangeListener$java_beans_PropertyChangeListener(listener);
1799  }
1800  static {
1801    this.NEW_PREFIX = "tool-";
1802  }
1803  /**
1804   * 
1805   * @return {CoreTool}
1806   */
1807  createTool() {
1808    const index = this.tools.reserveId();
1809    const tool = this.createToolInternal(_AbstractToolFactory.NEW_PREFIX + index);
1810    tool.setCategory(this.getId());
1811    tool.setLabel(this.getId() + " " + index);
1812    if (tool != null && tool instanceof UndoableEdit) this.tools.getContext().performAndRecord(tool);
1813    else this.tools.put(tool.getId(), tool);
1814    return tool;
1815  }
1816  createPredefinedTool(label) {
1817    const tool = this.createToolInternal(this.getId() + ".builtin/" + label);
1818    tool.setLabel(label);
1819    tool.setCategory(this.getId());
1820    tool.setPredefined(true);
1821    tool.checkSelection(true);
1822    this.tools.put(tool.getId(), tool);
1823    return tool;
1824  }
1825  deserializeTool(id) {
1826    const tool = this.createToolInternal(id);
1827    if (
1828      /* startsWith */
1829      ((str, searchString, position = 0) => str.substr(position, searchString.length) === searchString)(id, _AbstractToolFactory.NEW_PREFIX)
1830    ) {
1831      const num = javaemul.internal.IntegerHelper.parseInt(id.substring(_AbstractToolFactory.NEW_PREFIX.length));
1832      this.tools.setMaxId(num);
1833    }
1834    const nextDot = id.indexOf(".");
1835    if (nextDot > 0) {
1836      tool.setCategory(id.substring(0, nextDot));
1837    } else {
1838      tool.setCategory(this.getId());
1839    }
1840    this.tools.setConfiguration(tool);
1841    return tool;
1842  }
1843};
1844AbstractToolFactory["__class"] = "com.vzome.core.editor.AbstractToolFactory";
1845AbstractToolFactory["__interfaces"] = ["com.vzome.core.editor.SelectionSummary.Listener", "com.vzome.api.Tool.Factory"];
1846

1847// src/worker/legacy/from-java/com/vzome/core/construction/FreePoint.ts
1848var FreePoint = class extends Point {
1849  constructor(loc) {
1850    super(loc.getField());
1851    this.setStateVariable(loc, false);
1852  }
1853  /**
1854   * 
1855   * @return {boolean}
1856   */
1857  mapParamsToState() {
1858    return true;
1859  }
1860};
1861FreePoint["__class"] = "com.vzome.core.construction.FreePoint";
1862

1863// src/worker/legacy/from-java/com/vzome/core/construction/PolygonFromVertices.ts
1864var PolygonFromVertices = class extends Polygon {
1865  constructor(points) {
1866    if (points != null && (points.constructor != null && points.constructor["__interfaces"] != null && points.constructor["__interfaces"].indexOf("java.util.List") >= 0) || points === null) {
1867      let __args = arguments;
1868      {
1869        let __args2 = arguments;
1870        let vertices = points.toArray(((s) => {
1871          let a = [];
1872          while (s-- > 0) a.push(null);
1873          return a;
1874        })(points.size()));
1875        super(vertices.length === 0 ? null : vertices[0].field);
1876        if (this.__com_vzome_core_construction_PolygonFromVertices_mVertices === void 0) {
1877          this.__com_vzome_core_construction_PolygonFromVertices_mVertices = null;
1878        }
1879        this.__com_vzome_core_construction_PolygonFromVertices_mVertices = vertices;
1880        this.mapParamsToState();
1881      }
1882    } else if (points != null && points instanceof Array && (points.length == 0 || points[0] == null || points[0] != null && points[0] instanceof Point) || points === null) {
1883      let __args = arguments;
1884      let vertices = __args[0];
1885      super(vertices.length === 0 ? null : vertices[0].field);
1886      if (this.__com_vzome_core_construction_PolygonFromVertices_mVertices === void 0) {
1887        this.__com_vzome_core_construction_PolygonFromVertices_mVertices = null;
1888      }
1889      this.__com_vzome_core_construction_PolygonFromVertices_mVertices = vertices;
1890      this.mapParamsToState();
1891    } else throw new Error("invalid overload");
1892  }
1893  /**
1894   * 
1895   * @return {boolean}
1896   */
1897  mapParamsToState() {
1898    const locs = ((s) => {
1899      let a = [];
1900      while (s-- > 0) a.push(null);
1901      return a;
1902    })(this.__com_vzome_core_construction_PolygonFromVertices_mVertices.length);
1903    for (let i = 0; i < this.__com_vzome_core_construction_PolygonFromVertices_mVertices.length; i++) {
1904      locs[i] = this.__com_vzome_core_construction_PolygonFromVertices_mVertices[i].getLocation();
1905    }
1906    return this.setStateVariable(locs, false);
1907  }
1908};
1909PolygonFromVertices["__class"] = "com.vzome.core.construction.PolygonFromVertices";
1910

1911// src/worker/legacy/from-java/com/vzome/core/construction/SegmentJoiningPoints.ts
1912var SegmentJoiningPoints = class extends Segment {
1913  constructor(p1, p2) {
1914    super(p1.field);
1915    if (this.__com_vzome_core_construction_SegmentJoiningPoints_mStart === void 0) {
1916      this.__com_vzome_core_construction_SegmentJoiningPoints_mStart = null;
1917    }
1918    if (this.__com_vzome_core_construction_SegmentJoiningPoints_mEnd === void 0) {
1919      this.__com_vzome_core_construction_SegmentJoiningPoints_mEnd = null;
1920    }
1921    this.__com_vzome_core_construction_SegmentJoiningPoints_mStart = p1;
1922    this.__com_vzome_core_construction_SegmentJoiningPoints_mEnd = p2;
1923    this.mapParamsToState();
1924  }
1925  /**
1926   * 
1927   * @return {boolean}
1928   */
1929  mapParamsToState() {
1930    if (this.__com_vzome_core_construction_SegmentJoiningPoints_mStart.isImpossible() || this.__com_vzome_core_construction_SegmentJoiningPoints_mEnd.isImpossible()) return this.setStateVariables(null, null, true);
1931    let startV = this.__com_vzome_core_construction_SegmentJoiningPoints_mStart.getLocation();
1932    let endV = this.__com_vzome_core_construction_SegmentJoiningPoints_mEnd.getLocation();
1933    if (startV.dimension() === 3 || endV.dimension() === 3) {
1934      startV = startV.projectTo3d(true);
1935      endV = endV.projectTo3d(true);
1936    }
1937    const offset = endV.minus(startV);
1938    return this.setStateVariables(startV, offset, false);
1939  }
1940};
1941SegmentJoiningPoints["__class"] = "com.vzome.core.construction.SegmentJoiningPoints";
1942

1943// src/worker/legacy/from-java/com/vzome/core/editor/Duplicator.ts
1944var Duplicator = class {
1945  constructor(edit, offset) {
1946    this.vertexData = new java.util.HashMap();
1947    if (this.edit === void 0) {
1948      this.edit = null;
1949    }
1950    if (this.offset === void 0) {
1951      this.offset = null;
1952    }
1953    this.edit = edit;
1954    this.offset = offset;
1955  }
1956  duplicateManifestation(man) {
1957    const constr = this.duplicateConstruction(man);
1958    this.edit.manifestConstruction(constr);
1959  }
1960  duplicateConstruction(man) {
1961    if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0)) {
1962      const vector = man.getLocation();
1963      return this.getVertex(vector);
1964    } else if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0)) {
1965      const strut = man;
1966      const p1 = this.getVertex(strut.getLocation());
1967      const p2 = this.getVertex(strut.getEnd());
1968      return new SegmentJoiningPoints(p1, p2);
1969    } else if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Panel") >= 0)) {
1970      const vs = new java.util.ArrayList();
1971      for (let index = man.iterator(); index.hasNext(); ) {
1972        let v = index.next();
1973        {
1974          vs.add(this.getVertex(v));
1975        }
1976      }
1977      return new PolygonFromVertices(vs.toArray([]));
1978    }
1979    return null;
1980  }
1981  getVertex(vertexVector) {
1982    let result = this.vertexData.get(vertexVector);
1983    if (result == null) {
1984      const key = vertexVector;
1985      if (this.offset != null) vertexVector = vertexVector.plus(this.offset);
1986      result = new FreePoint(vertexVector);
1987      this.vertexData.put(key, result);
1988    }
1989    return result;
1990  }
1991};
1992Duplicator["__class"] = "com.vzome.core.editor.Duplicator";
1993

1994// src/worker/legacy/from-java/com/vzome/core/editor/api/ActionEnum.ts
1995var ActionEnum = /* @__PURE__ */ ((ActionEnum2) => {
1996  ActionEnum2[ActionEnum2["IGNORE"] = 0] = "IGNORE";
1997  ActionEnum2[ActionEnum2["SELECT"] = 1] = "SELECT";
1998  ActionEnum2[ActionEnum2["DESELECT"] = 2] = "DESELECT";
1999  return ActionEnum2;
2000})(ActionEnum || {});
2001

2002// src/worker/legacy/from-java/com/vzome/core/editor/api/Selection.ts
2003var Selection;
2004((Selection2) => {
2005  function biggestGroup(m) {
2006    let parent = m.getContainer();
2007    let group = parent;
2008    while (parent != null) {
2009      {
2010        parent = group.getContainer();
2011        if (parent == null) break;
2012        group = parent;
2013      }
2014    }
2015    ;
2016    return group;
2017  }
2018  Selection2.biggestGroup = biggestGroup;
2019})(Selection || (Selection = {}));
2020

2021// src/worker/legacy/from-java/com/vzome/core/editor/api/SideEffects.ts
2022var SideEffects = class _SideEffects extends UndoableEdit {
2023  /**
2024   * 
2025   * @param {*} doc
2026   * @return {*}
2027   */
2028  getDetailXml(doc) {
2029    const result = this.getXml(doc);
2030    const effects = doc.createElement("effects");
2031    for (let index = this.mItems.iterator(); index.hasNext(); ) {
2032      let se = index.next();
2033      {
2034        if (se != null) {
2035          const effect = se.getXml(doc);
2036          if (effect != null) {
2037            effects.appendChild(effect);
2038          }
2039        }
2040      }
2041    }
2042    result.appendChild(effects);
2043    return result;
2044  }
2045  /**
2046   * 
2047   * @return {boolean}
2048   */
2049  isSticky() {
2050    return false;
2051  }
2052  static BUG_ACCOMMODATION_LOGGER_$LI$() {
2053    if (_SideEffects.BUG_ACCOMMODATION_LOGGER == null) {
2054      _SideEffects.BUG_ACCOMMODATION_LOGGER = java.util.logging.Logger.getLogger("com.vzome.core.bug.accommodations");
2055    }
2056    return _SideEffects.BUG_ACCOMMODATION_LOGGER;
2057  }
2058  static logBugAccommodation(accommodation) {
2059    if (_SideEffects.BUG_ACCOMMODATION_LOGGER_$LI$().isLoggable(java.util.logging.Level.WARNING)) _SideEffects.BUG_ACCOMMODATION_LOGGER_$LI$().warning("ACCOMMODATION: " + accommodation);
2060  }
2061  /**
2062   * 
2063   * @return {boolean}
2064   */
2065  isVisible() {
2066    return true;
2067  }
2068  /**
2069   * 
2070   * @return {boolean}
2071   */
2072  isDestructive() {
2073    return true;
2074  }
2075  plan(se) {
2076    this.mItems.add(se);
2077  }
2078  /**
2079   * 
2080   */
2081  perform() {
2082    this.redo();
2083  }
2084  fail(message) {
2085    this.undo();
2086    throw new Command.Failure(message);
2087  }
2088  /**
2089   * 
2090   * @param {*} props
2091   */
2092  configure(props) {
2093  }
2094  /**
2095   * 
2096   * @return {boolean}
2097   */
2098  isNoOp() {
2099    return this.mItems.size() === 0;
2100  }
2101  /**
2102   * 
2103   */
2104  redo() {
2105    for (let i = this.redone; i < this.mItems.size(); i++) {
2106      {
2107        const se = this.mItems.get(i);
2108        if (se != null) se.redo();
2109      }
2110      ;
2111    }
2112    this.redone = this.mItems.size();
2113  }
2114  /**
2115   * 
2116   */
2117  undo() {
2118    for (let i = this.mItems.size(); i > 0; i--) {
2119      {
2120        const se = this.mItems.get(i - 1);
2121        if (se != null) se.undo();
2122      }
2123      ;
2124    }
2125    this.redone = 0;
2126  }
2127  getEffects() {
2128    return this.mItems.iterator();
2129  }
2130  constructor() {
2131    super();
2132    this.mItems = new java.util.ArrayList();
2133    this.redone = 0;
2134  }
2135};
2136SideEffects["__class"] = "com.vzome.core.editor.api.SideEffects";
2137

2138// src/worker/legacy/from-java/com/vzome/core/model/Group.ts
2139var Group = class extends java.util.ArrayList {
2140  getContainer() {
2141    return this.mContainer;
2142  }
2143  /**
2144   * 
2145   * @param {Group} container
2146   */
2147  setContainer(container) {
2148    this.mContainer = container;
2149  }
2150  constructor() {
2151    super();
2152    if (this.mContainer === void 0) {
2153      this.mContainer = null;
2154    }
2155  }
2156};
2157Group["__class"] = "com.vzome.core.model.Group";
2158Group["__interfaces"] = ["java.util.RandomAccess", "com.vzome.core.model.GroupElement", "java.util.List", "java.lang.Cloneable", "java.util.Collection", "java.lang.Iterable", "java.io.Serializable"];
2159

2160// src/worker/legacy/from-java/com/vzome/core/editor/api/ChangeSelection.ts
2161var ChangeSelection = class _ChangeSelection extends SideEffects {
2162  static logger_$LI$() {
2163    if (_ChangeSelection.logger == null) {
2164      _ChangeSelection.logger = java.util.logging.Logger.getLogger("com.vzome.core.editor.ChangeSelection");
2165    }
2166    return _ChangeSelection.logger;
2167  }
2168  constructor(selection) {
2169    super();
2170    if (this.mSelection === void 0) {
2171      this.mSelection = null;
2172    }
2173    if (this.groupingDoneInSelection === void 0) {
2174      this.groupingDoneInSelection = false;
2175    }
2176    this.orderedSelection = false;
2177    this.selectionEffects = null;
2178    this.mSelection = selection;
2179    this.groupingDoneInSelection = false;
2180  }
2181  setOrderedSelection(orderedSelection) {
2182    this.orderedSelection = orderedSelection;
2183  }
2184  /**
2185   * 
2186   */
2187  undo() {
2188    if (this.orderedSelection) {
2189      const stack = new java.util.ArrayDeque();
2190      this.selectionEffects = stack;
2191      super.undo();
2192      this.selectionEffects = null;
2193      while (!stack.isEmpty()) {
2194        {
2195          const se = stack.pop();
2196          se.undo();
2197        }
2198      }
2199      ;
2200    } else super.undo();
2201  }
2202  getXmlAttributes(element) {
2203  }
2204  setXmlAttributes(xml, format) {
2205  }
2206  /**
2207   * 
2208   * @param {*} doc
2209   * @return {*}
2210   */
2211  getXml(doc) {
2212    const result = doc.createElement(this.getXmlElementName());
2213    if (this.groupingDoneInSelection) DomUtils.addAttribute(result, "grouping", "2.1.1");
2214    this.getXmlAttributes(result);
2215    return result;
2216  }
2217  adjustSelection(man, action) {
2218    switch (action) {
2219      case 1 /* SELECT */:
2220        this.select$com_vzome_core_model_Manifestation(man);
2221        break;
2222      case 2 /* DESELECT */:
2223        this.unselect$com_vzome_core_model_Manifestation(man);
2224        break;
2225      case 0 /* IGNORE */:
2226        break;
2227      default:
2228        _ChangeSelection.logger_$LI$().warning("unexpected action: " + /* Enum.name */
2229        ActionEnum[action]);
2230        break;
2231    }
2232  }
2233  /**
2234   * Any subclass can override to alter loading, or migrate (insert other edits), etc.
2235   * ALWAYS DO SOME INSERT, or all trace of the command will disappear!
2236   * @param {*} xml
2237   * @param {XmlSaveFormat} format
2238   * @param {*} context
2239   */
2240  loadAndPerform(xml, format, context) {
2241    const grouping = xml.getAttribute("grouping");
2242    if (this.groupingAware() && (format.groupingDoneInSelection() || "2.1.1" === grouping)) this.groupingDoneInSelection = true;
2243    this.setXmlAttributes(xml, format);
2244    context.performAndRecord(this);
2245  }
2246  groupingAware() {
2247    return false;
2248  }
2249  unselect$com_vzome_core_model_Manifestation(man) {
2250    this.unselect$com_vzome_core_model_Manifestation$boolean(man, false);
2251  }
2252  unselect$com_vzome_core_model_Manifestation$boolean(man, ignoreGroups) {
2253    if (this.groupingDoneInSelection) {
2254      this.plan(new _ChangeSelection.SelectManifestation(this, man, false));
2255      return;
2256    }
2257    if (man == null) {
2258      SideEffects.logBugAccommodation("null manifestation");
2259      return;
2260    }
2261    if (!this.mSelection.manifestationSelected(man)) return;
2262    const group = ignoreGroups ? null : Selection.biggestGroup(man);
2263    if (group == null) this.plan(new _ChangeSelection.SelectManifestation(this, man, false));
2264    else this.unselectGroup(group);
2265  }
2266  unselect(man, ignoreGroups) {
2267    if ((man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Manifestation") >= 0) || man === null) && (typeof ignoreGroups === "boolean" || ignoreGroups === null)) {
2268      return this.unselect$com_vzome_core_model_Manifestation$boolean(man, ignoreGroups);
2269    } else if ((man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Manifestation") >= 0) || man === null) && ignoreGroups === void 0) {
2270      return this.unselect$com_vzome_core_model_Manifestation(man);
2271    } else throw new Error("invalid overload");
2272  }
2273  select$com_vzome_core_model_Manifestation(man) {
2274    this.select$com_vzome_core_model_Manifestation$boolean(man, false);
2275  }
2276  recordSelected(man) {
2277    if (!this.mSelection.manifestationSelected(man)) return;
2278    this.plan(new _ChangeSelection.RecordSelectedManifestation(this, man));
2279  }
2280  select$com_vzome_core_model_Manifestation$boolean(man, ignoreGroups) {
2281    if (this.groupingDoneInSelection) {
2282      this.plan(new _ChangeSelection.SelectManifestation(this, man, true));
2283      return;
2284    }
2285    if (man == null) {
2286      SideEffects.logBugAccommodation("null manifestation");
2287      return;
2288    }
2289    if (this.mSelection.manifestationSelected(man)) return;
2290    const group = ignoreGroups ? null : Selection.biggestGroup(man);
2291    if (group == null) this.plan(new _ChangeSelection.SelectManifestation(this, man, true));
2292    else this.selectGroup(group);
2293  }
2294  select(man, ignoreGroups) {
2295    if ((man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Manifestation") >= 0) || man === null) && (typeof ignoreGroups === "boolean" || ignoreGroups === null)) {
2296      return this.select$com_vzome_core_model_Manifestation$boolean(man, ignoreGroups);
2297    } else if ((man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Manifestation") >= 0) || man === null) && ignoreGroups === void 0) {
2298      return this.select$com_vzome_core_model_Manifestation(man);
2299    } else throw new Error("invalid overload");
2300  }
2301  selectGroup(group) {
2302    for (let index = group.iterator(); index.hasNext(); ) {
2303      let next = index.next();
2304      {
2305        if (next != null && next instanceof Group) this.selectGroup(next);
2306        else this.plan(new _ChangeSelection.SelectManifestation(this, next, true));
2307      }
2308    }
2309  }
2310  unselectGroup(group) {
2311    for (let index = group.iterator(); index.hasNext(); ) {
2312      let next = index.next();
2313      {
2314        if (next != null && next instanceof Group) this.unselectGroup(next);
2315        else this.plan(new _ChangeSelection.SelectManifestation(this, next, false));
2316      }
2317    }
2318  }
2319  getSelectedConnectors() {
2320    return Manifestations.getConnectors$java_lang_Iterable(this.mSelection);
2321  }
2322  getSelectedStruts() {
2323    return Manifestations.getStruts$java_lang_Iterable(this.mSelection);
2324  }
2325  getSelectedPanels() {
2326    return Manifestations.getPanels$java_lang_Iterable(this.mSelection);
2327  }
2328  getLastSelectedManifestation() {
2329    let last = null;
2330    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
2331      let man = index.next();
2332      {
2333        last = man;
2334      }
2335    }
2336    return last;
2337  }
2338  getLastSelectedConnector() {
2339    let last = null;

2340    for (let index = this.getSelectedConnectors().iterator(); index.hasNext(); ) {
2341      let connector = index.next();
2342      {
2343        last = connector;
2344      }
2345    }
2346    return last;
2347  }
2348  getLastSelectedStrut() {
2349    let last = null;
2350    for (let index = this.getSelectedStruts().iterator(); index.hasNext(); ) {
2351      let strut = index.next();
2352      {
2353        last = strut;
2354      }
2355    }
2356    return last;
2357  }
2358  getLastSelectedPanel() {
2359    let last = null;
2360    for (let index = this.getSelectedPanels().iterator(); index.hasNext(); ) {
2361      let panel = index.next();
2362      {
2363        last = panel;
2364      }
2365    }
2366    return last;
2367  }
2368  unselectAll() {
2369    let anySelected = false;
2370    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
2371      let man = index.next();
2372      {
2373        anySelected = true;
2374        this.unselect$com_vzome_core_model_Manifestation(man);
2375      }
2376    }
2377    if (anySelected) {
2378      this.redo();
2379    }
2380    return anySelected;
2381  }
2382  unselectConnectors() {
2383    let anySelected = false;
2384    for (let index = this.getSelectedConnectors().iterator(); index.hasNext(); ) {
2385      let connector = index.next();
2386      {
2387        anySelected = true;
2388        this.unselect$com_vzome_core_model_Manifestation(connector);
2389      }
2390    }
2391    if (anySelected) {
2392      this.redo();
2393    }
2394    return anySelected;
2395  }
2396  unselectStruts() {
2397    let anySelected = false;
2398    for (let index = this.getSelectedStruts().iterator(); index.hasNext(); ) {
2399      let strut = index.next();
2400      {
2401        anySelected = true;
2402        this.unselect$com_vzome_core_model_Manifestation(strut);
2403      }
2404    }
2405    if (anySelected) {
2406      this.redo();
2407    }
2408    return anySelected;
2409  }
2410  unselectPanels() {
2411    let anySelected = false;
2412    for (let index = this.getSelectedPanels().iterator(); index.hasNext(); ) {
2413      let panel = index.next();
2414      {
2415        anySelected = true;
2416        this.unselect$com_vzome_core_model_Manifestation(panel);
2417      }
2418    }
2419    if (anySelected) {
2420      this.redo();
2421    }
2422    return anySelected;
2423  }
2424};
2425ChangeSelection["__class"] = "com.vzome.core.editor.api.ChangeSelection";
2426((ChangeSelection2) => {
2427  class SelectManifestation2 {
2428    constructor(__parent, man, value) {
2429      this.__parent = __parent;
2430      if (this.mMan === void 0) {
2431        this.mMan = null;
2432      }
2433      if (this.mOn === void 0) {
2434        this.mOn = false;
2435      }
2436      this.mMan = man;
2437      this.mOn = value;
2438      ChangeSelection2.logger_$LI$().finest("constructing SelectManifestation");
2439    }
2440    /**
2441     * 
2442     */
2443    redo() {
2444      if (this.__parent.groupingDoneInSelection) {
2445        if (this.mOn) this.__parent.mSelection.selectWithGrouping(this.mMan);
2446        else this.__parent.mSelection.unselectWithGrouping(this.mMan);
2447      } else if (this.mOn) this.__parent.mSelection.select(this.mMan);
2448      else this.__parent.mSelection.unselect(this.mMan);
2449    }
2450    /**
2451     * 
2452     */
2453    undo() {
2454      if (this.__parent.groupingDoneInSelection) {
2455        if (this.mOn) this.__parent.mSelection.unselectWithGrouping(this.mMan);
2456        else this.__parent.mSelection.selectWithGrouping(this.mMan);
2457      } else if (this.mOn) this.__parent.mSelection.unselect(this.mMan);
2458      else if (this.__parent.selectionEffects != null) {
2459        this.__parent.selectionEffects.push(this);
2460      } else this.__parent.mSelection.select(this.mMan);
2461    }
2462    /**
2463     * 
2464     * @param {*} doc
2465     * @return {*}
2466     */
2467    getXml(doc) {
2468      const result = this.mOn ? doc.createElement("select") : doc.createElement("deselect");
2469      if (this.mMan != null) {
2470        const man = this.mMan.getXml(doc);
2471        result.appendChild(man);
2472      }
2473      return result;
2474    }
2475  }
2476  ChangeSelection2.SelectManifestation = SelectManifestation2;
2477  SelectManifestation2["__class"] = "com.vzome.core.editor.api.ChangeSelection.SelectManifestation";
2478  SelectManifestation2["__interfaces"] = ["com.vzome.core.editor.api.SideEffect"];
2479  class RecordSelectedManifestation {
2480    constructor(__parent, man) {
2481      this.__parent = __parent;
2482      if (this.mMan === void 0) {
2483        this.mMan = null;
2484      }
2485      this.mMan = man;
2486      ChangeSelection2.logger_$LI$().finest("constructing RecordSelectedManifestation");
2487    }
2488    /**
2489     * 
2490     */
2491    redo() {
2492      ChangeSelection2.logger_$LI$().finest("redoing RecordSelectedManifestation");
2493    }
2494    /**
2495     * 
2496     */
2497    undo() {
2498      ChangeSelection2.logger_$LI$().finest("undoing RecordSelectedManifestation");
2499      if (this.__parent.selectionEffects == null) this.__parent.mSelection.select(this.mMan);
2500      else this.__parent.selectionEffects.push(this);
2501    }
2502    /**
2503     * 
2504     * @param {*} doc
2505     * @return {*}
2506     */
2507    getXml(doc) {
2508      return doc.createElement("recordSelected");
2509    }
2510  }
2511  ChangeSelection2.RecordSelectedManifestation = RecordSelectedManifestation;
2512  RecordSelectedManifestation["__class"] = "com.vzome.core.editor.api.ChangeSelection.RecordSelectedManifestation";
2513  RecordSelectedManifestation["__interfaces"] = ["com.vzome.core.editor.api.SideEffect"];
2514})(ChangeSelection || (ChangeSelection = {}));
2515

2516// src/worker/legacy/from-java/com/vzome/core/editor/api/ChangeManifestations.ts
2517var ChangeManifestations = class _ChangeManifestations extends ChangeSelection {
2518  constructor(editorModel) {
2519    super(editorModel.getSelection());
2520    if (this.mManifestations === void 0) {
2521      this.mManifestations = null;
2522    }
2523    this.mManifestations = editorModel.getRealizedModel();
2524    this.mManifestations.clearPerEditManifestations();
2525  }
2526  /**
2527   * 
2528   */
2529  redo() {
2530    this.mManifestations.clearPerEditManifestations();
2531    super.redo();
2532  }
2533  /**
2534   * 
2535   */
2536  undo() {
2537    this.mManifestations.clearPerEditManifestations();
2538    super.undo();
2539  }
2540  getManifestation(c) {
2541    return this.mManifestations.getManifestation(c);
2542  }
2543  manifestConstruction(c) {
2544    const sig = c.getSignature();
2545    const m = this.mManifestations.findConstruction(c);
2546    if (m == null) return null;
2547    const made = this.mManifestations.findPerEditManifestation(sig);
2548    if (made != null) return made;
2549    if (m.isUnnecessary()) {
2550      this.mManifestations.addPerEditManifestation(sig, m);
2551      this.plan(new _ChangeManifestations.ManifestConstruction(this, c, m, true));
2552    } else {
2553      if (!m.isRendered()) this.plan(new _ChangeManifestations.RenderManifestation(this, m, true));
2554    }
2555    return m;
2556  }
2557  unmanifestConstruction(c) {
2558    const m = this.mManifestations.removeConstruction(c);
2559    if (m == null) return null;
2560    this.plan(new _ChangeManifestations.ManifestConstruction(this, c, m, false));
2561    return m;
2562  }
2563  deleteManifestation(man) {
2564    this.plan(new _ChangeManifestations.DeleteManifestation(this, man));
2565  }
2566  showManifestation(m) {
2567    this.plan(new _ChangeManifestations.RenderManifestation(this, m, true));
2568  }
2569  hideManifestation(m) {
2570    this.plan(new _ChangeManifestations.RenderManifestation(this, m, false));
2571  }
2572  colorManifestation(m, color) {
2573    this.plan(new _ChangeManifestations.ColorManifestation(this, m, color));
2574  }
2575  labelManifestation(m, label) {
2576    this.plan(new _ChangeManifestations.LabelManifestation(this, m, label));
2577  }
2578  hideConnectors() {
2579    for (let index = Manifestations.getVisibleConnectors(this.mManifestations).iterator(); index.hasNext(); ) {
2580      let connector = index.next();
2581      this.hideManifestation(connector);
2582    }
2583  }
2584  showConnectors() {
2585    for (let index = Manifestations.getHiddenConnectors(this.mManifestations).iterator(); index.hasNext(); ) {
2586      let connector = index.next();
2587      this.showManifestation(connector);
2588    }
2589  }
2590  hideStruts() {
2591    for (let index = Manifestations.getVisibleStruts(this.mManifestations).iterator(); index.hasNext(); ) {
2592      let strut = index.next();
2593      this.hideManifestation(strut);
2594    }
2595  }
2596  showStruts() {
2597    for (let index = Manifestations.getHiddenStruts(this.mManifestations).iterator(); index.hasNext(); ) {
2598      let strut = index.next();
2599      this.showManifestation(strut);
2600    }
2601  }
2602  hidePanels() {
2603    for (let index = Manifestations.getVisiblePanels(this.mManifestations).iterator(); index.hasNext(); ) {
2604      let panel = index.next();
2605      this.hideManifestation(panel);
2606    }
2607  }
2608  showPanels() {
2609    for (let index = Manifestations.getHiddenPanels(this.mManifestations).iterator(); index.hasNext(); ) {
2610      let panel = index.next();
2611      this.showManifestation(panel);
2612    }
2613  }
2614  showsManifestation(man) {
2615    for (const iterator = this.getEffects(); iterator.hasNext(); ) {
2616      {
2617        const effect = iterator.next();
2618        if (effect != null && effect instanceof _ChangeManifestations.ManifestConstruction) {
2619          const show = effect;
2620          if (show.showsManifestation(man)) return true;
2621        } else if (effect != null && effect instanceof _ChangeManifestations.RenderManifestation) {
2622          const show = effect;
2623          if (show.showsManifestation(man)) return true;
2624        }
2625      }
2626      ;
2627    }
2628    return false;
2629  }
2630  getRenderedSelection() {
2631    return Manifestations.visibleManifestations$java_lang_Iterable$java_util_function_Predicate(this.mSelection, (man) => {
2632      return Manifestations.Filters.isRendered(man);
2633    });
2634  }
2635  getConnectors() {
2636    return Manifestations.getConnectors$java_lang_Iterable(this.mManifestations);
2637  }
2638  getStruts() {
2639    return Manifestations.getStruts$java_lang_Iterable(this.mManifestations);
2640  }
2641  getPanels() {
2642    return Manifestations.getPanels$java_lang_Iterable(this.mManifestations);
2643  }
2644  getVisibleConnectors$() {
2645    return Manifestations.getVisibleConnectors(this.mManifestations);
2646  }
2647  getVisibleStruts$() {
2648    return Manifestations.getVisibleStruts(this.mManifestations);
2649  }
2650  getVisiblePanels$() {
2651    return Manifestations.getVisiblePanels(this.mManifestations);
2652  }
2653  getVisibleConnectors$java_util_function_Predicate(postFilter) {
2654    return Manifestations.getVisibleConnectors(this.mManifestations, ((funcInst) => {
2655      if (funcInst == null || typeof funcInst == "function") {
2656        return funcInst;
2657      }
2658      return (arg0) => (funcInst["test"] ? funcInst["test"] : funcInst).call(funcInst, arg0);
2659    })(postFilter));
2660  }
2661  getVisibleConnectors(postFilter) {
2662    if (typeof postFilter === "function" && postFilter.length === 1 || postFilter === null) {
2663      return this.getVisibleConnectors$java_util_function_Predicate(postFilter);
2664    } else if (postFilter === void 0) {
2665      return this.getVisibleConnectors$();
2666    } else throw new Error("invalid overload");
2667  }
2668  getVisibleStruts$java_util_function_Predicate(postFilter) {
2669    return Manifestations.getVisibleStruts(this.mManifestations, ((funcInst) => {
2670      if (funcInst == null || typeof funcInst == "function") {
2671        return funcInst;
2672      }
2673      return (arg0) => (funcInst["test"] ? funcInst["test"] : funcInst).call(funcInst, arg0);
2674    })(postFilter));
2675  }
2676  getVisibleStruts(postFilter) {
2677    if (typeof postFilter === "function" && postFilter.length === 1 || postFilter === null) {
2678      return this.getVisibleStruts$java_util_function_Predicate(postFilter);
2679    } else if (postFilter === void 0) {
2680      return this.getVisibleStruts$();
2681    } else throw new Error("invalid overload");
2682  }
2683  getVisiblePanels$java_util_function_Predicate(postFilter) {
2684    return Manifestations.getVisiblePanels(this.mManifestations, ((funcInst) => {
2685      if (funcInst == null || typeof funcInst == "function") {
2686        return funcInst;
2687      }
2688      return (arg0) => (funcInst["test"] ? funcInst["test"] : funcInst).call(funcInst, arg0);
2689    })(postFilter));
2690  }
2691  getVisiblePanels(postFilter) {
2692    if (typeof postFilter === "function" && postFilter.length === 1 || postFilter === null) {
2693      return this.getVisiblePanels$java_util_function_Predicate(postFilter);
2694    } else if (postFilter === void 0) {
2695      return this.getVisiblePanels$();
2696    } else throw new Error("invalid overload");
2697  }
2698};
2699ChangeManifestations["__class"] = "com.vzome.core.editor.api.ChangeManifestations";
2700((ChangeManifestations2) => {
2701  class ManifestConstruction {
2702    constructor(__parent, construction, manifestation, showing) {
2703      this.__parent = __parent;
2704      if (this.mManifestation === void 0) {
2705        this.mManifestation = null;
2706      }
2707      if (this.mConstruction === void 0) {
2708        this.mConstruction = null;
2709      }
2710      if (this.mShowing === void 0) {
2711        this.mShowing = false;

2712      }
2713      this.mConstruction = construction;
2714      this.mManifestation = manifestation;
2715      this.mShowing = showing;
2716    }
2717    /**
2718     * 
2719     */
2720    redo() {
2721      if (this.mShowing) {
2722        if (this.mManifestation.isUnnecessary()) {
2723          this.mManifestation.addConstruction(this.mConstruction);
2724          this.__parent.mManifestations.add(this.mManifestation);
2725        }
2726        this.__parent.mManifestations.show(this.mManifestation);
2727      } else {
2728        this.mManifestation.removeConstruction(this.mConstruction);
2729        if (this.mManifestation.isUnnecessary()) {
2730          this.__parent.mManifestations.hide(this.mManifestation);
2731          this.__parent.mManifestations.remove(this.mManifestation);
2732        }
2733      }
2734    }
2735    /**
2736     * 
2737     */
2738    undo() {
2739      if (this.mShowing) {
2740        this.mManifestation.removeConstruction(this.mConstruction);
2741        if (this.mManifestation.isUnnecessary()) {
2742          this.__parent.mManifestations.hide(this.mManifestation);
2743          this.__parent.mManifestations.remove(this.mManifestation);
2744        }
2745      } else {
2746        if (this.mManifestation.isUnnecessary()) this.__parent.mManifestations.add(this.mManifestation);
2747        this.__parent.mManifestations.show(this.mManifestation);
2748        this.mManifestation.addConstruction(this.mConstruction);
2749      }
2750    }
2751    /**
2752     * 
2753     * @param {*} doc
2754     * @return {*}
2755     */
2756    getXml(doc) {
2757      const result = this.mShowing ? doc.createElement("mshow") : doc.createElement("mhide");
2758      const man = this.mConstruction.getXml(doc);
2759      result.appendChild(man);
2760      return result;
2761    }
2762    showsManifestation(man) {
2763      return this.mShowing && /* equals */
2764      ((o1, o2) => {
2765        if (o1 && o1.equals) {
2766          return o1.equals(o2);
2767        } else {
2768          return o1 === o2;
2769        }
2770      })(this.mManifestation, man);
2771    }
2772  }
2773  ChangeManifestations2.ManifestConstruction = ManifestConstruction;
2774  ManifestConstruction["__class"] = "com.vzome.core.editor.api.ChangeManifestations.ManifestConstruction";
2775  ManifestConstruction["__interfaces"] = ["com.vzome.core.editor.api.SideEffect"];
2776  class RenderManifestation {
2777    constructor(__parent, manifestation, showing) {
2778      this.__parent = __parent;
2779      if (this.mManifestation === void 0) {
2780        this.mManifestation = null;
2781      }
2782      if (this.mShowing === void 0) {
2783        this.mShowing = false;
2784      }
2785      this.mManifestation = manifestation;
2786      this.mShowing = showing;
2787    }
2788    /**
2789     * 
2790     */
2791    redo() {
2792      this.mManifestation.setHidden(!this.mShowing);
2793      if (this.mShowing) this.__parent.mManifestations.show(this.mManifestation);
2794      else this.__parent.mManifestations.hide(this.mManifestation);
2795    }
2796    /**
2797     * 
2798     */
2799    undo() {
2800      this.mManifestation.setHidden(this.mShowing);
2801      if (this.mShowing) this.__parent.mManifestations.hide(this.mManifestation);
2802      else this.__parent.mManifestations.show(this.mManifestation);
2803    }
2804    /**
2805     * 
2806     * @param {*} doc
2807     * @return {*}
2808     */
2809    getXml(doc) {
2810      const result = this.mShowing ? doc.createElement("show") : doc.createElement("hide");
2811      const man = this.mManifestation.getXml(doc);
2812      result.appendChild(man);
2813      return result;
2814    }
2815    showsManifestation(man) {
2816      return this.mShowing && /* equals */
2817      ((o1, o2) => {
2818        if (o1 && o1.equals) {
2819          return o1.equals(o2);
2820        } else {
2821          return o1 === o2;
2822        }
2823      })(this.mManifestation, man);
2824    }
2825  }
2826  ChangeManifestations2.RenderManifestation = RenderManifestation;
2827  RenderManifestation["__class"] = "com.vzome.core.editor.api.ChangeManifestations.RenderManifestation";
2828  RenderManifestation["__interfaces"] = ["com.vzome.core.editor.api.SideEffect"];
2829  class DeleteManifestation {
2830    constructor(__parent, manifestation) {
2831      this.__parent = __parent;
2832      if (this.mManifestation === void 0) {
2833        this.mManifestation = null;
2834      }
2835      this.mManifestation = manifestation;
2836    }
2837    /**
2838     * 
2839     */
2840    redo() {
2841      this.mManifestation.setHidden(true);
2842      this.__parent.mManifestations.hide(this.mManifestation);
2843      this.__parent.mManifestations.remove(this.mManifestation);
2844    }
2845    /**
2846     * 
2847     */
2848    undo() {
2849      this.__parent.mManifestations.add(this.mManifestation);
2850      this.__parent.mManifestations.show(this.mManifestation);
2851      this.mManifestation.setHidden(false);
2852    }
2853    /**
2854     * 
2855     * @param {*} doc
2856     * @return {*}
2857     */
2858    getXml(doc) {
2859      const result = doc.createElement("delete");
2860      const man = this.mManifestation.getXml(doc);
2861      result.appendChild(man);
2862      return result;
2863    }
2864  }
2865  ChangeManifestations2.DeleteManifestation = DeleteManifestation;
2866  DeleteManifestation["__class"] = "com.vzome.core.editor.api.ChangeManifestations.DeleteManifestation";
2867  DeleteManifestation["__interfaces"] = ["com.vzome.core.editor.api.SideEffect"];
2868  class ColorManifestation {
2869    constructor(__parent, manifestation, color) {
2870      this.__parent = __parent;
2871      if (this.mManifestation === void 0) {
2872        this.mManifestation = null;
2873      }
2874      if (this.oldColor === void 0) {
2875        this.oldColor = null;
2876      }
2877      if (this.newColor === void 0) {
2878        this.newColor = null;
2879      }
2880      this.mManifestation = manifestation;
2881      this.newColor = color;
2882      this.oldColor = manifestation.getColor();
2883    }
2884    /**
2885     * 
2886     */
2887    redo() {
2888      this.__parent.mManifestations.setColor(this.mManifestation, this.newColor);
2889    }
2890    /**
2891     * 
2892     */
2893    undo() {
2894      this.__parent.mManifestations.setColor(this.mManifestation, this.oldColor);
2895    }
2896    /**
2897     * 
2898     * @param {*} doc
2899     * @return {*}
2900     */
2901    getXml(doc) {
2902      const result = doc.createElement("color");
2903      DomUtils.addAttribute(result, "rgb", this.newColor.toString());
2904      const man = this.mManifestation.getXml(doc);
2905      result.appendChild(man);
2906      return result;
2907    }
2908  }
2909  ChangeManifestations2.ColorManifestation = ColorManifestation;
2910  ColorManifestation["__class"] = "com.vzome.core.editor.api.ChangeManifestations.ColorManifestation";
2911  ColorManifestation["__interfaces"] = ["com.vzome.core.editor.api.SideEffect"];
2912  class LabelManifestation {
2913    constructor(__parent, m, label) {
2914      this.__parent = __parent;
2915      if (this.mManifestation === void 0) {
2916        this.mManifestation = null;
2917      }
2918      if (this.oldLabel === void 0) {
2919        this.oldLabel = null;
2920      }
2921      if (this.newLabel === void 0) {
2922        this.newLabel = null;
2923      }
2924      this.mManifestation = m;
2925      this.newLabel = label;
2926      this.oldLabel = m.getLabel();
2927    }
2928    /**
2929     * 
2930     */
2931    undo() {
2932      this.__parent.mManifestations.setLabel(this.mManifestation, this.oldLabel);
2933    }
2934    /**
2935     * 
2936     * @param {*} doc
2937     * @return {*}
2938     */
2939    getXml(doc) {
2940      const result = doc.createElement("label");
2941      DomUtils.addAttribute(result, "text", this.newLabel);
2942      const man = this.mManifestation.getXml(doc);
2943      result.appendChild(man);
2944      return result;
2945    }
2946    /**
2947     * 
2948     */
2949    redo() {
2950      this.__parent.mManifestations.setLabel(this.mManifestation, this.newLabel);
2951    }
2952  }
2953  ChangeManifestations2.LabelManifestation = LabelManifestation;
2954  LabelManifestation["__class"] = "com.vzome.core.editor.api.ChangeManifestations.LabelManifestation";
2955  LabelManifestation["__interfaces"] = ["com.vzome.core.editor.api.SideEffect"];
2956})(ChangeManifestations || (ChangeManifestations = {}));
2957

2958// src/worker/legacy/from-java/com/vzome/core/editor/Tool.ts
2959var Tool = class extends ChangeManifestations {
2960  constructor(id, tools) {
2961    super(tools.getEditorModel());
2962    if (this.id === void 0) {
2963      this.id = null;
2964    }
2965    if (this.tools === void 0) {
2966      this.tools = null;
2967    }
2968    this.parameters = new java.util.ArrayList();
2969    if (this.category === void 0) {
2970      this.category = null;
2971    }
2972    if (this.predefined === void 0) {
2973      this.predefined = false;
2974    }
2975    if (this.hidden === void 0) {
2976      this.hidden = false;
2977    }
2978    if (this.label === void 0) {
2979      this.label = null;
2980    }
2981    if (this.selectInputs === void 0) {
2982      this.selectInputs = false;
2983    }
2984    if (this.deleteInputs === void 0) {
2985      this.deleteInputs = false;
2986    }
2987    if (this.copyColors === void 0) {
2988      this.copyColors = false;
2989    }
2990    this.order = -1;
2991    this.pcs = new PropertyChangeSupport(this);
2992    this.tools = tools;
2993    this.id = id;
2994    this.selectInputs = true;
2995    this.deleteInputs = false;
2996    this.copyColors = true;
2997  }
2998  isSelectInputs() {
2999    return this.selectInputs;
3000  }
3001  isDeleteInputs() {
3002    return this.deleteInputs;
3003  }
3004  isCopyColors() {
3005    return this.copyColors;
3006  }
3007  setInputBehaviors(selectInputs, deleteInputs) {
3008    this.selectInputs = selectInputs;
3009    this.deleteInputs = deleteInputs;
3010  }
3011  setCopyColors(value) {
3012    this.copyColors = value;
3013  }
3014  addPropertyChangeListener(listener) {
3015    this.pcs.addPropertyChangeListener$java_beans_PropertyChangeListener(listener);
3016  }
3017  setCategory(category) {
3018    this.category = category;
3019  }
3020  addParameter(c) {
3021    this.parameters.add(c);
3022  }
3023  getParameters() {
3024    return this.parameters;
3025  }
3026  setPredefined(value) {
3027    this.predefined = value;
3028  }
3029  /**
3030   * 
3031   * @return {boolean}
3032   */
3033  isNoOp() {
3034    return false;
3035  }
3036  /**
3037   * 
3038   * @return {boolean}
3039   */
3040  isSticky() {
3041    return true;
3042  }
3043  /**
3044   * 
3045   */
3046  redo() {
3047  }
3048  /**
3049   * 
3050   */
3051  undo() {
3052  }
3053  /**
3054   * 
3055   */
3056  perform() {
3057    const error = this.checkSelection(true);
3058    if (error != null) throw new Command.Failure(error);
3059    this.tools.put(this.getId(), this);
3060  }
3061  /**
3062   * 
3063   * @param {*} element
3064   */
3065  getXmlAttributes(element) {
3066    element.setAttribute("name", this.id);
3067  }
3068  /**
3069   * 
3070   * @return {string}
3071   */
3072  getId() {
3073    return this.id;
3074  }
3075  /**
3076   * 
3077   * @return {string}
3078   */
3079  getCategory() {
3080    return this.category;
3081  }
3082  /**
3083   * 
3084   * @param {boolean} selectInputs
3085   * @param {boolean} deleteInputs
3086   * @param {boolean} createOutputs
3087   * @param {boolean} selectOutputs
3088   * @param {boolean} copyColors
3089   */
3090  apply(selectInputs, deleteInputs, createOutputs, selectOutputs, copyColors) {
3091    this.tools.applyTool(this, selectInputs, deleteInputs, createOutputs, selectOutputs, copyColors);
3092  }
3093  /**
3094   * 
3095   */
3096  selectParameters() {
3097    this.tools.selectToolParameters(this);
3098  }
3099  /**
3100   * 
3101   * @return {boolean}
3102   */
3103  isPredefined() {
3104    return this.predefined;
3105  }
3106  /**
3107   * 
3108   * @return {string}
3109   */
3110  getLabel() {
3111    return this.label;
3112  }
3113  /**
3114   * 
3115   * @param {string} label
3116   */
3117  setLabel(label) {
3118    this.label = label;
3119  }
3120  /**
3121   * 
3122   * @return {boolean}
3123   */
3124  isHidden() {
3125    return this.hidden;
3126  }
3127  /**
3128   * 
3129   * @param {boolean} hidden
3130   */
3131  setHidden(hidden) {
3132    const wasHidden = this.hidden;
3133    this.hidden = hidden;
3134    if (hidden === wasHidden) return;
3135    if (hidden) this.tools.hideTool(this);
3136    else this.tools.unhideTool(this);
3137  }
3138  /**
3139   * 
3140   * @return {number}
3141   */
3142  getOrder() {
3143    return this.order;
3144  }
3145  /**
3146   * 
3147   * @param {number} order
3148   */
3149  setOrder(order) {
3150    this.order = order;
3151  }
3152};
3153Tool["__class"] = "com.vzome.core.editor.Tool";
3154Tool["__interfaces"] = ["com.vzome.api.Tool"];
3155

3156// src/worker/legacy/from-java/com/vzome/core/tools/BookmarkTool.ts
3157var BookmarkTool = class _BookmarkTool extends Tool {
3158  static {
3159    this.ID = "bookmark";
3160  }
3161  static {
3162    this.LABEL = "Create a selection bookmark";
3163  }
3164  static {
3165    this.TOOLTIP = "<p>A selection bookmark lets you re-create<br>any selection at a later time.</p>";
3166  }
3167  constructor(id, tools) {
3168    super(id, tools);
3169    this.bookmarkedConstructions = new java.util.ArrayList();
3170  }
3171  /**
3172   * 
3173   * @return {boolean}
3174   */
3175  isSticky() {
3176    return true;
3177  }
3178  /**
3179   * 
3180   */
3181  perform() {
3182    const duper = new Duplicator(null, null);
3183    if (this.mSelection.size() === 0) this.bookmarkedConstructions.add(new FreePoint(this.mManifestations.getField().origin(3)));
3184    else for (let index = this.mSelection.iterator(); index.hasNext(); ) {
3185      let man = index.next();
3186      {
3187        const result = duper.duplicateConstruction(man);
3188        this.bookmarkedConstructions.add(result);
3189        this.addParameter(result);
3190      }
3191    }
3192    super.perform();
3193  }
3194  /**
3195   * 
3196   * @return {boolean}
3197   */
3198  needsInput() {
3199    return false;
3200  }
3201  /**
3202   * 
3203   * @param {ChangeManifestations} edit
3204   */
3205  prepare(edit) {
3206    if (this.bookmarkedConstructions.isEmpty()) {
3207      edit.manifestConstruction(new FreePoint(this.mManifestations.getField().origin(3)));
3208    } else for (let index = this.bookmarkedConstructions.iterator(); index.hasNext(); ) {
3209      let con = index.next();
3210      {
3211        edit.manifestConstruction(con);
3212      }
3213    }
3214    edit.redo();
3215  }
3216  /**
3217   * 
3218   * @param {ChangeManifestations} applyTool
3219   */
3220  complete(applyTool) {
3221  }
3222  /**
3223   * 
3224   * @param {Construction} c
3225   * @param {ChangeManifestations} applyTool
3226   */
3227  performEdit(c, applyTool) {
3228  }
3229  /**
3230   * 
3231   * @param {*} man
3232   * @param {ChangeManifestations} applyTool
3233   */
3234  performSelect(man, applyTool) {
3235  }
3236  /**
3237   * 
3238   */
3239  redo() {
3240  }
3241  /**
3242   * 
3243   */
3244  undo() {
3245  }
3246  /**
3247   * 
3248   * @return {string}
3249   */
3250  getXmlElementName() {
3251    return "BookmarkTool";
3252  }
3253  /**
3254   * 
3255   * @return {string}
3256   */
3257  getCategory() {
3258    return _BookmarkTool.ID;
3259  }
3260  /**
3261   * 
3262   * @param {boolean} prepareTool
3263   * @return {string}
3264   */
3265  checkSelection(prepareTool) {
3266    return null;
3267  }
3268};
3269BookmarkTool["__class"] = "com.vzome.core.tools.BookmarkTool";
3270BookmarkTool["__interfaces"] = ["com.vzome.api.Tool"];
3271

3272// src/worker/legacy/from-java/com/vzome/core/tools/BookmarkToolFactory.ts
3273var BookmarkToolFactory = class extends AbstractToolFactory {
3274  constructor(tools) {
3275    super(tools, null, BookmarkTool.ID, BookmarkTool.LABEL, BookmarkTool.TOOLTIP);
3276  }
3277  /**
3278   * 
3279   * @param {number} total
3280   * @param {number} balls
3281   * @param {number} struts
3282   * @param {number} panels
3283   * @return {boolean}
3284   */
3285  countsAreValid(total, balls, struts, panels) {
3286    return total > 0;
3287  }
3288  /**
3289   * 
3290   * @param {string} id
3291   * @return {Tool}
3292   */
3293  createToolInternal(id) {
3294    return new BookmarkTool(id, this.getToolsModel());
3295  }
3296  /**
3297   * 
3298   * @param {*} selection
3299   * @return {boolean}
3300   */
3301  bindParameters(selection) {
3302    return true;
3303  }
3304};
3305BookmarkToolFactory["__class"] = "com.vzome.core.tools.BookmarkToolFactory";
3306BookmarkToolFactory["__interfaces"] = ["com.vzome.core.editor.SelectionSummary.Listener", "com.vzome.api.Tool.Factory"];
3307

3308// src/worker/legacy/from-java/com/vzome/core/render/Colors.ts
3309var Colors = class _Colors {
3310  constructor(props) {
3311    this.mColors = new java.util.TreeMap();
3312    this.mListeners = new java.util.ArrayList();
3313    if (this.properties === void 0) {
3314      this.properties = null;
3315    }
3316    this.mNextNewColor = 3221;
3317    this.STEP = 73;
3318    this.properties = props;
3319  }
3320  static {
3321    this.RGB_CUSTOM = "rgb.custom";
3322  }
3323  static {
3324    this.RGB_ORBIT = "rgb.orbit";
3325  }
3326  static {
3327    this.PREFIX = "";
3328  }
3329  static BACKGROUND_$LI$() {
3330    if (_Colors.BACKGROUND == null) {
3331      _Colors.BACKGROUND = _Colors.PREFIX + "background";
3332    }
3333    return _Colors.BACKGROUND;
3334  }
3335  static PANEL_$LI$() {
3336    if (_Colors.PANEL == null) {
3337      _Colors.PANEL = _Colors.PREFIX + "panel";
3338    }
3339    return _Colors.PANEL;
3340  }
3341  static HIGHLIGHT_$LI$() {
3342    if (_Colors.HIGHLIGHT == null) {
3343      _Colors.HIGHLIGHT = _Colors.PREFIX + "highlight";
3344    }
3345    return _Colors.HIGHLIGHT;
3346  }
3347  static HIGHLIGHT_MAC_$LI$() {
3348    if (_Colors.HIGHLIGHT_MAC == null) {
3349      _Colors.HIGHLIGHT_MAC = _Colors.HIGHLIGHT_$LI$() + ".mac";
3350    }
3351    return _Colors.HIGHLIGHT_MAC;
3352  }
3353  static CONNECTOR_$LI$() {
3354    if (_Colors.CONNECTOR == null) {
3355      _Colors.CONNECTOR = _Colors.PREFIX + "connector";
3356    }
3357    return _Colors.CONNECTOR;
3358  }
3359  static DIRECTION_$LI$() {
3360    if (_Colors.DIRECTION == null) {
3361      _Colors.DIRECTION = _Colors.PREFIX + "direction.";
3362    }
3363    return _Colors.DIRECTION;
3364  }
3365  static PLANE_$LI$() {
3366    if (_Colors.PLANE == null) {
3367      _Colors.PLANE = _Colors.DIRECTION_$LI$() + "plane.";
3368    }
3369    return _Colors.PLANE;
3370  }
3371  addColor(name, color) {
3372    this.mColors.put(name, color);
3373    for (let index = this.mListeners.iterator(); index.hasNext(); ) {
3374      let next = index.next();
3375      {
3376        next.colorAdded(name, color);
3377      }
3378    }
3379  }
3380  setColor(name, color) {
3381    this.mColors.put(name, color);
3382    for (let index = this.mListeners.iterator(); index.hasNext(); ) {
3383      let next = index.next();
3384      {
3385        next.colorChanged(name, color);
3386      }
3387    }
3388  }
3389  addListener(changes) {
3390    this.mListeners.add(changes);
3391  }
3392  removeListener(changes) {
3393    this.mListeners.remove(changes);
3394  }
3395  static NO_VECTOR_$LI$() {
3396    if (_Colors.NO_VECTOR == null) {
3397      _Colors.NO_VECTOR = [0, 0, 0];
3398    }
3399    return _Colors.NO_VECTOR;
3400  }
3401  getVectorPref(name) {
3402    let result = _Colors.NO_VECTOR_$LI$();
3403    const pref = this.properties.getProperty(name);
3404    if (pref == null || pref === "") return result;
3405    result = /* clone */
3406    ((o) => {
3407      if (o.clone != void 0) {
3408        return o.clone();
3409      } else {
3410        let clone = Object.create(o);
3411        for (let p in o) {
3412          if (o.hasOwnProperty(p)) clone[p] = o[p];
3413        }
3414        return clone;
3415      }
3416    })(result);
3417    const tokens = new java.util.StringTokenizer(pref, ", ");
3418    let i = 0;
3419    while (tokens.hasMoreTokens()) {
3420      result[i++] = javaemul.internal.FloatHelper.parseFloat(tokens.nextToken());
3421    }
3422    ;
3423    return result;
3424  }
3425  getColorPref(name) {
3426    const percents = this.getVectorPref("color.percent." + name);
3427    if (percents !== _Colors.NO_VECTOR_$LI$()) {
3428      return new Color(Math.round(Math.fround(Math.fround(percents[0] * 255) / 100)), Math.round(Math.fround(Math.fround(percents[1] * 255) / 100)), Math.round(Math.fround(Math.fround(percents[2] * 255) / 100)));
3429    }
3430    const pref = this.properties.getProperty("color." + name);
3431    return _Colors.parseColor(pref);
3432  }
3433  static parseColor(colorString) {
3434    if (colorString == null || colorString === "") return Color.WHITE_$LI$();
3435    const tokens = new java.util.StringTokenizer(colorString, ", ");
3436    const rgb = [0, 0, 0];
3437    let i = 0;
3438    while (tokens.hasMoreTokens()) {
3439      rgb[i++] = javaemul.internal.IntegerHelper.parseInt(tokens.nextToken());
3440    }
3441    ;
3442    return new Color(rgb[0], rgb[1], rgb[2]);
3443  }
3444  static getColorName(color) {
3445    return _Colors.RGB_ORBIT + " " + color.getRed() + " " + color.getGreen() + " " + color.getBlue();
3446  }
3447  getColor(name) {
3448    let color = this.mColors.get(name);
3449    if (color == null) {
3450      if (
3451        /* startsWith */
3452        ((str, searchString, position = 0) => str.substr(position, searchString.length) === searchString)(name, _Colors.DIRECTION_$LI$())
3453      ) {
3454        const prefName = name.substring(_Colors.DIRECTION_$LI$().length);
3455        color = this.getColorPref(prefName);
3456      } else if (
3457        /* startsWith */
3458        ((str, searchString, position = 0) => str.substr(position, searchString.length) === searchString)(name, _Colors.PLANE_$LI$())
3459      ) {
3460        const prefName = name.substring(_Colors.PLANE_$LI$().length);
3461        color = this.getColorPref(prefName);
3462        color = color.getPastel();
3463      } else if (
3464        /* startsWith */
3465        ((str, searchString, position = 0) => str.substr(position, searchString.length) === searchString)(name, _Colors.RGB_ORBIT) || /* startsWith */
3466        ((str, searchString, position = 0) => str.substr(position, searchString.length) === searchString)(name, _Colors.RGB_CUSTOM)
3467      ) {
3468        const tokens = new java.util.StringTokenizer(name);
3469        tokens.nextToken();
3470        const r = javaemul.internal.IntegerHelper.parseInt(tokens.nextToken());
3471        const g = javaemul.internal.IntegerHelper.parseInt(tokens.nextToken());
3472        const b = javaemul.internal.IntegerHelper.parseInt(tokens.nextToken());
3473        color = new Color(r, g, b);
3474      } else if (name === _Colors.CONNECTOR_$LI$()) color = this.getColorPref("white");
3475      else if (name === _Colors.HIGHLIGHT_$LI$()) color = this.getColorPref("highlight");
3476      else if (name === _Colors.HIGHLIGHT_MAC_$LI$()) color = this.getColorPref("highlight.mac");
3477      else if (name === _Colors.PANEL_$LI$()) color = this.getColorPref("panels");
3478      else if (name === _Colors.BACKGROUND_$LI$()) color = this.getColorPref("background");
3479      if (color == null) {
3480        this.mNextNewColor = (this.mNextNewColor + this.STEP) % 4096;
3481        let i = this.mNextNewColor;
3482        const r = 135 + (i % 16 << 3);
3483        i = i >> 4;
3484        const g = 135 + (i % 16 << 3);
3485        i = i >> 4;
3486        const b = 135 + (i % 16 << 3);
3487        i = i >> 4;
3488        color = new Color(r, g, b);
3489      }

3490      this.addColor(name, color);
3491    }
3492    return color;
3493  }
3494  /**
3495   * 
3496   * @return {*}
3497   */
3498  iterator() {
3499    return this.mColors.keySet().iterator();
3500  }
3501  reset() {
3502  }
3503};
3504Colors["__class"] = "com.vzome.core.render.Colors";
3505Colors["__interfaces"] = ["java.lang.Iterable"];
3506

3507// src/worker/legacy/from-java/com/vzome/core/commands/AttributeMap.ts
3508var AttributeMap = class extends java.util.TreeMap {
3509  static {
3510    this.__com_vzome_core_commands_AttributeMap_serialVersionUID = 1;
3511  }
3512  constructor() {
3513    super();
3514  }
3515};
3516AttributeMap["__class"] = "com.vzome.core.commands.AttributeMap";
3517AttributeMap["__interfaces"] = ["java.lang.Cloneable", "java.util.Map", "java.util.NavigableMap", "java.util.SortedMap", "java.io.Serializable"];
3518

3519// src/worker/legacy/from-java/com/vzome/core/commands/XmlSaveFormat.ts
3520var XmlSaveFormat = class _XmlSaveFormat {
3521  static {
3522    this.CURRENT_FORMAT = "http://xml.vzome.com/vZome/4.0.0/";
3523  }
3524  static {
3525    this.PROJECT_4D = "project-4D-to-3D";
3526  }
3527  static {
3528    this.SELECTION_NOT_SAVED = "selection-not-saved";
3529  }
3530  static {
3531    this.FORMAT_2_1_0 = "interim-210-format";
3532  }
3533  static {
3534    this.GROUPING_IN_SELECTION = "grouping-in-selection";
3535  }
3536  static {
3537    this.RATIONAL_VECTORS = "rational-vectors";
3538  }
3539  static {
3540    this.COMPACTED_COMMAND_EDITS = "compacted-command-edits";
3541  }
3542  static {
3543    this.MULTIPLE_DESIGNS = "multiple-designs";
3544  }
3545  static FORMATS_$LI$() {
3546    if (_XmlSaveFormat.FORMATS == null) {
3547      _XmlSaveFormat.FORMATS = new java.util.HashMap();
3548    }
3549    return _XmlSaveFormat.FORMATS;
3550  }
3551  static logger_$LI$() {
3552    if (_XmlSaveFormat.logger == null) {
3553      _XmlSaveFormat.logger = java.util.logging.Logger.getLogger("com.vzome.core.commands.XmlSaveFormat");
3554    }
3555    return _XmlSaveFormat.logger;
3556  }
3557  static {
3558    this.UNKNOWN_COMMAND = "unknown.command";
3559  }
3560  /**
3561   * Initialize.
3562   * 
3563   * If you're tempted to add another parameter, see if you can make it a property instead.
3564   * 
3565   * Shouldn't we just replace all the parameters with one Controller object?
3566   * 
3567   * @param root
3568   * @param {*} field
3569   * @param symms
3570   * @param {number} scale
3571   * @param {string} writerVersion
3572   * @param {Properties} props
3573   */
3574  initialize(field5, scale, writerVersion, props) {
3575    this.properties = props;
3576    this.writerVersion = writerVersion;
3577    if (writerVersion == null || /* isEmpty */
3578    writerVersion.length === 0) this.writerVersion = "before 2.1 Beta 7";
3579    this.mField = field5;
3580    this.mScale = scale;
3581    if (scale === 0) this.mMultiplier = null;
3582    else this.mMultiplier = field5["createPower$int"](scale);
3583  }
3584  constructor(version, capabilities) {
3585    if (this.mProject4d === void 0) {
3586      this.mProject4d = false;
3587    }
3588    if (this.mSelectionNotSaved === void 0) {
3589      this.mSelectionNotSaved = false;
3590    }
3591    if (this.mRationalVectors === void 0) {
3592      this.mRationalVectors = false;
3593    }
3594    if (this.mGroupingInSelection === void 0) {
3595      this.mGroupingInSelection = false;
3596    }
3597    if (this.mField === void 0) {
3598      this.mField = null;
3599    }
3600    if (this.mScale === void 0) {
3601      this.mScale = 0;
3602    }
3603    if (this.mMultiplier === void 0) {
3604      this.mMultiplier = null;
3605    }
3606    if (this.writerVersion === void 0) {
3607      this.writerVersion = null;
3608    }
3609    if (this.version === void 0) {
3610      this.version = null;
3611    }
3612    this.capabilities = new java.util.HashSet();
3613    if (this.properties === void 0) {
3614      this.properties = null;
3615    }
3616    this.version = version;
3617    this.capabilities.addAll(java.util.Arrays.asList(capabilities));
3618    this.mProject4d = this.capabilities.contains(_XmlSaveFormat.PROJECT_4D);
3619    this.mSelectionNotSaved = this.capabilities.contains(_XmlSaveFormat.SELECTION_NOT_SAVED);
3620    this.mRationalVectors = this.capabilities.contains(_XmlSaveFormat.RATIONAL_VECTORS);
3621    this.mGroupingInSelection = this.capabilities.contains(_XmlSaveFormat.GROUPING_IN_SELECTION);
3622    _XmlSaveFormat.FORMATS_$LI$().put(version, this);
3623  }
3624  getVersion() {
3625    return this.version;
3626  }
3627  isMigration() {
3628    return !this.multipleDesigns();
3629  }
3630  selectionsNotSaved() {
3631    return this.mSelectionNotSaved;
3632  }
3633  rationalVectors() {
3634    return this.mRationalVectors;
3635  }
3636  actionHistory() {
3637    return false;
3638  }
3639  commandEditsCompacted() {
3640    return this.capabilities.contains(_XmlSaveFormat.COMPACTED_COMMAND_EDITS);
3641  }
3642  multipleDesigns() {
3643    return this.capabilities.contains(_XmlSaveFormat.MULTIPLE_DESIGNS);
3644  }
3645  groupingDoneInSelection() {
3646    return this.mGroupingInSelection && !("2.1.3" === this.writerVersion);
3647  }
3648  groupingRecursive() {
3649    return !this.groupingDoneInSelection() || "2.1.2" === this.writerVersion;
3650  }
3651  interim210format() {
3652    return this.capabilities.contains(_XmlSaveFormat.FORMAT_2_1_0);
3653  }
3654  parseAlgebraicVector(elem) {
3655    let val = elem.getAttribute("x");
3656    const x = val == null || /* isEmpty */
3657    val.length === 0 ? this.mField.zero() : this.mField.parseLegacyNumber(val);
3658    val = elem.getAttribute("y");
3659    const y = val == null || /* isEmpty */
3660    val.length === 0 ? this.mField.zero() : this.mField.parseLegacyNumber(val);
3661    val = elem.getAttribute("z");
3662    const z = val == null || /* isEmpty */
3663    val.length === 0 ? this.mField.zero() : this.mField.parseLegacyNumber(val);
3664    val = elem.getAttribute("w");
3665    const threeD = val == null || /* isEmpty */
3666    val.length === 0;
3667    let w = null;
3668    if (!threeD) w = this.mField.parseLegacyNumber(val);
3669    let value = threeD ? new AlgebraicVector(x, y, z) : new AlgebraicVector(w, x, y, z);
3670    if (this.mProject4d && !threeD) {
3671      if (!w.isZero() && _XmlSaveFormat.logger_$LI$().isLoggable(java.util.logging.Level.WARNING)) _XmlSaveFormat.logger_$LI$().warning("stripping non-zero W component from " + value.toString());
3672      value = this.mField.projectTo3d(value, true);
3673    }
3674    if (this.mMultiplier != null) value = value.scale(this.mMultiplier);
3675    return value;
3676  }
3677  static NOT_AN_ATTRIBUTE_$LI$() {
3678    if (_XmlSaveFormat.NOT_AN_ATTRIBUTE == null) {
3679      _XmlSaveFormat.NOT_AN_ATTRIBUTE = new Object();
3680    }
3681    return _XmlSaveFormat.NOT_AN_ATTRIBUTE;
3682  }
3683  parseAlgebraicObject(valName, val) {
3684    let value = _XmlSaveFormat.NOT_AN_ATTRIBUTE_$LI$();
3685    if (valName === "Null") value = null;
3686    else if (valName === "RationalVector") {
3687      const nums = val.getAttribute("nums");
3688      if (nums == null || /* isEmpty */
3689      nums.length === 0) return this.mField.origin(3);
3690      const denoms = val.getAttribute("denoms");
3691      let tokens = new java.util.StringTokenizer(nums);
3692      const result = [0, 1, 0, 1, 0, 1, 0, 1, 0, 1, 0, 1];
3693      for (let i = 0; i < this.mField.getOrder(); i++) {
3694        {
3695          const token = tokens.nextToken();
3696          if (token == null) throw new java.lang.IllegalStateException("RationalVector nums too short for field " + this.mField.getName());
3697          result[i * 2] = javaemul.internal.IntegerHelper.parseInt(token);
3698        }
3699        ;
3700      }
3701      if (denoms != null && !/* isEmpty */
3702      (denoms.length === 0)) {
3703        tokens = new java.util.StringTokenizer(denoms);
3704        for (let i = 0; i < this.mField.getOrder(); i++) {
3705          {
3706            const token = tokens.nextToken();
3707            if (token == null) throw new java.lang.IllegalStateException("RationalVector denoms too short for field " + this.mField.getName());
3708            result[i * 2 + 1] = javaemul.internal.IntegerHelper.parseInt(token);
3709          }
3710          ;
3711        }
3712      }
3713      const oneThirdLen = result.length / 3 | 0;
3714      const twoThirdLen = oneThirdLen * 2;
3715      const result3d = (function(dims) {
3716        let allocate = function(dims2) {
3717          if (dims2.length === 0) {
3718            return 0;
3719          } else {
3720            let array = [];
3721            for (let i = 0; i < dims2[0]; i++) {
3722              array.push(allocate(dims2.slice(1)));
3723            }
3724            return array;
3725          }
3726        };
3727        return allocate(dims);
3728      })([3, oneThirdLen]);
3729      for (let i = 0; i < oneThirdLen; i++) {
3730        {
3731          result3d[0][i] = result[i];
3732          result3d[1][i] = result[i + oneThirdLen];
3733          result3d[2][i] = result[i + twoThirdLen];
3734        }
3735        ;
3736      }
3737      value = this.mField.createVector(result3d);
3738    } else if (valName === "GoldenVector") value = this.parseAlgebraicVector(val);
3739    else if (valName === "Boolean") {
3740      const gnum = val.getAttribute("value");
3741      value = javaemul.internal.BooleanHelper.parseBoolean(gnum);
3742    } else if (valName === "Integer") {
3743      const gnum = val.getAttribute("value");
3744      value = javaemul.internal.IntegerHelper.parseInt(gnum);
3745    } else if (valName === "GoldenNumber" || valName === "IntegralNumber") {
3746      const gnum = val.getAttribute("value");
3747      value = this.mField.parseLegacyNumber(gnum);
3748      if (this.mMultiplier != null) value = value["times$com_vzome_core_algebra_AlgebraicNumber"](this.mMultiplier);
3749    } else if (valName === "String") value = val.getTextContent();
3750    return value;
3751  }
3752  parseConstruction$java_lang_String$org_w3c_dom_Element(apName, attrOrParam) {
3753    return this.parseConstruction$java_lang_String$org_w3c_dom_Element$boolean(apName, attrOrParam, false);
3754  }
3755  parseConstruction$java_lang_String$org_w3c_dom_Element$boolean(apName, attrOrParam, projectTo3d) {

3756    let c = null;
3757    if (apName === "point") {
3758      let loc = this.parseAlgebraicVector(attrOrParam);
3759      if (projectTo3d) loc = loc.projectTo3d(true);
3760      c = new FreePoint(loc);
3761    } else if (apName === "segment") {
3762      const start = DomUtils.getFirstChildElement$org_w3c_dom_Element$java_lang_String(attrOrParam, "start");
3763      const end = DomUtils.getFirstChildElement$org_w3c_dom_Element$java_lang_String(attrOrParam, "end");
3764      let sloc = this.parseAlgebraicVector(start);
3765      let eloc = this.parseAlgebraicVector(end);
3766      if (projectTo3d) {
3767        sloc = sloc.projectTo3d(true);
3768        eloc = eloc.projectTo3d(true);
3769      }
3770      c = new SegmentJoiningPoints(new FreePoint(sloc), new FreePoint(eloc));
3771    } else if (apName === "polygon") {
3772      const kids = attrOrParam.getElementsByTagName("vertex");
3773      const pts = ((s) => {
3774        let a = [];
3775        while (s-- > 0) a.push(null);
3776        return a;
3777      })(kids.getLength());
3778      for (let k = 0; k < kids.getLength(); k++) {
3779        {
3780          let loc = this.parseAlgebraicVector(kids.item(k));
3781          if (projectTo3d) loc = loc.projectTo3d(true);
3782          pts[k] = new FreePoint(loc);
3783        }
3784        ;
3785      }
3786      c = new PolygonFromVertices(pts);
3787    }
3788    return c;
3789  }
3790  /**
3791   * this is for the old format (before rationalVectors)
3792   * @param {string} apName
3793   * @param {*} attrOrParam
3794   * @param {boolean} projectTo3d
3795   * @return {Construction}
3796   */
3797  parseConstruction(apName, attrOrParam, projectTo3d) {
3798    if ((typeof apName === "string" || apName === null) && (attrOrParam != null && (attrOrParam.constructor != null && attrOrParam.constructor["__interfaces"] != null && attrOrParam.constructor["__interfaces"].indexOf("org.w3c.dom.Element") >= 0) || attrOrParam === null) && (typeof projectTo3d === "boolean" || projectTo3d === null)) {
3799      return this.parseConstruction$java_lang_String$org_w3c_dom_Element$boolean(apName, attrOrParam, projectTo3d);
3800    } else if ((typeof apName === "string" || apName === null) && (attrOrParam != null && (attrOrParam.constructor != null && attrOrParam.constructor["__interfaces"] != null && attrOrParam.constructor["__interfaces"].indexOf("org.w3c.dom.Element") >= 0) || attrOrParam === null) && projectTo3d === void 0) {
3801      return this.parseConstruction$java_lang_String$org_w3c_dom_Element(apName, attrOrParam);
3802    } else throw new Error("invalid overload");
3803  }
3804  loadCommandAttributes$org_w3c_dom_Element(editElem) {
3805    return this.loadCommandAttributes$org_w3c_dom_Element$boolean(editElem, false);
3806  }
3807  loadCommandAttributes$org_w3c_dom_Element$boolean(editElem, projectTo3d) {
3808    const attrs = new AttributeMap();
3809    const kids = editElem.getChildNodes();
3810    for (let j = 0; j < kids.getLength(); j++) {
3811      {
3812        const node = kids.item(j);
3813        if (!(node != null && (node.constructor != null && node.constructor["__interfaces"] != null && node.constructor["__interfaces"].indexOf("org.w3c.dom.Element") >= 0))) continue;
3814        let attrElem = node;
3815        let elemName = attrElem.getLocalName();
3816        let attrName = attrElem.getAttribute("attrName");
3817        if (this.interim210format()) {
3818          attrName = attrElem.getAttribute("name");
3819          const elemKid = DomUtils.getFirstChildElement$org_w3c_dom_Element(attrElem);
3820          if (elemKid != null) {
3821            attrElem = elemKid;
3822            elemName = attrElem.getLocalName();
3823          }
3824        }
3825        let value = this.parseAlgebraicObject(elemName, attrElem);
3826        if (value === _XmlSaveFormat.NOT_AN_ATTRIBUTE_$LI$()) if (this.rationalVectors()) {
3827          if (elemName === "point") value = this.parsePoint$org_w3c_dom_Element$java_lang_String$boolean(attrElem, "at", projectTo3d);
3828          else if (elemName === "segment") value = this.parseSegment$org_w3c_dom_Element$java_lang_String$java_lang_String$boolean(attrElem, "start", "end", projectTo3d);
3829          else if (elemName === "polygon") value = this.parsePolygon$org_w3c_dom_Element$java_lang_String$boolean(attrElem, "vertex", projectTo3d);
3830          else throw new java.lang.IllegalStateException("unknown parameter construction: " + elemName);
3831        } else value = this.parseConstruction$java_lang_String$org_w3c_dom_Element$boolean(elemName, attrElem, projectTo3d);
3832        attrs.put(attrName, value);
3833      }
3834      ;
3835    }
3836    return attrs;
3837  }
3838  loadCommandAttributes(editElem, projectTo3d) {
3839    if ((editElem != null && (editElem.constructor != null && editElem.constructor["__interfaces"] != null && editElem.constructor["__interfaces"].indexOf("org.w3c.dom.Element") >= 0) || editElem === null) && (typeof projectTo3d === "boolean" || projectTo3d === null)) {
3840      return this.loadCommandAttributes$org_w3c_dom_Element$boolean(editElem, projectTo3d);
3841    } else if ((editElem != null && (editElem.constructor != null && editElem.constructor["__interfaces"] != null && editElem.constructor["__interfaces"].indexOf("org.w3c.dom.Element") >= 0) || editElem === null) && projectTo3d === void 0) {
3842      return this.loadCommandAttributes$org_w3c_dom_Element(editElem);
3843    } else throw new Error("invalid overload");
3844  }
3845  getField() {
3846    return this.mField;
3847  }
3848  getScale() {
3849    return this.mScale;
3850  }
3851  static serializeNumber(xml, attrName, number) {
3852    DomUtils.addAttribute(xml, attrName, number.toString(AlgebraicField.ZOMIC_FORMAT));
3853  }
3854  static serializePoint(xml, attrName, point) {
3855    DomUtils.addAttribute(xml, attrName, point.getLocation().getVectorExpression$int(AlgebraicField.ZOMIC_FORMAT));
3856  }
3857  static serializeSegment(xml, startAttrName, endAttrName, segment) {
3858    DomUtils.addAttribute(xml, startAttrName, segment.getStart().getVectorExpression$int(AlgebraicField.ZOMIC_FORMAT));
3859    DomUtils.addAttribute(xml, endAttrName, segment.getEnd().getVectorExpression$int(AlgebraicField.ZOMIC_FORMAT));
3860  }
3861  static serializePolygon(xml, vertexChildName, polygon) {
3862    polygon.getXml$org_w3c_dom_Element$java_lang_String(xml, vertexChildName);
3863  }
3864  parseRationalVector(xml, attrName) {
3865    const nums = xml.getAttribute(attrName);
3866    if (nums == null || /* isEmpty */
3867    nums.length === 0) return null;
3868    const loc = this.mField.parseVector(nums);
3869    return loc;
3870  }
3871  parseRationalNumber(xml, attrName) {
3872    const nums = xml.getAttribute(attrName);
3873    if (nums == null || /* isEmpty */
3874    nums.length === 0) return null;
3875    const loc = this.mField.parseNumber(nums);
3876    return loc;
3877  }
3878  parsePoint$org_w3c_dom_Element$java_lang_String(xml, attrName) {
3879    return this.parsePoint$org_w3c_dom_Element$java_lang_String$boolean(xml, attrName, false);
3880  }
3881  parsePoint$org_w3c_dom_Element$java_lang_String$boolean(xml, attrName, projectTo3d) {
3882    const nums = xml.getAttribute(attrName);
3883    if (nums == null || /* isEmpty */
3884    nums.length === 0) return null;
3885    let loc = this.mField.parseVector(nums);
3886    if (projectTo3d) loc = loc.projectTo3d(true);
3887    return new FreePoint(loc);
3888  }
3889  parsePoint(xml, attrName, projectTo3d) {
3890    if ((xml != null && (xml.constructor != null && xml.constructor["__interfaces"] != null && xml.constructor["__interfaces"].indexOf("org.w3c.dom.Element") >= 0) || xml === null) && (typeof attrName === "string" || attrName === null) && (typeof projectTo3d === "boolean" || projectTo3d === null)) {
3891      return this.parsePoint$org_w3c_dom_Element$java_lang_String$boolean(xml, attrName, projectTo3d);
3892    } else if ((xml != null && (xml.constructor != null && xml.constructor["__interfaces"] != null && xml.constructor["__interfaces"].indexOf("org.w3c.dom.Element") >= 0) || xml === null) && (typeof attrName === "string" || attrName === null) && projectTo3d === void 0) {
3893      return this.parsePoint$org_w3c_dom_Element$java_lang_String(xml, attrName);
3894    } else throw new Error("invalid overload");
3895  }
3896  parseSegment$org_w3c_dom_Element$java_lang_String$java_lang_String(xml, startAttrName, endAttrName) {
3897    return this.parseSegment$org_w3c_dom_Element$java_lang_String$java_lang_String$boolean(xml, startAttrName, endAttrName, false);
3898  }
3899  parseSegment$org_w3c_dom_Element$java_lang_String$java_lang_String$boolean(xml, startAttrName, endAttrName, projectTo3d) {
3900    let nums = xml.getAttribute(endAttrName);
3901    if (nums == null || /* isEmpty */
3902    nums.length === 0) return null;
3903    let eloc = this.mField.parseVector(nums);
3904    nums = xml.getAttribute(startAttrName);
3905    let sloc = nums == null || /* isEmpty */
3906    nums.length === 0 ? this.mField.origin(eloc.dimension()) : this.mField.parseVector(nums);
3907    if (projectTo3d) {
3908      sloc = sloc.projectTo3d(true);
3909      eloc = eloc.projectTo3d(true);
3910    }
3911    return new SegmentJoiningPoints(new FreePoint(sloc), new FreePoint(eloc));
3912  }
3913  parseSegment(xml, startAttrName, endAttrName, projectTo3d) {
3914    if ((xml != null && (xml.constructor != null && xml.constructor["__interfaces"] != null && xml.constructor["__interfaces"].indexOf("org.w3c.dom.Element") >= 0) || xml === null) && (typeof startAttrName === "string" || startAttrName === null) && (typeof endAttrName === "string" || endAttrName === null) && (typeof projectTo3d === "boolean" || projectTo3d === null)) {
3915      return this.parseSegment$org_w3c_dom_Element$java_lang_String$java_lang_String$boolean(xml, startAttrName, endAttrName, projectTo3d);
3916    } else if ((xml != null && (xml.constructor != null && xml.constructor["__interfaces"] != null && xml.constructor["__interfaces"].indexOf("org.w3c.dom.Element") >= 0) || xml === null) && (typeof startAttrName === "string" || startAttrName === null) && (typeof endAttrName === "string" || endAttrName === null) && projectTo3d === void 0) {
3917      return this.parseSegment$org_w3c_dom_Element$java_lang_String$java_lang_String(xml, startAttrName, endAttrName);
3918    } else throw new Error("invalid overload");
3919  }
3920  parsePolygon$org_w3c_dom_Element$java_lang_String(xml, vertexChildName) {
3921    return this.parsePolygon$org_w3c_dom_Element$java_lang_String$boolean(xml, vertexChildName, false);
3922  }
3923  parsePolygon$org_w3c_dom_Element$java_lang_String$boolean(xml, vertexChildName, projectTo3d) {

3924    const kids = xml.getElementsByTagName(vertexChildName);
3925    const pts = ((s) => {
3926      let a = [];
3927      while (s-- > 0) a.push(null);
3928      return a;
3929    })(kids.getLength());
3930    for (let k = 0; k < kids.getLength(); k++) {
3931      {
3932        const nums = kids.item(k).getAttribute("at");
3933        let loc = this.mField.parseVector(nums);
3934        if (projectTo3d) loc = loc.projectTo3d(true);
3935        pts[k] = new FreePoint(loc);
3936      }
3937      ;
3938    }
3939    return new PolygonFromVertices(pts);
3940  }
3941  parsePolygon(xml, vertexChildName, projectTo3d) {
3942    if ((xml != null && (xml.constructor != null && xml.constructor["__interfaces"] != null && xml.constructor["__interfaces"].indexOf("org.w3c.dom.Element") >= 0) || xml === null) && (typeof vertexChildName === "string" || vertexChildName === null) && (typeof projectTo3d === "boolean" || projectTo3d === null)) {
3943      return this.parsePolygon$org_w3c_dom_Element$java_lang_String$boolean(xml, vertexChildName, projectTo3d);
3944    } else if ((xml != null && (xml.constructor != null && xml.constructor["__interfaces"] != null && xml.constructor["__interfaces"].indexOf("org.w3c.dom.Element") >= 0) || xml === null) && (typeof vertexChildName === "string" || vertexChildName === null) && projectTo3d === void 0) {
3945      return this.parsePolygon$org_w3c_dom_Element$java_lang_String(xml, vertexChildName);
3946    } else throw new Error("invalid overload");
3947  }
3948  parsePolygonReversed(xml, vertexChildName) {
3949    const kids = xml.getElementsByTagName(vertexChildName);
3950    const pts = ((s) => {
3951      let a = [];
3952      while (s-- > 0) a.push(null);
3953      return a;
3954    })(kids.getLength());
3955    const kmax = kids.getLength() - 1;
3956    for (let k = 0; k < kids.getLength(); k++) {
3957      {
3958        const nums = kids.item(k).getAttribute("at");
3959        const loc = this.mField.parseVector(nums);
3960        pts[kmax - k] = new FreePoint(loc);
3961      }
3962      ;
3963    }
3964    return new PolygonFromVertices(pts);
3965  }
3966  parseNumber(xml, attrName) {
3967    const nums = xml.getAttribute(attrName);
3968    if (nums == null || /* isEmpty */
3969    nums.length === 0) return null;
3970    return this.mField.parseNumber(nums);
3971  }
3972  static escapeNewlines(input) {
3973    const buf = new java.lang.StringBuffer();
3974    const br = new java.io.BufferedReader(new java.io.StringReader(input));
3975    let line = null;
3976    try {
3977      while ((line = br.readLine()) != null) {
3978        {
3979          const comment = line.indexOf("//");
3980          if (comment >= 0) {
3981            line = line.substring(0, comment);
3982          }
3983          buf.append(line + "\n");
3984        }
3985      }
3986      ;
3987    } catch (e) {
3988    }
3989    return buf.toString();
3990  }
3991  loadToRender() {
3992    return !("true" === this.properties.getProperty("no.rendering"));
3993  }
3994  getToolVersion(element) {
3995    let fileEdition = element.getAttribute("edition");
3996    if (fileEdition == null || /* isEmpty */
3997    fileEdition.length === 0) fileEdition = "vZome";
3998    return fileEdition + " " + this.writerVersion;
3999  }
4000};
4001XmlSaveFormat["__class"] = "com.vzome.core.commands.XmlSaveFormat";
4002

4003// src/worker/legacy/from-java/com/vzome/core/algebra/Quaternion.ts
4004var Quaternion = class {
4005  /**
4006   * 
4007   * @return {string}
4008   */
4009  toString() {
4010    return "Quaternion: " + this.vector.toString();
4011  }
4012  constructor(field5, vector) {
4013    if (this.representation === void 0) {
4014      this.representation = null;
4015    }
4016    if (this.transpose === void 0) {
4017      this.transpose = null;
4018    }
4019    if (this.field === void 0) {
4020      this.field = null;
4021    }
4022    if (this.vector === void 0) {
4023      this.vector = null;
4024    }
4025    this.field = field5;
4026    this.vector = vector;
4027    let w_offset = 0;
4028    let factor = field5["createRational$long"](0);
4029    if (vector.dimension() > 3) {
4030      factor = vector.getComponent(0);
4031      w_offset = 1;
4032    }
4033    this.representation = field5.identityMatrix(4).timesScalar(factor);
4034    factor = vector.getComponent(0 + w_offset);
4035    this.representation.setElement(1, 0, factor);
4036    this.representation.setElement(3, 2, factor);
4037    factor = factor.negate();
4038    this.representation.setElement(0, 1, factor);
4039    this.representation.setElement(2, 3, factor);
4040    factor = vector.getComponent(1 + w_offset);
4041    this.representation.setElement(1, 3, factor);
4042    this.representation.setElement(2, 0, factor);
4043    factor = factor.negate();
4044    this.representation.setElement(3, 1, factor);
4045    this.representation.setElement(0, 2, factor);
4046    factor = vector.getComponent(2 + w_offset);
4047    this.representation.setElement(3, 0, factor);
4048    this.representation.setElement(2, 1, factor);
4049    factor = factor.negate();
4050    this.representation.setElement(1, 2, factor);
4051    this.representation.setElement(0, 3, factor);
4052    if (w_offset === 1) factor = vector.getComponent(0);
4053    else factor = field5["createRational$long"](0);
4054    this.transpose = field5.identityMatrix(4).timesScalar(factor);
4055    factor = vector.getComponent(0 + w_offset);
4056    this.transpose.setElement(0, 1, factor);
4057    this.transpose.setElement(2, 3, factor);
4058    factor = factor.negate();
4059    this.transpose.setElement(1, 0, factor);
4060    this.transpose.setElement(3, 2, factor);
4061    factor = vector.getComponent(1 + w_offset);
4062    this.transpose.setElement(3, 1, factor);
4063    this.transpose.setElement(0, 2, factor);
4064    factor = factor.negate();
4065    this.transpose.setElement(1, 3, factor);
4066    this.transpose.setElement(2, 0, factor);
4067    factor = vector.getComponent(2 + w_offset);
4068    this.transpose.setElement(1, 2, factor);
4069    this.transpose.setElement(0, 3, factor);
4070    factor = factor.negate();
4071    this.transpose.setElement(3, 0, factor);
4072    this.transpose.setElement(2, 1, factor);
4073  }
4074  getVector() {
4075    return this.vector;
4076  }
4077  /*private*/
4078  conjugate(q) {
4079    const result = this.field.origin(4);
4080    result.setComponent(3, q.getComponent(3).negate());
4081    result.setComponent(1, q.getComponent(1).negate());
4082    result.setComponent(2, q.getComponent(2).negate());
4083    result.setComponent(0, q.getComponent(0));
4084    return result;
4085  }
4086  reflect(v) {
4087    let reflection = this.rightMultiply(this.conjugate(v));
4088    reflection = this.leftMultiply(reflection);
4089    return reflection.negate();
4090  }
4091  /**
4092   * Compute the product this * q.
4093   * @param {AlgebraicVector} q
4094   * @return {AlgebraicVector}
4095   */
4096  rightMultiply(q) {
4097    return this.representation.timesColumn(q);
4098  }
4099  /**
4100   * Compute the product q*this.
4101   * This is computed using the identities:
4102   * 
4103   * conjugate( q*this ) == conjugate( this ) * conjugate( q )
4104   * 
4105   * q * this == conjugate( conjugate( this ) * conjugate( q ) )
4106   * 
4107   * @param {AlgebraicVector} q
4108   * @return
4109   * @return {AlgebraicVector}
4110   */
4111  leftMultiply(q) {
4112    let result = this.conjugate(q);
4113    result = this.transpose.timesColumn(result);
4114    return this.conjugate(result);
4115  }
4116};
4117Quaternion["__class"] = "com.vzome.core.algebra.Quaternion";
4118

4119// src/worker/legacy/from-java/com/vzome/core/math/symmetry/QuaternionicSymmetry.ts
4120var QuaternionicSymmetry = class _QuaternionicSymmetry {
4121  constructor(name, rootsResource, field5) {
4122    if (this.mRoots === void 0) {
4123      this.mRoots = null;
4124    }
4125    if (this.mName === void 0) {
4126      this.mName = null;
4127    }
4128    this.mName = name;
4129    const vefData = ResourceLoader.loadStringResource(rootsResource);
4130    const parser = new _QuaternionicSymmetry.RootParser(field5);
4131    parser.parseVEF(vefData, field5);
4132    this.mRoots = parser.getQuaternions();
4133  }
4134  getRoots() {
4135    return this.mRoots;
4136  }
4137  getName() {
4138    return this.mName;
4139  }
4140};
4141QuaternionicSymmetry["__class"] = "com.vzome.core.math.symmetry.QuaternionicSymmetry";
4142((QuaternionicSymmetry2) => {
4143  class RootParser extends VefParser {
4144    constructor(field5) {
4145      super();
4146      if (this.mRoots === void 0) {
4147        this.mRoots = null;
4148      }
4149      if (this.__com_vzome_core_math_symmetry_QuaternionicSymmetry_RootParser_field === void 0) {
4150        this.__com_vzome_core_math_symmetry_QuaternionicSymmetry_RootParser_field = null;
4151      }
4152      if (this.HALF === void 0) {
4153        this.HALF = null;
4154      }
4155      this.__com_vzome_core_math_symmetry_QuaternionicSymmetry_RootParser_field = field5;
4156      this.HALF = field5["createRational$long$long"](1, 2);
4157    }
4158    /**
4159     * 
4160     * @param {number} numVertices
4161     */
4162    startVertices(numVertices) {
4163      this.mRoots = ((s) => {
4164        let a = [];
4165        while (s-- > 0) a.push(null);
4166        return a;
4167      })(numVertices);
4168    }
4169    getQuaternions() {
4170      return this.mRoots;
4171    }
4172    /**
4173     * 
4174     * @param {number} index
4175     * @param {AlgebraicVector} location
4176     */
4177    addVertex(index, location) {
4178      this.mRoots[index] = new Quaternion(this.__com_vzome_core_math_symmetry_QuaternionicSymmetry_RootParser_field, location.scale(this.HALF));
4179    }
4180    /**
4181     * 
4182     * @param {number} numEdges
4183     */
4184    startEdges(numEdges) {
4185    }
4186    /**
4187     * 
4188     * @param {number} index
4189     * @param {number} v1
4190     * @param {number} v2
4191     */
4192    addEdge(index, v1, v2) {
4193    }
4194    /**
4195     * 
4196     * @param {number} numFaces
4197     */
4198    startFaces(numFaces) {
4199    }
4200    /**
4201     * 
4202     * @param {number} index
4203     * @param {int[]} verts
4204     */
4205    addFace(index, verts) {
4206    }
4207    /**
4208     * 
4209     * @param {number} index
4210     * @param {number} vertex
4211     */
4212    addBall(index, vertex) {
4213    }
4214    /**
4215     * 
4216     * @param {number} numVertices
4217     */
4218    startBalls(numVertices) {
4219    }
4220    /**
4221     * 
4222     * @param {java.util.StringTokenizer} tokens
4223     */
4224    endFile(tokens) {
4225    }
4226  }
4227  QuaternionicSymmetry2.RootParser = RootParser;
4228  RootParser["__class"] = "com.vzome.core.math.symmetry.QuaternionicSymmetry.RootParser";
4229})(QuaternionicSymmetry || (QuaternionicSymmetry = {}));
4230

4231// src/worker/legacy/from-java/com/vzome/core/commands/AbstractCommand.ts
4232var AbstractCommand = class _AbstractCommand {
4233  /**
4234   * This default behavior deserializes in the old way, before XmlSaveFormat .COMPACTED_COMMAND_EDITS
4235   * @param attributes
4236   * @param {*} xml
4237   * @param {XmlSaveFormat} format
4238   * @return
4239   * @return {AttributeMap}
4240   */
4241  setXml(xml, format) {
4242    const attrs = format.loadCommandAttributes$org_w3c_dom_Element(xml);
4243    this.setFixedAttributes(attrs, format);
4244    return attrs;
4245  }
4246  setFixedAttributes(attributes, format) {
4247    attributes.put(Command.FIELD_ATTR_NAME, format.getField());
4248  }
4249  /**
4250   * This default behavior serializes in the old way, before XmlSaveFormat .COMPACTED_COMMAND_EDITS
4251   * @param {AttributeMap} attributes
4252   * @return
4253   * @param {*} result
4254   */
4255  getXml(result, attributes) {
4256    if (attributes == null) return;
4257    for (let index = attributes.keySet().iterator(); index.hasNext(); ) {
4258      let key = index.next();
4259      {
4260        if (key === Command.FIELD_ATTR_NAME) continue;
4261        if (key === "symmetry.center") continue;
4262        if (key === "symmetry.axis.segment") continue;
4263        if (key === "org.vorthmann.zome.commands.CommandImportVEFData.field") continue;
4264        const value = attributes.get(key);
4265        if (value != null && value instanceof IcosahedralSymmetry) continue;
4266        _AbstractCommand.saveCommandAttribute(result, key, value);
4267      }
4268    }
4269  }
4270  static saveCommandAttribute(command, attrName, value) {
4271    const doc = command.getOwnerDocument();
4272    let valElem = null;
4273    if (value != null && value instanceof Array && (value.length == 0 || value[0] == null || typeof value[0] === "

4273number")) {
4274      const v = value;
4275      valElem = command.getOwnerDocument().createElement("RationalVector");
4276      let allOnes = true;
4277      let allZeros = true;
4278      for (let i = 0; i < (v.length / 2 | 0); i++) {
4279        {
4280          allZeros = allZeros && v[2 * i] === 0;
4281          allOnes = allOnes && v[2 * i + 1] === 1;
4282        }
4283        ;
4284      }
4285      if (!allZeros) {
4286        const numerators = new java.lang.StringBuffer();
4287        for (let i = 0; i < (v.length / 2 | 0); i++) {
4288          {
4289            if (i > 0) numerators.append(" ");
4290            numerators.append(v[2 * i]);
4291          }
4292          ;
4293        }
4294        DomUtils.addAttribute(valElem, "nums", numerators.toString());
4295        if (!allOnes) {
4296          const denominators = new java.lang.StringBuffer();
4297          for (let i = 0; i < (v.length / 2 | 0); i++) {
4298            {
4299              if (i > 0) denominators.append(" ");
4300              denominators.append(v[2 * i + 1]);
4301            }
4302            ;
4303          }
4304          DomUtils.addAttribute(valElem, "denoms", denominators.toString());
4305        }
4306      }
4307    } else if (value != null && value instanceof Axis) {
4308      valElem = doc.createElement("Axis");
4309      value.getXML(valElem);
4310    } else if (typeof value === "boolean") {
4311      valElem = doc.createElement("Boolean");
4312      DomUtils.addAttribute(valElem, "value", value.toString());
4313    } else if (typeof value === "number") {
4314      valElem = doc.createElement("Integer");
4315      DomUtils.addAttribute(valElem, "value", value.toString());
4316    } else if (value != null && value instanceof Construction) {
4317      valElem = value.getXml(command.getOwnerDocument());
4318    } else if (typeof value === "string") {
4319      valElem = doc.createElement("String");
4320      const str = XmlSaveFormat.escapeNewlines(value);
4321      valElem.appendChild(doc.createTextNode(str));
4322    } else if (value != null && value instanceof QuaternionicSymmetry) {
4323      valElem = doc.createElement("QuaternionicSymmetry");
4324      DomUtils.addAttribute(valElem, "name", value.getName());
4325    } else if (value != null && (value.constructor != null && value.constructor["__interfaces"] != null && value.constructor["__interfaces"].indexOf("com.vzome.core.math.symmetry.Symmetry") >= 0)) {
4326      valElem = doc.createElement("Symmetry");
4327      DomUtils.addAttribute(valElem, "name", value.getName());
4328    } else if (value == null) {
4329      valElem = doc.createElement("Null");
4330    } else {
4331      throw new java.lang.IllegalStateException("unable to save " + /* getName */
4332      ((c) => typeof c === "string" ? c : c["__class"] ? c["__class"] : c["name"])(value.constructor));
4333    }
4334    DomUtils.addAttribute(valElem, "attrName", attrName);
4335    command.appendChild(valElem);
4336  }
4337  attributeIs3D(attrName) {
4338    return true;
4339  }
4340  setQuaternion(offset) {
4341  }
4342  ordersSelection() {
4343    return false;
4344  }
4345  constructor() {
4346  }
4347};
4348AbstractCommand["__class"] = "com.vzome.core.commands.AbstractCommand";
4349AbstractCommand["__interfaces"] = ["com.vzome.core.commands.Command"];
4350

4351// src/worker/legacy/from-java/com/vzome/core/commands/CommandHide.ts
4352var CommandHide = class _CommandHide extends AbstractCommand {
4353  static PARAM_SIGNATURE_$LI$() {
4354    if (_CommandHide.PARAM_SIGNATURE == null) {
4355      _CommandHide.PARAM_SIGNATURE = [[Command.GENERIC_PARAM_NAME, Construction]];
4356    }
4357    return _CommandHide.PARAM_SIGNATURE;
4358  }
4359  static ATTR_SIGNATURE_$LI$() {
4360    if (_CommandHide.ATTR_SIGNATURE == null) {
4361      _CommandHide.ATTR_SIGNATURE = [];
4362    }
4363    return _CommandHide.ATTR_SIGNATURE;
4364  }
4365  /**
4366   * 
4367   * @return {java.lang.Object[][]}
4368   */
4369  getParameterSignature() {
4370    return _CommandHide.PARAM_SIGNATURE_$LI$();
4371  }
4372  /**
4373   * 
4374   * @return {java.lang.Object[][]}
4375   */
4376  getAttributeSignature() {
4377    return _CommandHide.ATTR_SIGNATURE_$LI$();
4378  }
4379  /**
4380   * 
4381   * @param {ConstructionList} parameters
4382   * @param {AttributeMap} attributes
4383   * @param {*} effects
4384   * @return {ConstructionList}
4385   */
4386  apply(parameters, attributes, effects) {
4387    throw new Command.Failure("CommandHide apply attempted");
4388  }
4389  constructor() {
4390    super();
4391  }
4392};
4393CommandHide["__class"] = "com.vzome.core.commands.CommandHide";
4394CommandHide["__interfaces"] = ["com.vzome.core.commands.Command"];
4395

4396// src/worker/legacy/from-java/com/vzome/core/commands/CommandObliquePentagon.ts
4397var CommandObliquePentagon = class _CommandObliquePentagon extends AbstractCommand {
4398  static PARAM_SIGNATURE_$LI$() {
4399    if (_CommandObliquePentagon.PARAM_SIGNATURE == null) {
4400      _CommandObliquePentagon.PARAM_SIGNATURE = [["segment1", Segment], ["segment2", Segment]];
4401    }
4402    return _CommandObliquePentagon.PARAM_SIGNATURE;
4403  }
4404  static ATTR_SIGNATURE_$LI$() {
4405    if (_CommandObliquePentagon.ATTR_SIGNATURE == null) {
4406      _CommandObliquePentagon.ATTR_SIGNATURE = [];
4407    }
4408    return _CommandObliquePentagon.ATTR_SIGNATURE;
4409  }
4410  /**
4411   * 
4412   * @return {java.lang.Object[][]}
4413   */
4414  getParameterSignature() {
4415    return _CommandObliquePentagon.PARAM_SIGNATURE_$LI$();
4416  }
4417  /**
4418   * 
4419   * @return {java.lang.Object[][]}
4420   */
4421  getAttributeSignature() {
4422    return _CommandObliquePentagon.ATTR_SIGNATURE_$LI$();
4423  }
4424  /**
4425   * 
4426   * @param {ConstructionList} parameters
4427   * @param {AttributeMap} attributes
4428   * @param {*} effects
4429   * @return {ConstructionList}
4430   */
4431  apply(parameters, attributes, effects) {
4432    throw new Command.Failure("Oblique pentagon should never be called.");
4433  }
4434  constructor() {
4435    super();
4436  }
4437};
4438CommandObliquePentagon["__class"] = "com.vzome.core.commands.CommandObliquePentagon";
4439CommandObliquePentagon["__interfaces"] = ["com.vzome.core.commands.Command"];
4440

4441// src/worker/legacy/from-java/com/vzome/core/construction/ConstructionList.ts
4442var ConstructionList = class extends java.util.ArrayList {
4443  addConstruction(ball) {
4444    this.add(ball);
4445    return this;
4446  }
4447  removeConstruction(ball) {
4448    this.remove(ball);
4449    return this;
4450  }
4451  getConstructions() {
4452    return this.toArray(((s) => {
4453      let a = [];
4454      while (s-- > 0) a.push(null);
4455      return a;
4456    })(this.size()));
4457  }
4458  constructor() {
4459    super();
4460  }
4461};
4462ConstructionList["__class"] = "com.vzome.core.construction.ConstructionList";
4463ConstructionList["__interfaces"] = ["java.util.RandomAccess", "java.util.List", "java.lang.Cloneable", "java.util.Collection", "java.lang.Iterable", "java.io.Serializable"];
4464

4465// src/worker/legacy/from-java/com/vzome/core/commands/CommandTransform.ts
4466var CommandTransform = class _CommandTransform extends AbstractCommand {
4467  /**
4468   * 
4469   * @param {AttributeMap} attributes
4470   * @param {XmlSaveFormat} format
4471   */
4472  setFixedAttributes(attributes, format) {
4473    if (format.getScale() !== 0) attributes.put(_CommandTransform.SCALE_ATTR_NAME, format.getScale());
4474    super.setFixedAttributes(attributes, format);
4475  }
4476  /**
4477   * 
4478   * @param {ConstructionList} parameters
4479   * @param {AttributeMap} attributes
4480   * @param {*} effects
4481   * @return {ConstructionList}
4482   */
4483  apply(parameters, attributes, effects) {
4484    return null;
4485  }
4486  static {
4487    this.SYMMETRY_GROUP_ATTR_NAME = "symmetry.group";
4488  }
4489  static {
4490    this.SYMMETRY_CENTER_ATTR_NAME = "symmetry.center";
4491  }
4492  static {
4493    this.SYMMETRY_AXIS_ATTR_NAME = "symmetry.axis.segment";
4494  }
4495  static {
4496    this.SCALE_ATTR_NAME = "scale.factor";
4497  }
4498  static PARAM_SIGNATURE_$LI$() {
4499    if (_CommandTransform.PARAM_SIGNATURE == null) {
4500      _CommandTransform.PARAM_SIGNATURE = [[Command.GENERIC_PARAM_NAME, Construction]];
4501    }
4502    return _CommandTransform.PARAM_SIGNATURE;
4503  }
4504  static ATTR_SIGNATURE_$LI$() {
4505    if (_CommandTransform.ATTR_SIGNATURE == null) {
4506      _CommandTransform.ATTR_SIGNATURE = [[_CommandTransform.SYMMETRY_CENTER_ATTR_NAME, Point]];
4507    }
4508    return _CommandTransform.ATTR_SIGNATURE;
4509  }
4510  static AXIS_ATTR_SIGNATURE_$LI$() {
4511    if (_CommandTransform.AXIS_ATTR_SIGNATURE == null) {
4512      _CommandTransform.AXIS_ATTR_SIGNATURE = [[_CommandTransform.SYMMETRY_CENTER_ATTR_NAME, Point], [_CommandTransform.SYMMETRY_AXIS_ATTR_NAME, Segment]];
4513    }
4514    return _CommandTransform.AXIS_ATTR_SIGNATURE;
4515  }
4516  static GROUP_ATTR_SIGNATURE_$LI$() {
4517    if (_CommandTransform.GROUP_ATTR_SIGNATURE == null) {
4518      _CommandTransform.GROUP_ATTR_SIGNATURE = [[_CommandTransform.SYMMETRY_CENTER_ATTR_NAME, Point], [_CommandTransform.SYMMETRY_GROUP_ATTR_NAME, "com.vzome.core.math.symmetry.Symmetry"]];
4519    }
4520    return _CommandTransform.GROUP_ATTR_SIGNATURE;
4521  }
4522  /**
4523   * 
4524   * @return {java.lang.Object[][]}
4525   */
4526  getParameterSignature() {
4527    return _CommandTransform.PARAM_SIGNATURE_$LI$();
4528  }
4529  /**
4530   * 
4531   * @return {java.lang.Object[][]}
4532   */
4533  getAttributeSignature() {
4534    return _CommandTransform.AXIS_ATTR_SIGNATURE_$LI$();
4535  }
4536  transform(params, transform, effects) {
4537    const output = new ConstructionList();
4538    effects["constructionAdded$com_vzome_core_construction_Construction"](transform);
4539    for (let index = 0; index < params.length; index++) {
4540      let param = params[index];
4541      {
4542        const result = transform.transform$com_vzome_core_construction_Construction(param);
4543        if (result == null) continue;
4544        effects["constructionAdded$com_vzome_core_construction_Construction"](result);
4545        output.addConstruction(result);
4546      }
4547    }
4548    return output;
4549  }
4550  constructor() {
4551    super();
4552  }
4553};
4554CommandTransform["__class"] = "com.vzome.core.commands.CommandTransform";
4555CommandTransform["__interfaces"] = ["com.vzome.core.commands.Command"];
4556

4557// src/worker/legacy/from-java/com/vzome/core/editor/BeginBlock.ts
4558var BeginBlock = class extends UndoableEdit {
4559  constructor(editor) {
4560    super();
4561  }
4562  /**
4563   * 
4564   * @return {boolean}
4565   */
4566  isNoOp() {
4567    return false;
4568  }
4569  /**
4570   * 
4571   * @param {*} doc
4572   * @return {*}
4573   */
4574  getXml(doc) {
4575    return doc.createElement("BeginBlock");
4576  }
4577  /**
4578   * 
4579   * @param {*} doc
4580   * @return {*}
4581   */
4582  getDetailXml(doc) {
4583    return this.getXml(doc);
4584  }
4585  /**
4586   * 
4587   * @return {boolean}
4588   */
4589  isVisible() {
4590    return false;
4591  }
4592  /**
4593   * 
4594   * @return {boolean}
4595   */
4596  isDestructive() {
4597    return false;
4598  }
4599  /**
4600   * 
4601   */
4602  redo() {
4603  }
4604  /**
4605   * 
4606   * @param {*} xml
4607   * @param {XmlSaveFormat} format
4608   * @param {*} context
4609   */
4610  loadAndPerform(xml, format, context) {
4611    context.performAndRecord(this);
4612  }
4613  /**
4614   * 
4615   */
4616  undo() {
4617  }
4618  /**
4619   * 
4620   */
4621  perform() {
4622  }
4623  /**
4624   * 
4625   * @return {boolean}
4626   */
4627  isSticky() {
4628    return false;
4629  }
4630  /**
4631   * 
4632   * @param {*} props
4633   */
4634  configure(props) {
4635  }
4636};
4637BeginBlock["__class"] = "com.vzome.core.editor.BeginBlock";
4638

4639// src/worker/legacy/from-java/com/vzome/core/editor/EndBlock.ts
4640var EndBlock = class extends UndoableEdit {
4641  constructor(editor) {
4642    super();
4643  }
4644  /**
4645   * 
4646   * @return {boolean}
4647   */
4648  isNoOp() {
4649    return false;
4650  }
4651  /**
4652   * 
4653   * @param {*} doc
4654   * @return {*}
4655   */
4656  getXml(doc) {
4657    return doc.createElement("EndBlock");
4658  }
4659  /**
4660   * 
4661   * @param {*} doc
4662   * @return {*}
4663   */
4664  getDetailXml(doc) {
4665    return this.getXml(doc);
4666  }
4667  /**
4668   * 
4669   * @return {boolean}
4670   */
4671  isVisible() {
4672    return false;
4673  }
4674  /**
4675   * 
4676   * @return {boolean}
4677   */
4678  isDestructive() {
4679    return false;
4680  }
4681  /**
4682   * 
4683   */
4684  redo() {
4685  }
4686  /**
4687   * 
4688   * @param {*} xml
4689   * @param {XmlSaveFormat} format
4690   * @param {*} context
4691   */
4692  loadAndPerform(xml, format, context) {
4693    context.performAndRecord(this);
4694  }
4695  /**
4696   * 
4697   */
4698  undo() {
4699  }
4700  /**
4701   * 
4702   * @param {*} props
4703   */
4704  configure(props) {
4705  }
4706  /**
4707   * 
4708   */
4709  perform() {
4710  }
4711  /**
4712   * 
4713   * @return {boolean}
4714   */
4715  isSticky() {
4716    return false;
4717  }
4718};
4719EndBlock["__class"] = "com.vzome.core.editor.EndBlock";
4720

4721// src/worker/legacy/from-java/com/vzome/core/construction/TransformedPoint.ts
4722var TransformedPoint = class extends Point {
4723  constructor(transform, prototype) {
4724    super(prototype.field);
4725    if (this.mTransform === void 0) {
4726      this.mTransform = null;
4727    }
4728    if (this.mPrototype === void 0) {
4729      this.mPrototype = null;
4730    }
4731    this.mTransform = transform;
4732    this.mPrototype = prototype;
4733    this.mapParamsToState();
4734  }
4735  /**
4736   * 
4737   * @return {boolean}
4738   */
4739  mapParamsToState() {
4740    if (this.mTransform.isImpossible() || this.mPrototype.isImpossible()) return this.setStateVariable(null, true);
4741    const loc = this.mTransform.transform$com_vzome_core_algebra_AlgebraicVector(this.mPrototype.getLocation());
4742    return this.setStateVariable(loc, loc == null);
4743  }
4744};
4745TransformedPoint["__class"] = "com.vzome.core.construction.TransformedPoint";
4746

4747// src/worker/legacy/from-java/com/vzome/core/construction/TransformedPolygon.ts
4748var TransformedPolygon = class extends Polygon {
4749  constructor(transform, prototype) {
4750    super(prototype.field);
4751    if (this.mTransform === void 0) {
4752      this.mTransform = null;
4753    }
4754    if (this.mPrototype === void 0) {
4755      this.mPrototype = null;
4756    }
4757    this.mTransform = transform;
4758    this.mPrototype = prototype;
4759    this.mapParamsToState();
4760  }
4761  /**
4762   * 
4763   * @return {boolean}
4764   */
4765  mapParamsToState() {
4766    const vertices = ((s) => {
4767      let a = [];
4768      while (s-- > 0) a.push(null);
4769      return a;
4770    })(this.mPrototype.getVertexCount());
4771    for (let i = 0; i < vertices.length; i++) {
4772      {
4773        vertices[i] = this.mTransform.transform$com_vzome_core_algebra_AlgebraicVector(this.mPrototype.getVertex(i));
4774      }
4775      ;
4776    }
4777    return this.setStateVariable(vertices, false);
4778  }
4779};
4780TransformedPolygon["__class"] = "com.vzome.core.construction.TransformedPolygon";
4781

4782// src/worker/legacy/from-java/com/vzome/core/construction/TransformedSegment.ts
4783var TransformedSegment = class extends Segment {
4784  constructor(transform, prototype) {
4785    super(prototype.field);
4786    if (this.mTransform === void 0) {
4787      this.mTransform = null;
4788    }
4789    if (this.mPrototype === void 0) {
4790      this.mPrototype = null;
4791    }
4792    this.mTransform = transform;
4793    this.mPrototype = prototype;
4794    this.mapParamsToState();
4795  }
4796  /**
4797   * 
4798   * @return {boolean}
4799   */
4800  mapParamsToState() {
4801    if (this.mTransform.isImpossible() || this.mPrototype.isImpossible()) return this.setStateVariables(null, null, true);
4802    const loc = this.mTransform.transform$com_vzome_core_algebra_AlgebraicVector(this.mPrototype.getStart().projectTo3d(true));
4803    const end = this.mTransform.transform$com_vzome_core_algebra_AlgebraicVector(this.mPrototype.getEnd().projectTo3d(true));
4804    if (end == null || loc == null) return this.setStateVariables(null, null, true);
4805    return this.setStateVariables(loc, end.minus(loc), false);
4806  }
4807};
4808TransformedSegment["__class"] = "com.vzome.core.construction.TransformedSegment";
4809

4810// src/worker/legacy/from-java/com/vzome/core/construction/Transformation.ts
4811var Transformation = class _Transformation extends Construction {
4812  /**
4813   * 
4814   * @return {boolean}
4815   */
4816  is3d() {
4817    return true;
4818  }
4819  constructor(field5) {
4820    super(field5);
4821    if (this.mTransform === void 0) {
4822      this.mTransform = null;
4823    }
4824    if (this.mOffset === void 0) {
4825      this.mOffset = null;
4826    }
4827  }
4828  /**
4829   * 
4830   * @param {*} that
4831   * @return {boolean}
4832   */
4833  equals(that) {
4834    if (this === that) {
4835      return true;
4836    }
4837    if (that == null) {
4838      return false;
4839    }
4840    if (!(that != null && that instanceof _Transformation)) {
4841      return false;
4842    }
4843    const other = that;
4844    if (this.mOffset == null) {
4845      if (other.mOffset != null) {
4846        return false;
4847      }
4848    } else if (!this.mOffset.equals(other.mOffset)) {
4849      return false;
4850    }
4851    if (this.mTransform == null) {
4852      if (other.mTransform != null) {
4853        return false;
4854      }
4855    } else if (!this.mTransform.equals(other.mTransform)) {
4856      return false;
4857    }
4858    return true;
4859  }
4860  setStateVariables(transform, offset, impossible) {
4861    if (impossible) {
4862      if (this.isImpossible()) return false;
4863      this.setImpossible(true);
4864      return true;
4865    }
4866    if (transform != null && transform.equals(this.mTransform) && offset.equals(this.mOffset) && !this.isImpossible()) return false;
4867    this.mTransform = transform;
4868    this.mOffset = offset;
4869    this.setImpossible(false);
4870    return true;
4871  }
4872  transform$com_vzome_core_algebra_AlgebraicVector(arg) {
4873    arg = arg.minus(this.mOffset);
4874    arg = this.mTransform.timesColumn(arg);
4875    arg = arg.plus(this.mOffset);
4876    return arg;
4877  }
4878  transform(arg) {
4879    if (arg != null && arg instanceof AlgebraicVector || arg === null) {
4880      return this.transform$com_vzome_core_algebra_AlgebraicVector(arg);
4881    } else if (arg != null && arg instanceof Construction || arg === null) {
4882      return this.transform$com_vzome_core_construction_Construction(arg);
4883    } else throw new Error("invalid overload");
4884  }
4885  transform$com_vzome_core_construction_Construction(c) {
4886    if (c != null && c instanceof Point) {
4887      return new TransformedPoint(this, c);
4888    } else if (c != null && c instanceof Segment) {
4889      return new TransformedSegment(this, c);
4890    } else if (c != null && c instanceof Polygon) {
4891      return new TransformedPolygon(this, c);
4892    } else {
4893      return null;
4894    }
4895  }
4896  /**
4897   * 
4898   * @param {*} doc
4899   * @return {*}
4900   */
4901  getXml(doc) {
4902    const result = doc.createElement("transformation");
4903    return result;
4904  }
4905};
4906Transformation["__class"] = "com.vzome.core.construction.Transformation";
4907((Transformation2) => {
4908  class Identity extends Transformation2 {
4909    transform$int_A(arg) {
4910      return arg;
4911    }
4912    transform(arg) {
4913      if (arg != null && arg instanceof Array && (arg.length == 0 || arg[0] == null || typeof arg[0] === "number") || arg === null) {
4914        return this.transform$int_A(arg);
4915      } else if (arg != null && arg instanceof AlgebraicVector || arg === null) {
4916        return super.transform(arg);
4917      } else if (arg != null && arg instanceof Construction || arg === null) {
4918        return this.transform$com_vzome_core_construction_Construction(arg);
4919      } else throw new Error("invalid overload");
4920    }
4921    constructor(field5) {
4922      super(field5);
4923    }
4924    attach() {
4925    }
4926    detach() {
4927    }
4928    /**
4929     * 
4930     * @return {boolean}
4931     */
4932    mapParamsToState() {
4933      return true;
4934    }
4935  }
4936  Transformation2.Identity = Identity;
4937  Identity["__class"] = "com.vzome.core.construction.Transformation.Identity";
4938})(Transformation || (Transformation = {}));
4939

4940// src/worker/legacy/from-java/com/vzome/core/construction/Translation.ts
4941var Translation = class extends Transformation {
4942  constructor(offset) {
4943    super(offset.getField());
4944    if (this.mOffset === void 0) {
4945      this.mOffset = null;
4946    }
4947    this.mOffset = offset;
4948  }
4949  transform$com_vzome_core_algebra_AlgebraicVector(arg) {
4950    arg = arg.plus(this.mOffset);
4951    return arg;
4952  }
4953  /**
4954   * 
4955   * @param {AlgebraicVector} arg
4956   * @return {AlgebraicVector}
4957   */
4958  transform(arg) {
4959    if (arg != null && arg instanceof AlgebraicVector || arg === null) {
4960      return this.transform$com_vzome_core_algebra_AlgebraicVector(arg);
4961    } else if (arg != null && arg instanceof Construction || arg === null) {
4962      return this.transform$com_vzome_core_construction_Construction(arg);
4963    } else throw new Error("invalid overload");
4964  }
4965  /**
4966   * 
4967   * @return {boolean}
4968   */
4969  mapParamsToState() {
4970    return this.setStateVariables(null, null, false);
4971  }
4972};
4973Translation["__class"] = "com.vzome.core.construction.Translation";
4974

4975// src/worker/legacy/from-java/com/vzome/core/edits/AffinePentagon.ts
4976var AffinePentagon = class extends ChangeManifestations {
4977  /**
4978   * 
4979   */
4980  perform() {
4981    const errorMsg = "Affine pentagon command requires two selected struts with a common vertex.";
4982    let strut1 = null;
4983    let strut2 = null;
4984    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
4985      let man = index.next();
4986      {
4987        this.unselect$com_vzome_core_model_Manifestation(man);
4988        if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0)) {
4989          if (strut1 == null) {
4990            strut1 = man;
4991          } else if (strut2 == null) {
4992            strut2 = man;
4993          }
4994        }
4995      }
4996    }
4997    this.redo();
4998    if (strut1 == null || strut2 == null) {
4999      this.fail(errorMsg);
5000    }
5001    const field5 = strut1.getLocation().getField();
5002    const s1 = strut1.getFirstConstruction();
5003    const s2 = strut2.getFirstConstruction();
5004    this.manifestConstruction(new SegmentEndPoint(s1, true));
5005    this.manifestConstruction(new SegmentEndPoint(s1, false));
5006    this.manifestConstruction(new SegmentEndPoint(s2, true));
5007    this.manifestConstruction(new SegmentEndPoint(s2, false));
5008    this.redo();
5009    let offset1 = s1.getOffset();
5010    let offset2 = s2.getOffset();
5011    let v1 = null;
5012    let v2 = null;
5013    {
5014      const s1s = s1.getStart();
5015      const s1e = s1.getEnd();
5016      const s2s = s2.getStart();
5017      const s2e = s2.getEnd();
5018      if (s1s.equals(s2s)) {
5019        v1 = s1e;
5020        v2 = s2e;
5021      } else if (s1e.equals(s2s)) {
5022        v1 = s1s;
5023        v2 = s2e;
5024        offset1 = offset1.negate();
5025      } else if (s1e.equals(s2e)) {
5026        v1 = s1s;
5027        v2 = s2s;
5028        offset2 = offset2.negate();
5029        offset1 = offset1.negate();
5030      } else if (s1s.equals(s2e)) {
5031        v1 = s1e;
5032        v2 = s2s;
5033        offset2 = offset2.negate();
5034      } else {
5035        this.fail(errorMsg);
5036      }
5037    }
5038    ;
5039    let p1 = null;
5040    let p2 = null;
5041    for (let index = this.mManifestations.iterator(); index.hasNext(); ) {
5042      let m = index.next();
5043      {
5044        if (m != null && (m.constructor != null && m.constructor["__interfaces"] != null && m.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0)) {
5045          const loc = m.getLocation();
5046          if (loc.equals(v1)) p1 = m.getFirstConstruction();
5047          else if (loc.equals(v2)) p2 = m.getFirstConstruction();
5048        }
5049      }
5050    }
5051    const phi = field5["createPower$int"](1);
5052    let transform = new Translation(offset1.scale(phi));
5053    const p3 = new TransformedPoint(transform, p2);
5054    this.manifestConstruction(p3);
5055    transform = new Translation(offset2.scale(phi));
5056    const p4 = new TransformedPoint(transform, p1);
5057    this.manifestConstruction(p4);
5058    let segment = new SegmentJoiningPoints(p1, p3);
5059    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(segment));
5060    segment = new SegmentJoiningPoints(p2, p4);
5061    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(segment));
5062    segment = new SegmentJoiningPoints(p3, p4);
5063    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(segment));
5064    this.redo();
5065  }
5066  constructor(editorModel) {
5067    super(editorModel);
5068  }
5069  /**
5070   * 
5071   * @return {string}
5072   */
5073  getXmlElementName() {
5074    return "AffinePentagon";
5075  }
5076};
5077AffinePentagon["__class"] = "com.vzome.core.edits.AffinePentagon";
5078

5079// src/worker/legacy/from-java/com/vzome/core/edits/DeselectAll.ts
5080var DeselectAll = class extends ChangeSelection {
5081  /**
5082   * 
5083   */
5084  perform() {
5085    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
5086      let man = index.next();
5087      {
5088        this.unselect$com_vzome_core_model_Manifestation$boolean(man, true);
5089      }
5090    }
5091    super.perform();
5092  }
5093  constructor(editor) {
5094    super(editor.getSelection());
5095  }
5096  /**
5097   * 
5098   * @return {boolean}
5099   */
5100  groupingAware() {
5101    return true;
5102  }
5103  /**
5104   * 
5105   * @return {string}
5106   */
5107  getXmlElementName() {
5108    return "DeselectAll";
5109  }
5110};
5111DeselectAll["__class"] = "com.vzome.core.edits.DeselectAll";
5112

5113// src/worker/legacy/from-java/com/vzome/core/edits/SelectAll.ts
5114var SelectAll = class extends ChangeSelection {
5115  /**
5116   * 
5117   */
5118  perform() {
5119    if (this.originLast) {
5120      let originBall = null;
5121      const ignoreGroups = true;
5122      for (let index = this.realizedModel.iterator(); index.hasNext(); ) {
5123        let m = index.next();
5124        {
5125          if (m.isRendered()) {
5126            if (originBall == null && (m != null && (m.constructor != null && m.constructor["__interfaces"] != null && m.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0)) && m.getLocation().isOrigin()) {
5127              originBall = m;
5128            } else if (!this.mSelection.manifestationSelected(m)) {
5129              this.select$com_vzome_core_model_Manifestation$boolean(m, ignoreGroups);
5130            }
5131          }
5132        }
5133      }
5134      if (originBall != null) {
5135        if (this.mSelection.manifestationSelected(originBall)) {
5136          this.unselect$com_vzome_core_model_Manifestation$boolean(originBall, ignoreGroups);
5137          this.redo();
5138        }
5139        this.select$com_vzome_core_model_Manifestation$boolean(originBall, ignoreGroups);
5140      }
5141    } else {
5142      for (let index = this.realizedModel.iterator(); index.hasNext(); ) {
5143        let m = index.next();
5144        {
5145          if (m.isRendered()) {
5146            if (!this.mSelection.manifestationSelected(m)) this.select$com_vzome_core_model_Manifestation$boolean(m, true);
5147          }
5148        }
5149      }
5150    }
5151    super.perform();
5152  }
5153  constructor(editor) {
5154    super(editor.getSelection());
5155    if (this.realizedModel === void 0) {
5156      this.realizedModel = null;
5157    }
5158    this.originLast = true;
5159    this.realizedModel = editor.getRealizedModel();
5160  }
5161  /**
5162   * 
5163   * @param {*} xml
5164   * @param {XmlSaveFormat} format
5165   */
5166  setXmlAttributes(xml, format) {
5167    const mode = xml.getAttribute("originLast");
5168    this.originLast = "true" === mode;
5169  }
5170  /**
5171   * 
5172   * @param {*} element
5173   */
5174  getXmlAttributes(element) {
5175    if (this.originLast) element.setAttribute("originLast", "true");
5176  }
5177  /**
5178   * 
5179   * @return {boolean}
5180   */
5181  groupingAware() {
5182    return true;
5183  }
5184  /**
5185   * 
5186   * @return {string}
5187   */
5188  getXmlElementName() {
5189    return "SelectAll";
5190  }
5191};
5192SelectAll["__class"] = "com.vzome.core.edits.SelectAll";
5193

5194// src/worker/legacy/from-java/com/vzome/core/edits/SelectManifestation.ts
5195var SelectManifestation = class extends ChangeSelection {
5196  /**
5197   * 
5198   * @return {boolean}
5199   */
5200  groupingAware() {
5201    return true;
5202  }
5203  constructor(editor, m) {
5204    if ((editor != null && (editor.constructor != null && editor.constructor["__interfaces"] != null && editor.constructor["__interfaces"].indexOf("com.vzome.core.editor.api.EditorModel") >= 0) || editor === null) && (m != null && (m.constructor != null && m.constructor["__interfaces"] != null && m.constructor["__interfaces"].indexOf("com.vzome.core.model.Manifestation") >= 0) || m === null)) {
5205      let __args = arguments;
5206      {
5207        let __args2 = arguments;
5208        super(editor.getSelection());
5209        if (this.mManifestation === void 0) {
5210          this.mManifestation = null;
5211        }
5212        if (this.construction === void 0) {
5213          this.construction = null;
5214        }
5215        if (this.mRealized === void 0) {
5216          this.mRealized = null;
5217        }
5218        if (this.mReplace === void 0) {
5219          this.mReplace = false;
5220        }
5221        this.mRealized = editor.getRealizedModel();
5222      }
5223      (() => {
5224        this.mManifestation = m;
5225        if (this.mManifestation != null) {
5226          this.construction = this.mManifestation.toConstruction();
5227        }
5228      })();
5229    } else if ((editor != null && (editor.constructor != null && editor.constructor["__interfaces"] != null && editor.constructor["__interfaces"].indexOf("com.vzome.core.editor.api.EditorModel") >= 0) || editor === null) && m === void 0) {
5230      let __args = arguments;
5231      super(editor.getSelection());
5232      if (this.mManifestation === void 0) {
5233        this.mManifestation = null;
5234      }
5235      if (this.construction === void 0) {
5236        this.construction = null;
5237      }
5238      if (this.mRealized === void 0) {
5239        this.mRealized = null;
5240      }
5241      if (this.mReplace === void 0) {
5242        this.mReplace = false;
5243      }
5244      this.mRealized = editor.getRealizedModel();
5245    } else throw new Error("invalid overload");
5246  }
5247  configure(props) {
5248    const mode = props.get("mode");
5249    this.mReplace = "replace" === mode;
5250    this.mManifestation = props.get("picked");
5251    if (this.mManifestation != null) {
5252      this.construction = this.mManifestation.toConstruction();
5253    }
5254  }
5255  /**
5256   * 
5257   */
5258  perform() {
5259    if (this.mReplace) {
5260      for (let index = this.mSelection.iterator(); index.hasNext(); ) {
5261        let man = index.next();
5262        {
5263          this.unselect$com_vzome_core_model_Manifestation$boolean(man, true);
5264        }
5265      }
5266      this.select$com_vzome_core_model_Manifestation(this.mManifestation);
5267    } else if (this.mSelection.manifestationSelected(this.mManifestation)) this.unselect$com_vzome_core_model_Manifestation(this.mManifestation);
5268    else this.select$com_vzome_core_model_Manifestation(this.mManifestation);
5269    this.redo();
5270  }
5271  /**
5272   * 
5273   * @param {*} result
5274   */
5275  getXmlAttributes(result) {
5276    if (this.construction != null && this.construction instanceof Point) XmlSaveFormat.serializePoint(result, "point", this.construction);
5277    else if (this.construction != null && this.construction instanceof Segment) XmlSaveFormat.serializeSegment(result, "startSegment", "endSegment", this.construction);
5278    else if (this.construction != null && this.construction instanceof Polygon) XmlSaveFormat.serializePolygon(result, "polygonVertex", this.construction);
5279    if (this.mReplace) DomUtils.addAttribute(result, "replace", "true");
5280  }
5281  /**
5282   * 
5283   * @param {*} xml
5284   * @param {XmlSaveFormat} format
5285   */
5286  setXmlAttributes(xml, format) {
5287    if (format.rationalVectors()) {
5288      this.construction = format.parsePoint$org_w3c_dom_Element$java_lang_String(xml, "point");
5289      if (this.construction == null) this.construction = format.parseSegment$org_w3c_dom_Element$java_lang_String$java_lang_String(xml, "startSegment", "endSegment");
5290      if (this.construction == null) {
5291        const kid = DomUtils.getFirstChildElement$org_w3c_dom_Element$java_lang_String(xml, "polygon");
5292        if (kid != null) this.construction = format.parsePolygon$org_w3c_dom_Element$java_lang_String(kid, "vertex");
5293        else this.construction = format.parsePolygon$org_w3c_dom_Element$java_lang_String(xml, "polygonVertex");
5294      }
5295    } else {
5296      const attrs = format.loadCommandAttributes$org_w3c_dom_Element(xml);
5297      this.construction = attrs.get("manifestation");
5298      const replaceVal = attrs.get("replace");
5299      if (replaceVal != null && replaceVal) this.mReplace = true;
5300    }
5301    this.mManifestation = this.mRealized.getManifestation(this.construction);
5302    if (this.mManifestation == null && format.rationalVectors() && (this.construction != null && this.construction instanceof Polygon)) {
5303      this.construction = format.parsePolygonReversed(xml, "polygonVertex");
5304      this.mManifestation = this.mRealized.getManifestation(this.construction);
5305      if (this.mManifestation != null) SideEffects.logBugAccommodation("reverse-oriented polygon");
5306    }
5307  }
5308  /**
5309   * 
5310   * @return {string}
5311   */
5312  getXmlElementName() {
5313    return "SelectManifestation";
5314  }
5315};
5316SelectManifestation["__class"] = "com.vzome.core.edits.SelectManifestation";
5317

5318// src/worker/legacy/from-java/com/vzome/core/edits/SymmetryAxisChange.ts
5319var SymmetryAxisChange = class extends UndoableEdit {
5320  constructor(editor, newAxis) {
5321    if ((editor != null && (editor.constructor != null && editor.constructor["__interfaces"] != null && editor.constructor["__interfaces"].indexOf("com.vzome.core.editor.api.ImplicitSymmetryParameters") >= 0) || editor === null) && (newAxis != null && newAxis instanceof Segment || newAxis === null)) {
5322      let __args = arguments;
5323      super();
5324      if (this.mOldAxis === void 0) {
5325        this.mOldAxis = null;
5326      }
5327      if (this.mNewAxis === void 0) {
5328        this.mNewAxis = null;
5329      }
5330      if (this.mEditor === void 0) {
5331        this.mEditor = null;
5332      }
5333      this.mOldAxis = editor.getSymmetrySegment();
5334      this.mNewAxis = newAxis;
5335      this.mEditor = editor;
5336    } else if ((editor != null && (editor.constructor != null && editor.constructor["__interfaces"] != null && editor.constructor["__interfaces"].indexOf("com.vzome.core.editor.api.ImplicitSymmetryParameters") >= 0) || editor === null) && newAxis === void 0) {
5337      let __args = arguments;
5338      {
5339        let __args2 = arguments;
5340        let newAxis2 = null;
5341        super();
5342        if (this.mOldAxis === void 0) {
5343          this.mOldAxis = null;
5344        }
5345        if (this.mNewAxis === void 0) {
5346          this.mNewAxis = null;
5347        }
5348        if (this.mEditor === void 0) {
5349          this.mEditor = null;
5350        }
5351        this.mOldAxis = editor.getSymmetrySegment();
5352        this.mNewAxis = newAxis2;
5353        this.mEditor = editor;
5354      }
5355    } else throw new Error("invalid overload");
5356  }
5357  configure(props) {
5358    const man = props.get("picked");
5359    if (man != null) this.mNewAxis = man.getFirstConstruction();
5360  }
5361  /**
5362   * 
5363   * @return {boolean}
5364   */
5365  isVisible() {
5366    return false;
5367  }
5368  /**
5369   * 
5370   * @return {boolean}
5371   */
5372  isNoOp() {
5373    return this.mNewAxis == null || this.mOldAxis != null && this.mNewAxis.getStart().equals(this.mOldAxis.getStart()) && this.mNewAxis.getEnd().equals(this.mOldAxis.getEnd());
5374  }
5375  /**
5376   * 
5377   */
5378  redo() {
5379    if (this.isNoOp()) return;
5380    this.mEditor.setSymmetrySegment(this.mNewAxis);
5381  }
5382  /**
5383   * 
5384   */
5385  undo() {
5386    if (this.isNoOp()) return;
5387    this.mEditor.setSymmetrySegment(this.mOldAxis);
5388  }
5389  /**
5390   * 
5391   * @param {*} doc
5392   * @return {*}
5393   */
5394  getXml(doc) {
5395    const result = doc.createElement("SymmetryAxisChange");
5396    XmlSaveFormat.serializeSegment(result, "start", "end", this.mNewAxis);
5397    return result;
5398  }
5399  /**
5400   * 
5401   * @param {*} doc
5402   * @return {*}
5403   */
5404  getDetailXml(doc) {
5405    return this.getXml(doc);
5406  }
5407  /**
5408   * 
5409   * @param {*} xml
5410   * @param {XmlSaveFormat} format
5411   * @param {*} context
5412   */
5413  loadAndPerform(xml, format, context) {
5414    if (format.rationalVectors()) {
5415      this.mNewAxis = format.parseSegment$org_w3c_dom_Element$java_lang_String$java_lang_String(xml, "start", "end");
5416    } else {
5417      const attrs = format.loadCommandAttributes$org_w3c_dom_Element(xml);
5418      this.mNewAxis = attrs.get("new");
5419    }
5420    context.performAndRecord(this);
5421  }
5422  /**
5423   * 
5424   */
5425  perform() {
5426    if (this.mNewAxis == null) {
5427      this.mNewAxis = this.mEditor.getSelectedConstruction(Segment);
5428      if (this.mNewAxis == null) throw new Command.Failure("Selection is not a single strut.");
5429    }
5430    this.redo();
5431  }
5432  /**
5433   * 
5434   * @return {boolean}
5435   */
5436  isDestructive() {
5437    return true;
5438  }
5439  /**
5440   * 
5441   * @return {boolean}
5442   */
5443  isSticky() {
5444    return false;
5445  }
5446};
5447SymmetryAxisChange["__class"] = "com.vzome.core.edits.SymmetryAxisChange";
5448

5449// src/worker/legacy/from-java/com/vzome/core/edits/SymmetryCenterChange.ts
5450var SymmetryCenterChange = class extends UndoableEdit {
5451  constructor(editor, newCenter) {
5452    if ((editor != null && (editor.constructor != null && editor.constructor["__interfaces"] != null && editor.constructor["__interfaces"].indexOf("com.vzome.core.editor.api.ImplicitSymmetryParameters") >= 0) || editor === null) && (newCenter != null && newCenter instanceof Point || newCenter === null)) {
5453      let __args = arguments;
5454      super();
5455      if (this.mOldCenter === void 0) {
5456        this.mOldCenter = null;
5457      }
5458      if (this.mNewCenter === void 0) {
5459        this.mNewCenter = null;
5460      }
5461      if (this.editor === void 0) {
5462        this.editor = null;
5463      }
5464      this.mOldCenter = editor.getCenterPoint();
5465      this.mNewCenter = newCenter;
5466      this.editor = editor;
5467    } else if ((editor != null && (editor.constructor != null && editor.constructor["__interfaces"] != null && editor.constructor["__interfaces"].indexOf("com.vzome.core.editor.api.ImplicitSymmetryParameters") >= 0) || editor === null) && newCenter === void 0) {
5468      let __args = arguments;
5469      {
5470        let __args2 = arguments;
5471        let newCenter2 = null;
5472        super();
5473        if (this.mOldCenter === void 0) {
5474          this.mOldCenter = null;
5475        }
5476        if (this.mNewCenter === void 0) {
5477          this.mNewCenter = null;
5478        }
5479        if (this.editor === void 0) {
5480          this.editor = null;
5481        }
5482        this.mOldCenter = editor.getCenterPoint();
5483        this.mNewCenter = newCenter2;
5484        this.editor = editor;
5485      }
5486    } else throw new Error("invalid overload");
5487  }
5488  configure(props) {
5489    const man = props.get("picked");
5490    if (man != null) this.mNewCenter = man.getFirstConstruction();
5491  }
5492  /**
5493   * 
5494   * @return {boolean}
5495   */
5496  isNoOp() {
5497    return this.mNewCenter == null || this.mNewCenter.getLocation().equals(this.mOldCenter.getLocation());
5498  }
5499  /**
5500   * 
5501   * @return {boolean}
5502   */
5503  isVisible() {
5504    return false;
5505  }
5506  /**
5507   * 
5508   */
5509  redo() {
5510    if (this.isNoOp()) return;
5511    this.editor.setCenterPoint(this.mNewCenter);
5512  }
5513  /**
5514   * 
5515   */
5516  undo() {
5517    if (this.isNoOp()) return;
5518    this.editor.setCenterPoint(this.mOldCenter);
5519  }
5520  /**
5521   * 
5522   * @param {*} doc
5523   * @return {*}
5524   */
5525  getXml(doc) {
5526    const result = doc.createElement("SymmetryCenterChange");
5527    XmlSaveFormat.serializePoint(result, "new", this.mNewCenter);
5528    return result;
5529  }
5530  /**
5531   * 
5532   * @param {*} doc
5533   * @return {*}
5534   */
5535  getDetailXml(doc) {
5536    return this.getXml(doc);
5537  }
5538  /**
5539   * 
5540   * @param {*} xml
5541   * @param {XmlSaveFormat} format
5542   * @param {*} context
5543   */
5544  loadAndPerform(xml, format, context) {
5545    if (format.rationalVectors()) {
5546      this.mNewCenter = format.parsePoint$org_w3c_dom_Element$java_lang_String(xml, "new");
5547    } else {
5548      const attrs = format.loadCommandAttributes$org_w3c_dom_Element(xml);
5549      const center = attrs.get("new");
5550      this.mNewCenter = new FreePoint(center.getLocation().projectTo3d(true));
5551    }
5552    context.performAndRecord(this);
5553  }
5554  /**
5555   * 
5556   */
5557  perform() {
5558    if (this.mNewCenter == null) {
5559      this.mNewCenter = this.editor.getSelectedConstruction(Point);
5560      if (this.mNewCenter == null) throw new Command.Failure("Selection is not a single ball.");
5561    }
5562    this.redo();
5563  }
5564  /**
5565   * 
5566   * @return {boolean}
5567   */
5568  isDestructive() {
5569    return true;
5570  }
5571  /**
5572   * 
5573   * @return {boolean}
5574   */
5575  isSticky() {
5576    return false;
5577  }
5578};
5579SymmetryCenterChange["__class"] = "com.vzome.core.edits.SymmetryCenterChange";
5580

5581// src/worker/legacy/from-java/com/vzome/core/editor/CommandEdit.ts
5582var CommandEdit = class _CommandEdit extends ChangeManifestations {
5583  static logger_$LI$() {
5584    if (_CommandEdit.logger == null) {
5585      _CommandEdit.logger = java.util.logging.Logger.getLogger("com.vzome.core.editor.CommandEdit");
5586    }
5587    return _CommandEdit.logger;
5588  }
5589  static loadAndPerformLgger_$LI$() {
5590    if (_CommandEdit.loadAndPerformLgger == null) {
5591      _CommandEdit.loadAndPerformLgger = java.util.logging.Logger.getLogger("com.vzome.core.editor.CommandEdit.loadAndPerform");
5592    }
5593    return _CommandEdit.loadAndPerformLgger;
5594  }
5595  constructor(cmd, editor) {
5596    super(editor);
5597    if (this.mEditorModel === void 0) {
5598      this.mEditorModel = null;
5599    }
5600    if (this.mCommand === void 0) {
5601      this.mCommand = null;
5602    }
5603    if (this.mAttrs === void 0) {
5604      this.mAttrs = null;
5605    }
5606    this.mEditorModel = editor;
5607    this.mCommand = cmd;
5608  }
5609  /**
5610   * 
5611   * @return {boolean}
5612   */
5613  groupingAware() {
5614    return true;
5615  }
5616  /**
5617   * 
5618   * @return {string}
5619   */
5620  getXmlElementName() {
5621    const cmdName = (
5622      /* getName */
5623      ((c) => typeof c === "string" ? c : c["__class"] ? c["__class"] : c["name"])(this.mCommand.constructor)
5624    );
5625    const lastDot = cmdName.lastIndexOf(".");
5626    return cmdName.substring(lastDot + 1 + "Command".length);
5627  }
5628  /**
5629   * 
5630   * @param {*} result
5631   */
5632  getXmlAttributes(result) {
5633    this.mCommand.getXml(result, this.mAttrs);
5634  }
5635  /**
5636   * 
5637   * @param {*} xml
5638   * @param {XmlSaveFormat} format
5639   */
5640  setXmlAttributes(xml, format) {
5641    this.mAttrs = this.mCommand.setXml(xml, format);
5642    this.mAttrs.put(Command.LOADING_FROM_FILE, javaemul.internal.BooleanHelper.TRUE);
5643  }
5644  /**
5645   * 
5646   */
5647  perform() {
5648    const isHide = this.mCommand != null && this.mCommand instanceof CommandHide;
5649    if (_CommandEdit.logger_$LI$().isLoggable(java.util.logging.Level.FINER)) {
5650      _CommandEdit.logger_$LI$().finer("------------------- CommandEdit");
5651    }
5652    if (this.mCommand.ordersSelection()) this.setOrderedSelection(true);
5653    const constrsBefore = new ConstructionList();
5654    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
5655      let man = index.next();
5656      {
5657        if (_CommandEdit.logger_$LI$().isLoggable(java.util.logging.Level.FINER)) {
5658          _CommandEdit.logger_$LI$().finer("----------- manifestation: " + man.toString());
5659          for (const iterator = man.getConstructions(); iterator.hasNext(); ) {
5660            {
5661              const c = iterator.next();
5662              _CommandEdit.logger_$LI$().finer("   " + c.toString());
5663            }
5664            ;
5665          }
5666        }
5667        this.unselect$com_vzome_core_model_Manifestation(man);
5668        if (isHide) this.hideManifestation(man);
5669        else {
5670          const construction = man.getFirstConstruction();
5671          constrsBefore.add(construction);
5672        }
5673      }
5674    }
5675    this.redo();
5676    if (isHide) return;
5677    if (this.mAttrs == null) this.mAttrs = new AttributeMap();
5678    const symmAxis = this.mEditorModel.getSymmetrySegment();
5679    if (symmAxis != null) this.mAttrs.put(CommandTransform.SYMMETRY_AXIS_ATTR_NAME, symmAxis);
5680    this.mAttrs.put(CommandTransform.SYMMETRY_CENTER_ATTR_NAME, this.mEditorModel.getCenterPoint());
5681    this.mAttrs.put(Command.FIELD_ATTR_NAME, this.mManifestations.getField());
5682    const news = new _CommandEdit.NewConstructions();
5683    let selectionAfter = null;
5684    const signature = this.mCommand.getParameterSignature();
5685    const actualsLen = constrsBefore.size();
5686    if (signature.length === actualsLen || signature.length === 1 && /* equals */
5687    ((o1, o2) => o1 && o1.equals ? o1.equals(o2) : o1 === o2)(signature[0][0], Command.GENERIC_PARAM_NAME)) {
5688      try {
5689        selectionAfter = this.mCommand.apply(constrsBefore, this.mAttrs, news);
5690      } catch (f) {
5691        this.undo();
5692        throw f;
5693      }
5694    } else if (signature.length > actualsLen) {
5695      this.fail("Too few objects in the selection.");
5696    } else if (signature.length === 1) {
5697      let partial;
5698      selectionAfter = new ConstructionList();
5699      for (let i = 0; i < actualsLen; i++) {
5700        {
5701          const param = constrsBefore.get(i);
5702          const formalClass = signature[0][1];
5703          if (formalClass === Point && (param != null && param instanceof Point) || formalClass === Segment && (param != null && param instanceof Segment)) {
5704            const single = new ConstructionList();
5705            single.addConstruction(param);
5706            partial = this.mCommand.apply(single, this.mAttrs, news);
5707            selectionAfter.addAll(partial);
5708          } else selectionAfter.add(param);
5709        }
5710        ;
5711      }
5712    } else this.fail("Too many objects in the selection.");
5713    for (let index = news.iterator(); index.hasNext(); ) {
5714      let c = index.next();
5715      {
5716        this.manifestConstruction(c);
5717      }
5718    }
5719    for (let index = selectionAfter.iterator(); index.hasNext(); ) {
5720      let cons = index.next();
5721      {
5722        if (cons.failed()) {
5723          _CommandEdit.logBugAccommodation("failed construction");
5724          this.mEditorModel.addFailedConstruction(cons);
5725          continue;
5726        }
5727        const man = this.manifestConstruction(cons);
5728        if (man != null) this.select$com_vzome_core_model_Manifestation(man);
5729      }
5730    }
5731    this.redo();
5732  }
5733  /**
5734   * 
5735   * @param {*} xml
5736   * @param {XmlSaveFormat} format
5737   * @param {*} context
5738   */
5739  loadAndPerform(xml, format, context) {

5740    let cmdName = null;
5741    if (format.selectionsNotSaved()) cmdName = xml.getLocalName();
5742    else if (format.commandEditsCompacted()) cmdName = "Command" + xml.getLocalName();
5743    else cmdName = xml.getAttribute("command");
5744    if (cmdName === "CommandIcosahedralSymmetry") cmdName = "CommandSymmetry";
5745    this.mCommand = context.createLegacyCommand(cmdName);
5746    if (format.selectionsNotSaved()) {
5747      const selectedBefore = new java.util.LinkedHashSet();
5748      context.performAndRecord(new BeginBlock(null));
5749      this.mAttrs = new AttributeMap();
5750      const nodes = xml.getChildNodes();
5751      for (let j = 0; j < nodes.getLength(); j++) {
5752        {
5753          const kid2 = nodes.item(j);
5754          if (kid2 != null && (kid2.constructor != null && kid2.constructor["__interfaces"] != null && kid2.constructor["__interfaces"].indexOf("org.w3c.dom.Element") >= 0)) {
5755            const attrOrParam = kid2;
5756            const apName = attrOrParam.getLocalName();
5757            if (apName === "attr") {
5758              let attrName = attrOrParam.getAttribute("name");
5759              if (
5760                /* endsWith */
5761                ((str, searchString) => {
5762                  let pos = str.length - searchString.length;
5763                  let lastIndex = str.indexOf(searchString, pos);
5764                  return lastIndex !== -1 && lastIndex === pos;
5765                })(attrName, ".symmetry.center")
5766              ) attrName = CommandTransform.SYMMETRY_CENTER_ATTR_NAME;
5767              else if (attrName === "reflection.mirror.normal.segment") attrName = CommandTransform.SYMMETRY_AXIS_ATTR_NAME;
5768              const val = DomUtils.getFirstChildElement$org_w3c_dom_Element(attrOrParam);
5769              let valName = val.getLocalName();
5770              if (valName === "FreePoint") valName = "point";
5771              let value = format.parseAlgebraicObject(valName, val);
5772              if (value === XmlSaveFormat.NOT_AN_ATTRIBUTE_$LI$()) value = format.parseConstruction$java_lang_String$org_w3c_dom_Element(valName, val);
5773              if (attrName === CommandTransform.SYMMETRY_CENTER_ATTR_NAME) {
5774                const c = new FreePoint(value.getLocation().projectTo3d(true));
5775                context.performAndRecord(new SymmetryCenterChange(this.mEditorModel, c));
5776              } else if (attrName === CommandTransform.SYMMETRY_AXIS_ATTR_NAME) {
5777                context.performAndRecord(new SymmetryAxisChange(this.mEditorModel, value));
5778                if (!this.mCommand.attributeIs3D(attrName)) {
5779                  const vector = value.getOffset();
5780                  this.mCommand.setQuaternion(vector);
5781                }
5782              } else this.mAttrs.put(attrName, value);
5783            } else {
5784              const c = format.parseConstruction$java_lang_String$org_w3c_dom_Element(apName, attrOrParam);
5785              if (c != null) {
5786                if (this.mEditorModel.hasFailedConstruction(c)) {
5787                  _CommandEdit.logBugAccommodation("skip selecting a failed construction");
5788                  continue;
5789                }
5790                const m = this.getManifestation(c);
5791                if (m == null || m.isUnnecessary()) {
5792                  _CommandEdit.loadAndPerformLgger_$LI$().severe("CommandEdit parameter: " + attrOrParam.toString());
5793                  throw new Command.Failure("no manifestation to be selected.");
5794                }
5795                if (!selectedBefore.contains(m)) selectedBefore.add(m);
5796              }
5797            }
5798          }
5799        }
5800        ;
5801      }
5802      if (selectedBefore.size() > (this.mManifestations.size() / 2 | 0)) {
5803        const toUnselect = new java.util.ArrayList();
5804        for (let index = this.mManifestations.iterator(); index.hasNext(); ) {
5805          let m = index.next();
5806          {
5807            if (!selectedBefore.contains(m)) toUnselect.add(m);
5808          }
5809        }
5810        let edit = new SelectAll(this.mEditorModel);
5811        context.performAndRecord(edit);
5812        for (let index = toUnselect.iterator(); index.hasNext(); ) {
5813          let m = index.next();
5814          {
5815            edit = new SelectManifestation(this.mEditorModel, m);
5816            context.performAndRecord(edit);
5817          }
5818        }
5819      } else {
5820        let edit = new DeselectAll(this.mEditorModel);
5821        context.performAndRecord(edit);
5822        for (let index = selectedBefore.iterator(); index.hasNext(); ) {
5823          let m = index.next();
5824          {
5825            edit = new SelectManifestation(this.mEditorModel, m);
5826            context.performAndRecord(edit);
5827          }
5828        }
5829      }
5830      context.performAndRecord(new EndBlock(null));
5831      this.redo();
5832      if (this.mCommand != null && this.mCommand instanceof CommandObliquePentagon) {
5833        const edit = new AffinePentagon(this.mEditorModel);
5834        context.performAndRecord(edit);
5835        return;
5836      }
5837      this.mCommand.setFixedAttributes(this.mAttrs, format);
5838      this.mAttrs.put(Command.LOADING_FROM_FILE, javaemul.internal.BooleanHelper.TRUE);
5839      context.performAndRecord(this);
5840    } else super.loadAndPerform(xml, format, context);
5841  }
5842};
5843CommandEdit["__class"] = "com.vzome.core.editor.CommandEdit";
5844((CommandEdit2) => {
5845  class NewConstructions extends java.util.ArrayList {
5846    constructionAdded$com_vzome_core_construction_Construction(c) {
5847      this.add(c);
5848    }
5849    constructionAdded$com_vzome_core_construction_Construction$com_vzome_core_construction_Color(c, c

5849olor) {
5850      this.add(c);
5851    }
5852    /**
5853     * 
5854     * @param {Construction} c
5855     * @param {Color} color
5856     */
5857    constructionAdded(c, color) {
5858      if ((c != null && c instanceof Construction || c === null) && (color != null && color instanceof Color || color === null)) {
5859        return this.constructionAdded$com_vzome_core_construction_Construction$com_vzome_core_construction_Color(c, color);
5860      } else if ((c != null && c instanceof Construction || c === null) && color === void 0) {
5861        return this.constructionAdded$com_vzome_core_construction_Construction(c);
5862      } else throw new Error("invalid overload");
5863    }
5864    constructor() {
5865      super();
5866    }
5867  }
5868  CommandEdit2.NewConstructions = NewConstructions;
5869  NewConstructions["__class"] = "com.vzome.core.editor.CommandEdit.NewConstructions";
5870  NewConstructions["__interfaces"] = ["java.util.RandomAccess", "java.util.List", "java.lang.Cloneable", "com.vzome.core.construction.ConstructionChanges", "java.util.Collection", "java.lang.Iterable", "java.io.Serializable"];
5871})(CommandEdit || (CommandEdit = {}));
5872

5873// src/worker/legacy/from-java/com/vzome/core/construction/PointReflection.ts
5874var PointReflection = class extends Transformation {
5875  constructor(center) {
5876    super(center.field);
5877    if (this.mCenter === void 0) {
5878      this.mCenter = null;
5879    }
5880    this.mCenter = center;
5881    this.mapParamsToState();
5882  }
5883  /**
5884   * 
5885   * @return {boolean}
5886   */
5887  mapParamsToState() {
5888    if (this.mCenter.isImpossible()) this.setStateVariables(null, null, true);
5889    const loc = this.mCenter.getLocation().projectTo3d(true);
5890    return this.setStateVariables(null, loc, false);
5891  }
5892  transform$com_vzome_core_algebra_AlgebraicVector(arg) {
5893    arg = arg.minus(this.mOffset);
5894    arg = this.mOffset.minus(arg);
5895    return arg;
5896  }
5897  /**
5898   * 
5899   * @param {AlgebraicVector} arg
5900   * @return {AlgebraicVector}
5901   */
5902  transform(arg) {
5903    if (arg != null && arg instanceof AlgebraicVector || arg === null) {
5904      return this.transform$com_vzome_core_algebra_AlgebraicVector(arg);
5905    } else if (arg != null && arg instanceof Construction || arg === null) {
5906      return this.transform$com_vzome_core_construction_Construction(arg);
5907    } else throw new Error("invalid overload");
5908  }
5909};
5910PointReflection["__class"] = "com.vzome.core.construction.PointReflection";
5911

5912// src/worker/legacy/from-java/com/vzome/core/commands/CommandCentralSymmetry.ts
5913var CommandCentralSymmetry = class extends CommandTransform {
5914  /**
5915   * 
5916   * @return {java.lang.Object[][]}
5917   */
5918  getAttributeSignature() {
5919    return CommandTransform.ATTR_SIGNATURE_$LI$();
5920  }
5921  /**
5922   * 
5923   * @param {ConstructionList} parameters
5924   * @param {AttributeMap} attributes
5925   * @param {*} effects
5926   * @return {ConstructionList}
5927   */
5928  apply(parameters, attributes, effects) {
5929    const output = new ConstructionList();
5930    const center = attributes.get(CommandTransform.SYMMETRY_CENTER_ATTR_NAME);
5931    const params = parameters.getConstructions();
5932    for (let index = 0; index < params.length; index++) {
5933      let param = params[index];
5934      {
5935        output.addConstruction(param);
5936      }
5937    }
5938    const transform = new PointReflection(center);
5939    effects["constructionAdded$com_vzome_core_construction_Construction"](transform);
5940    return this.transform(params, transform, effects);
5941  }
5942  constructor() {
5943    super();
5944  }
5945};
5946CommandCentralSymmetry["__class"] = "com.vzome.core.commands.CommandCentralSymmetry";
5947CommandCentralSymmetry["__interfaces"] = ["com.vzome.core.commands.Command"];
5948

5949// src/worker/legacy/from-java/com/vzome/core/construction/CentroidPoint.ts
5950var CentroidPoint = class extends Point {
5951  constructor(points) {
5952    super(points[0].field);
5953    if (this.mPoints === void 0) {
5954      this.mPoints = null;
5955    }
5956    this.mPoints = points;
5957    this.mapParamsToState();
5958  }
5959  /**
5960   * 
5961   * @return {boolean}
5962   */
5963  mapParamsToState() {
5964    let centroid = this.mPoints[0].getLocation();
5965    let num = 1;
5966    for (let i = 1; i < this.mPoints.length; i++) {
5967      {
5968        centroid = centroid.plus(this.mPoints[i].getLocation());
5969        num++;
5970      }
5971      ;
5972    }
5973    centroid = centroid.scale(this.field["createRational$long$long"](1, num));
5974    return this.setStateVariable(centroid, false);
5975  }
5976};
5977CentroidPoint["__class"] = "com.vzome.core.construction.CentroidPoint";
5978

5979// src/worker/legacy/from-java/com/vzome/core/commands/CommandCentroid.ts
5980var CommandCentroid = class _CommandCentroid extends AbstractCommand {
5981  static PARAM_SIGNATURE_$LI$() {
5982    if (_CommandCentroid.PARAM_SIGNATURE == null) {
5983      _CommandCentroid.PARAM_SIGNATURE = [[Command.GENERIC_PARAM_NAME, Point]];
5984    }
5985    return _CommandCentroid.PARAM_SIGNATURE;
5986  }
5987  static ATTR_SIGNATURE_$LI$() {
5988    if (_CommandCentroid.ATTR_SIGNATURE == null) {
5989      _CommandCentroid.ATTR_SIGNATURE = [];
5990    }
5991    return _CommandCentroid.ATTR_SIGNATURE;
5992  }
5993  /**
5994   * 
5995   * @return {java.lang.Object[][]}
5996   */
5997  getParameterSignature() {
5998    return _CommandCentroid.PARAM_SIGNATURE_$LI$();
5999  }
6000  /**
6001   * 
6002   * @return {java.lang.Object[][]}
6003   */
6004  getAttributeSignature() {
6005    return _CommandCentroid.ATTR_SIGNATURE_$LI$();
6006  }
6007  /**
6008   * 
6009   * @param {ConstructionList} parameters
6010   * @param {AttributeMap} attrs
6011   * @param {*} effects
6012   * @return {ConstructionList}
6013   */
6014  apply(parameters, attrs, effects) {
6015    const result = new ConstructionList();
6016    if (parameters == null || parameters.size() === 0) throw new Command.Failure("Select two or more balls to compute their centroid.");
6017    const params = parameters.getConstructions();
6018    const verticesList = new java.util.ArrayList();
6019    for (let index = 0; index < params.length; index++) {
6020      let param = params[index];
6021      {
6022        if (param != null && param instanceof Point) {
6023          verticesList.add(param);
6024        }
6025      }
6026    }
6027    if (verticesList.isEmpty()) throw new Command.Failure("Select two or more balls to compute their centroid.");
6028    const points = [];
6029    const centroid = new CentroidPoint(verticesList.toArray(points));
6030    effects["constructionAdded$com_vzome_core_construction_Construction"](centroid);
6031    result.addConstruction(centroid);
6032    return result;
6033  }
6034  constructor() {
6035    super();
6036  }
6037};
6038CommandCentroid["__class"] = "com.vzome.core.commands.CommandCentroid";
6039CommandCentroid["__interfaces"] = ["com.vzome.core.commands.Command"];
6040

6041// src/worker/legacy/from-java/com/vzome/core/construction/SegmentMidpoint.ts
6042var SegmentMidpoint = class extends Point {
6043  constructor(seg) {
6044    super(seg.field);
6045    if (this.mSegment === void 0) {
6046      this.mSegment = null;
6047    }
6048    this.mSegment = seg;
6049    this.mapParamsToState();
6050  }
6051  /**
6052   * 
6053   * @return {boolean}
6054   */
6055  mapParamsToState() {
6056    if (this.mSegment.isImpossible()) return this.setStateVariable(null, true);
6057    const half = this.field["createRational$long$long"](1, 2);
6058    let loc = this.mSegment.getStart();
6059    loc = loc.plus(this.mSegment.getOffset().scale(half));
6060    return this.setStateVariable(loc, false);
6061  }
6062};
6063SegmentMidpoint["__class"] = "com.vzome.core.construction.SegmentMidpoint";
6064

6065// src/worker/legacy/from-java/com/vzome/core/commands/CommandMidpoint.ts
6066var CommandMidpoint = class _CommandMidpoint extends AbstractCommand {
6067  static PARAM_SIGNATURE_$LI$() {
6068    if (_CommandMidpoint.PARAM_SIGNATURE == null) {
6069      _CommandMidpoint.PARAM_SIGNATURE = [["segment", Segment]];
6070    }
6071    return _CommandMidpoint.PARAM_SIGNATURE;
6072  }
6073  static ATTR_SIGNATURE_$LI$() {
6074    if (_CommandMidpoint.ATTR_SIGNATURE == null) {
6075      _CommandMidpoint.ATTR_SIGNATURE = [];
6076    }
6077    return _CommandMidpoint.ATTR_SIGNATURE;
6078  }
6079  /**
6080   * 
6081   * @return {java.lang.Object[][]}
6082   */
6083  getParameterSignature() {
6084    return _CommandMidpoint.PARAM_SIGNATURE_$LI$();
6085  }
6086  /**
6087   * 
6088   * @return {java.lang.Object[][]}
6089   */
6090  getAttributeSignature() {
6091    return _CommandMidpoint.ATTR_SIGNATURE_$LI$();
6092  }
6093  /**
6094   * 
6095   * @param {ConstructionList} parameters
6096   * @param {AttributeMap} attrs
6097   * @param {*} effects
6098   * @return {ConstructionList}
6099   */
6100  apply(parameters, attrs, effects) {
6101    const result = new ConstructionList();
6102    if (parameters == null || parameters.size() !== 1) throw new Command.Failure("Midpoint can only apply to a single strut.");
6103    try {
6104      const segment = parameters.get(0);
6105      const midpoint = new SegmentMidpoint(segment);
6106      result.addConstruction(midpoint);
6107      effects["constructionAdded$com_vzome_core_construction_Construction"](midpoint);
6108    } catch (e) {
6109      throw new Command.Failure("Midpoint can only apply to a strut.");
6110    }
6111    return result;
6112  }
6113  constructor() {
6114    super();
6115  }
6116};
6117CommandMidpoint["__class"] = "com.vzome.core.commands.CommandMidpoint";
6118CommandMidpoint["__interfaces"] = ["com.vzome.core.commands.Command"];
6119

6120// src/worker/legacy/from-java/com/vzome/core/construction/Plane.ts
6121var Plane = class extends Construction {
6122  constructor(field5) {
6123    super(field5);
6124    if (this.mBase === void 0) {
6125      this.mBase = null;
6126    }
6127    if (this.mNormal === void 0) {
6128      this.mNormal = null;
6129    }
6130  }
6131  /**
6132   * 
6133   * @return {boolean}
6134   */
6135  is3d() {
6136    return true;
6137  }
6138  setStateVariables(base, normal, impossible) {
6139    if (impossible) {
6140      if (this.isImpossible()) return false;
6141      this.setImpossible(true);
6142      return true;
6143    }
6144    if (normal.equals(this.mNormal) && !this.isImpossible() && base.equals(this.mBase)) return false;
6145    normal = normal.projectTo3d(true);
6146    this.mNormal = normal;
6147    this.mBase = base.projectTo3d(true);
6148    this.setImpossible(false);
6149    return true;
6150  }
6151  getBase() {
6152    return this.mBase;
6153  }
6154  getNormal() {
6155    return this.mNormal;
6156  }
6157  /**
6158   * 
6159   * @param {*} doc
6160   * @return {*}
6161   */
6162  getXml(doc) {
6163    const result = doc.createElement("plane");
6164    return result;
6165  }
6166  getHomogeneous() {
6167    return null;
6168  }
6169};
6170Plane["__class"] = "com.vzome.core.construction.Plane";
6171

6172// src/worker/legacy/from-java/com/vzome/core/construction/PlaneFromNormalSegment.ts
6173var PlaneFromNormalSegment = class extends Plane {
6174  constructor(intersection, normal) {
6175    super(intersection.field);
6176    if (this.__com_vzome_core_construction_PlaneFromNormalSegment_mNormal === void 0) {
6177      this.__com_vzome_core_construction_PlaneFromNormalSegment_mNormal = null;
6178    }
6179    if (this.mIntersection === void 0) {
6180      this.mIntersection = null;
6181    }
6182    this.__com_vzome_core_construction_PlaneFromNormalSegment_mNormal = normal;
6183    this.mIntersection = intersection;
6184    this.mapParamsToState();
6185  }
6186  /**
6187   * 
6188   * @return {boolean}
6189   */
6190  mapParamsToState() {
6191    if (this.__com_vzome_core_construction_PlaneFromNormalSegment_mNormal.isImpossible() || this.mIntersection.isImpossible()) return this.setStateVariables(null, null, true);
6192    return this.setStateVariables(this.mIntersection.getLocation(), this.__com_vzome_core_construction_PlaneFromNormalSegment_mNormal.getOffset(), false);
6193  }
6194};
6195PlaneFromNormalSegment["__class"] = "com.vzome.core.construction.PlaneFromNormalSegment";
6196

6197// src/worker/legacy/from-java/com/vzome/core/construction/PlaneReflection.ts
6198var PlaneReflection = class extends Transformation {
6199  constructor(mirror) {
6200    super(mirror.field);
6201    if (this.mMirror === void 0) {
6202      this.mMirror = null;
6203    }
6204    if (this.mNormal === void 0) {
6205      this.mNormal = null;
6206    }
6207    if (this.mBase === void 0) {
6208      this.mBase = null;
6209    }
6210    if (this.mNormDotReciprocal === void 0) {
6211      this.mNormDotReciprocal = null;
6212    }
6213    this.mMirror = mirror;
6214    this.mNormal = mirror.getNormal();
6215    this.mBase = mirror.getBase();
6216    this.mNormDotReciprocal = this.mNormal.dot(this.mNormal).reciprocal();
6217    this.mapParamsToState();
6218  }
6219  /**
6220   * 
6221   * @return {boolean}
6222   */
6223  mapParamsToState() {
6224    if (this.mMirror.isImpossible()) this.setStateVariables(null, null, true);
6225    const loc = this.mMirror.getBase();
6226    return this.setStateVariables(null, loc, false);
6227  }
6228  transform$com_vzome_core_algebra_AlgebraicVector(arg) {
6229    arg = arg.minus(this.mBase);
6230    let xy = arg.dot(this.mNormal);
6231    xy = xy["times$com_vzome_core_algebra_AlgebraicNumber"](this.field["createRational$long"](2));
6232    arg = arg.minus(this.mNormal.scale(xy["times$com_vzome_core_algebra_AlgebraicNumber"](this.mNormDotReciprocal)));
6233    return arg.plus(this.mBase);
6234  }
6235  /**
6236   * 
6237   * @param {AlgebraicVector} arg
6238   * @return {AlgebraicVector}
6239   */
6240  transform(arg) {
6241    if (arg != null && arg instanceof AlgebraicVector || arg === null) {
6242      return this.transform$com_vzome_core_algebra_AlgebraicVector(arg);
6243    } else if (arg != null && arg instanceof Construction || arg === null) {
6244      return this.transform$com_vzome_core_construction_Construction(arg);
6245    } else throw new Error("invalid overload");
6246  }
6247};
6248PlaneReflection["__class"] = "com.vzome.core.construction.PlaneReflection";
6249

6250// src/worker/legacy/from-java/com/vzome/core/commands/CommandMirrorSymmetry.ts
6251var CommandMirrorSymmetry = class extends CommandTransform {
6252  /**
6253   * 
6254   * @param {ConstructionList} parameters
6255   * @param {AttributeMap} attributes
6256   * @param {*} effects
6257   * @return {ConstructionList}
6258   */
6259  apply(parameters, attributes, effects) {
6260    const center = attributes.get(CommandTransform.SYMMETRY_CENTER_ATTR_NAME);
6261    const norm = attributes.get(CommandTransform.SYMMETRY_AXIS_ATTR_NAME);
6262    if (norm == null) {
6263      throw new Command.Failure("no symmetry axis provided");
6264    }
6265    const params = parameters.getConstructions();
6266    const mirror = new PlaneFromNormalSegment(center, norm);
6267    effects["constructionAdded$com_vzome_core_construction_Construction"](mirror);
6268    const transform = new PlaneReflection(mirror);
6269    return this.transform(params, transform, effects);
6270  }
6271  constructor() {
6272    super();
6273  }
6274};
6275CommandMirrorSymmetry["__class"] = "com.vzome.core.commands.CommandMirrorSymmetry";
6276CommandMirrorSymmetry["__interfaces"] = ["com.vzome.core.commands.Command"];
6277

6278// src/worker/legacy/from-java/com/vzome/core/commands/CommandPolygon.ts
6279var CommandPolygon = class _CommandPolygon extends AbstractCommand {
6280  static PARAM_SIGNATURE_$LI$() {
6281    if (_CommandPolygon.PARAM_SIGNATURE == null) {
6282      _CommandPolygon.PARAM_SIGNATURE = [[Command.GENERIC_PARAM_NAME, Point]];
6283    }
6284    return _CommandPolygon.PARAM_SIGNATURE;
6285  }
6286  static ATTR_SIGNATURE_$LI$() {
6287    if (_CommandPolygon.ATTR_SIGNATURE == null) {
6288      _CommandPolygon.ATTR_SIGNATURE = [];
6289    }
6290    return _CommandPolygon.ATTR_SIGNATURE;
6291  }
6292  /**
6293   * 
6294   * @return {java.lang.Object[][]}
6295   */
6296  getParameterSignature() {
6297    return _CommandPolygon.PARAM_SIGNATURE_$LI$();
6298  }
6299  /**
6300   * 
6301   * @return {java.lang.Object[][]}
6302   */
6303  getAttributeSignature() {
6304    return _CommandPolygon.ATTR_SIGNATURE_$LI$();
6305  }
6306  /**
6307   * 
6308   * @return {boolean}
6309   */
6310  ordersSelection() {
6311    return true;
6312  }
6313  /**
6314   * 
6315   * @param {ConstructionList} parameters
6316   * @param {AttributeMap} attrs
6317   * @param {*} effects
6318   * @return {ConstructionList}
6319   */
6320  apply(parameters, attrs, effects) {
6321    const points = new java.util.ArrayList();
6322    {
6323      let array = parameters.getConstructions();
6324      for (let index = 0; index < array.length; index++) {
6325        let param = array[index];
6326        {
6327          if (param != null && param instanceof Point) {
6328            points.add(param);
6329          }
6330        }
6331      }
6332    }
6333    let errorMsg = null;
6334    if (points.size() < 3) {
6335      errorMsg = "A polygon requires at least three vertices.";
6336    } else if (points.get(0).is3d() && points.get(1).is3d() && points.get(1).is3d()) {
6337      const normal = AlgebraicVectors.getNormal$com_vzome_core_algebra_AlgebraicVector$com_vzome_core_algebra_AlgebraicVector$com_vzome_core_algebra_AlgebraicVector(points.get(0).getLocation(), points.get(1).getLocation(), points.get(2).getLocation());
6338      if (normal.isOrigin()) {
6339        errorMsg = "First 3 points cannot be collinear.";
6340      } else {
6341        let base = null;
6342        for (let index = points.iterator(); index.hasNext(); ) {
6343          let point = index.next();
6344          {
6345            if (base == null) {
6346              base = point.getLocation();
6347            } else {
6348              if (!point.getLocation().minus(base).dot(normal).isZero()) {
6349                errorMsg = "Points are not coplanar.";
6350                break;
6351              }
6352            }
6353          }
6354        }
6355      }
6356    }
6357    if (errorMsg != null && attrs.get(Command.LOADING_FROM_FILE) == null) {
6358      throw new Command.Failure(errorMsg);
6359    }
6360    const poly = new PolygonFromVertices(points);
6361    if (errorMsg != null) {
6362      poly.setFailed();
6363    } else {
6364      effects["constructionAdded$com_vzome_core_construction_Construction"](poly);
6365    }
6366    const result = new ConstructionList();
6367    result.addConstruction(poly);
6368    return result;
6369  }
6370  constructor() {
6371    super();
6372  }
6373};
6374CommandPolygon["__class"] = "com.vzome.core.commands.CommandPolygon";
6375CommandPolygon["__interfaces"] = ["com.vzome.core.commands.Command"];
6376

6377// src/worker/legacy/from-java/com/vzome/core/commands/CommandTranslate.ts
6378var CommandTranslate = class extends CommandTransform {
6379  /**
6380   * 
6381   * @param {ConstructionList} parameters
6382   * @param {AttributeMap} attributes
6383   * @param {*} effects
6384   * @return {ConstructionList}
6385   */
6386  apply(parameters, attributes, effects) {
6387    const norm = attributes.get(CommandTransform.SYMMETRY_AXIS_ATTR_NAME);
6388    if (norm == null) {
6389      throw new Command.Failure("no symmetry axis provided");
6390    }
6391    const params = parameters.getConstructions();
6392    const field5 = norm.getField();
6393    const offset = field5.projectTo3d(norm.getOffset(), true);
6394    const transform = new Translation(offset);
6395    return this.transform(params, transform, effects);
6396  }
6397  constructor() {
6398    super();
6399  }
6400};
6401CommandTranslate["__class"] = "com.vzome.core.commands.CommandTranslate";
6402CommandTranslate["__interfaces"] = ["com.vzome.core.commands.Command"];
6403

6404// src/worker/legacy/from-java/com/vzome/api/Tool.ts
6405var Tool2;
6406((Tool3) => {
6407  let Kind;
6408  ((Kind2) => {
6409    Kind2[Kind2["SYMMETRY"] = 0] = "SYMMETRY";
6410    Kind2[Kind2["TRANSFORM"] = 1] = "TRANSFORM";
6411    Kind2[Kind2["LINEAR_MAP"] = 2] = "LINEAR_MAP";
6412  })(Kind = Tool3.Kind || (Tool3.Kind = {}));
6413})(Tool2 || (Tool2 = {}));
6414

6415// src/worker/legacy/from-java/com/vzome/core/construction/SymmetryTransformation.ts
6416var SymmetryTransformation = class extends Transformation {
6417  constructor(symm, orientation, center) {
6418    super(center.field);
6419    if (this.mCenter === void 0) {
6420      this.mCenter = null;
6421    }
6422    if (this.mSymmetry === void 0) {
6423      this.mSymmetry = null;
6424    }
6425    if (this.mOrientation === void 0) {
6426      this.mOrientation = 0;
6427    }
6428    this.mSymmetry = symm;
6429    this.mOrientation = orientation;
6430    this.mCenter = center;
6431    this.mapParamsToState();
6432  }
6433  /**
6434   * 
6435   * @return {boolean}
6436   */
6437  mapParamsToState() {
6438    if (this.mCenter.isImpossible()) return this.setStateVariables(null, null, true);
6439    const loc = this.mCenter.getLocation().projectTo3d(true);
6440    const matrix = this.mSymmetry.getMatrix(this.mOrientation);
6441    return this.setStateVariables(matrix, loc, false);
6442  }
6443};
6444SymmetryTransformation["__class"] = "com.vzome.core.construction.SymmetryTransformation";
6445

6446// src/worker/legacy/from-java/com/vzome/core/commands/CommandSymmetry.ts
6447var CommandSymmetry = class extends CommandTransform {
6448  constructor(symmetry) {
6449    if (symmetry != null && (symmetry.constructor != null && symmetry.constructor["__interfaces"] != null && symmetry.constructor["__interfaces"].indexOf("com.vzome.core.math.symmetry.Symmetry") >= 0) || symmetry === null) {
6450      let __args = arguments;
6451      super();
6452      if (this.mSymmetry === void 0) {
6453        this.mSymmetry = null;
6454      }
6455      this.mSymmetry = symmetry;
6456    } else if (symmetry === void 0) {
6457      let __args = arguments;
6458      {
6459        let __args2 = arguments;
6460        let symmetry2 = null;
6461        super();
6462        if (this.mSymmetry === void 0) {
6463          this.mSymmetry = null;
6464        }
6465        this.mSymmetry = symmetry2;
6466      }
6467    } else throw new Error("invalid overload");
6468  }
6469  /**
6470   * 
6471   * @return {java.lang.Object[][]}
6472   */
6473  getAttributeSignature() {
6474    return CommandTransform.GROUP_ATTR_SIGNATURE_$LI$();
6475  }
6476  setSymmetry(attributes) {
6477    if (this.mSymmetry == null) this.mSymmetry = attributes.get(CommandTransform.SYMMETRY_GROUP_ATTR_NAME);
6478    else if (!attributes.containsKey(CommandTransform.SYMMETRY_GROUP_ATTR_NAME)) attributes.put(CommandTransform.SYMMETRY_GROUP_ATTR_NAME, this.mSymmetry);
6479    if (this.mSymmetry == null) throw new java.lang.IllegalStateException("null symmetry no longer supported");
6480    const center = attributes.get(CommandTransform.SYMMETRY_CENTER_ATTR_NAME);
6481    return center;
6482  }
6483  /**
6484   * 
6485   * @param {AttributeMap} attributes
6486   * @param {XmlSaveFormat} format
6487   */
6488  setFixedAttributes(attributes, format) {
6489    if (!attributes.containsKey(CommandTransform.SYMMETRY_GROUP_ATTR_NAME)) {
6490      const icosahedralSymmetry = format.parseSymmetry("icosahedral");
6491      attributes.put(CommandTransform.SYMMETRY_GROUP_ATTR_NAME, icosahedralSymmetry);
6492    }
6493    super.setFixedAttributes(attributes, format);
6494  }
6495  /**
6496   * 
6497   * @param {ConstructionList} parameters
6498   * @param {AttributeMap} attributes
6499   * @param {*} effects
6500   * @return {ConstructionList}
6501   */
6502  apply(parameters, attributes, effects) {
6503    const center = this.setSymmetry(attributes);
6504    const params = parameters.getConstructions();
6505    const output = new ConstructionList();
6506    for (let index = 0; index < params.length; index++) {
6507      let param = params[index];
6508      {
6509        output.addConstruction(param);
6510      }
6511    }
6512    for (let i = 1; i < this.mSymmetry.getChiralOrder(); i++) {
6513      {
6514        const transform = new SymmetryTransformation(this.mSymmetry, i, center);
6515        output.addAll(this.transform(params, transform, effects));
6516      }
6517      ;
6518    }
6519    return output;
6520  }
6521};
6522CommandSymmetry["__class"] = "com.vzome.core.commands.CommandSymmetry";
6523CommandSymmetry["__interfaces"] = ["com.vzome.core.commands.Command"];
6524

6525// src/worker/legacy/from-java/com/vzome/core/commands/CommandTetrahedralSymmetry.ts
6526var CommandTetrahedralSymmetry = class _CommandTetrahedralSymmetry extends CommandSymmetry {
6527  static {
6528    this.SUBGROUP_ATTR_NAME = "symmetry.permutations";
6529  }
6530  static ATTR_SIGNATURE_$LI$() {
6531    if (_CommandTetrahedralSymmetry.ATTR_SIGNATURE == null) {
6532      _CommandTetrahedralSymmetry.ATTR_SIGNATURE = [[CommandTransform.SYMMETRY_CENTER_ATTR_NAME, Point], [CommandTransform.SYMMETRY_GROUP_ATTR_NAME, "com.vzome.core.math.symmetry.Symmetry"], [_CommandTetrahedralSymmetry.SUBGROUP_ATTR_NAME, [].constructor]];
6533    }
6534    return _CommandTetrahedralSymmetry.ATTR_SIGNATURE;
6535  }
6536  constructor(symmetry = null) {
6537    super(symmetry);
6538  }
6539  /**
6540   * 
6541   * @return {java.lang.Object[][]}
6542   */
6543  getAttributeSignature() {
6544    return _CommandTetrahedralSymmetry.ATTR_SIGNATURE_$LI$();
6545  }
6546  /**
6547   * 
6548   * @param {ConstructionList} parameters
6549   * @param {AttributeMap} attributes
6550   * @param {*} effects
6551   * @return {ConstructionList}
6552   */
6553  apply(parameters, attributes, effects) {
6554    const center = this.setSymmetry(attributes);
6555    const closure = this.mSymmetry.subgroup(Symmetry.TETRAHEDRAL);
6556    const params = parameters.getConstructions();
6557    const output = new ConstructionList();
6558    for (let index = 0; index < params.length; index++) {
6559      let param = params[index];
6560      {
6561        output.addConstruction(param);
6562      }
6563    }
6564    for (let i = 1; i < closure.length; i++) {
6565      {
6566        const transform = new SymmetryTransformation(this.mSymmetry, closure[i], center);
6567        output.addAll(this.transform(params, transform, effects));
6568      }
6569      ;
6570    }
6571    return output;
6572  }
6573};
6574CommandTetrahedralSymmetry["__class"] = "com.vzome.core.commands.CommandTetrahedralSymmetry";
6575CommandTetrahedralSymmetry["__interfaces"] = ["com.vzome.core.commands.Command"];
6576

6577// src/worker/legacy/from-java/com/vzome/core/math/symmetry/OctahedralSymmetry.ts
6578var OctahedralSymmetry = class _OctahedralSymmetry extends AbstractSymmetry {
6579  static {
6580    this.ORDER = 24;
6581  }
6582  constructor(field5, frameColor) {
6583    if ((field5 != null && (field5.constructor != null && field5.constructor["__interfaces"] != null && field5.constructor["__interfaces"].indexOf("com.vzome.core.algebra.AlgebraicField") >= 0) || field5 === null) && (typeof frameColor === "string" || frameColor === null)) {
6584      let __args = arguments;
6585      super(_OctahedralSymmetry.ORDER, field5, frameColor, null);
6586      if (this.frameColor === void 0) {
6587        this.frameColor = null;
6588      }
6589      if (this.tetrahedralSubgroup === void 0) {
6590        this.tetrahedralSubgroup = null;
6591      }
6592      this.IDENTITY = new Permutation(this, null);
6593      this.frameColor = frameColor;
6594      this.tetrahedralSubgroup = this.closure([0, 2, 4]);
6595    } else if ((field5 != null && (field5.constructor != null && field5.constructor["__interfaces"] != null && field5.constructor["__interfaces"].indexOf("com.vzome.core.algebra.AlgebraicField") >= 0) || field5 === null) && frameColor === void 0) {
6596      let __args = arguments;
6597      {
6598        let __args2 = arguments;
6599        let frameColor2 = "blue";
6600        super(_OctahedralSymmetry.ORDER, field5, frameColor2, null);
6601        if (this.frameColor === void 0) {
6602          this.frameColor = null;
6603        }
6604        if (this.tetrahedralSubgroup === void 0) {
6605          this.tetrahedralSubgroup = null;
6606        }
6607        this.IDENTITY = new Permutation(this, null);
6608        this.frameColor = frameColor2;
6609        this.tetrahedralSubgroup = this.closure([0, 2, 4]);
6610      }
6611    } else throw new Error("invalid overload");
6612  }
6613  /**
6614   * 
6615   * @param {SpecialOrbit} which
6616   * @return {Direction}
6617   */
6618  getSpecialOrbit(which) {
6619    switch (which) {
6620      case 0 /* BLUE */:
6621        return this.getDirection(this.frameColor);
6622      case 1 /* RED */:
6623        return this.getDirection("green");
6624      case 2 /* YELLOW */:
6625        return this.getDirection("yellow");
6626      default:
6627        return null;
6628    }
6629  }
6630  /**
6631   * 
6632   * @return {boolean}
6633   */
6634  reverseOrbitTriangle() {
6635    return true;
6636  }
6637  /**
6638   * 
6639   * @return {AlgebraicVector[]}
6640   */
6641  getOrbitTriangle() {
6642    const greenVertex = this.getDirection("green").getPrototype();
6643    const blueVertex = this.getDirection("blue").getPrototype();
6644    const yellowVertex = this.getDirection("yellow").getPrototype();
6645    return [greenVertex, blueVertex, yellowVertex];
6646  }
6647  /**
6648   * 
6649   */
6650  createInitialPermutations() {
6651    this.mOrientations[0] = this.IDENTITY;
6652    let map = ((s) => {
6653      let a = [];
6654      while (s-- > 0) a.push(0);
6655      return a;
6656    })(_OctahedralSymmetry.ORDER);
6657    for (let i = 0; i < 6; i++) {
6658      for (let j = 0; j < 4; j++) {
6659        map[i * 4 + j] = i * 4 + (j + 1) % 4;
6660      }
6661      ;
6662    }
6663    this.mOrientations[1] = new Permutation(this, map);
6664    map = ((s) => {
6665      let a = [];
6666      while (s-- > 0) a.push(0);
6667      return a;
6668    })(_OctahedralSymmetry.ORDER);
6669    let cycles = [[0, 4, 8], [1, 11, 17], [2, 16, 22], [3, 21, 5], [6, 20, 14], [7, 13, 9], [10, 12, 18], [19, 15, 23]];
6670    for (let index = 0; index < cycles.length; index++) {
6671      let cycle = cycles[index];
6672      {
6673        for (let j = 0; j < cycle.length; j++) {
6674          {
6675            map[cycle[j]] = cycle[(j + 1) % 3];
6676          }
6677          ;
6678        }
6679      }
6680    }
6681    this.mOrientations[4] = new Permutation(this, map);
6682    map = ((s) => {
6683      let a = [];
6684      while (s-- > 0) a.push(0);
6685      return a;
6686    })(_OctahedralSymmetry.ORDER);
6687    cycles = [[0, 5], [1, 8], [4, 9], [15, 20], [12, 19], [16, 23], [2, 17], [13, 10], [21, 6], [22, 3], [7, 14], [11, 18]];
6688    for (let index = 0; index < cycles.length; index++) {
6689      let cycle = cycles[index];
6690      {
6691        for (let j = 0; j < cycle.length; j++) {
6692          {
6693            map[cycle[j]] = cycle[(j + 1) % 2];
6694          }
6695          ;
6696        }
6697      }
6698    }
6699    this.mOrientations[5] = new Permutation(this, map);
6700  }
6701  /**
6702   * 
6703   */
6704  createOtherOrbits() {
6705    const xAxis = this.mField.basisVector(3, AlgebraicVector.X);
6706    const yAxis = this.mField.basisVector(3, AlgebraicVector.Y);
6707    const zAxis = this.mField.basisVector(3, AlgebraicVector.Z);
6708    const green = xAxis.plus(yAxis);
6709    this.createZoneOrbit$java_lang_String$int$int$com_vzome_core_algebra_AlgebraicVector$boolean("green", 1, 8, green, true);
6710    const yellow = green.plus(zAxis);
6711    this.createZoneOrbit$java_lang_String$int$int$com_vzome_core_algebra_AlgebraicVector$boolean("yellow", 0, 4, yellow, true);
6712  }
6713  /**
6714   * 
6715   * @param {string} frameColor
6716   */
6717  createFrameOrbit(frameColor) {
6718    const xAxis = this.mField.basisVector(3, AlgebraicVector.X);
6719    const yAxis = this.mField.basisVector(3, AlgebraicVector.Y);
6720    const zAxis = this.mField.basisVector(3, AlgebraicVector.Z);
6721    let dir;
6722    if (this.mField.doubleFrameVectors()) dir = this.createZoneOrbit$java_lang_String$int$int$com_vzome_core_algebra_AlgebraicVector$boolean$boolean$com_vzome_core_algebra_AlgebraicNumber(frameC

6722olor, 0, 1, xAxis, true, true, this.mField["createRational$long"](2));
6723    else dir = this.createZoneOrbit$java_lang_String$int$int$com_vzome_core_algebra_AlgebraicVector$boolean(frameColor, 0, 1, xAxis, true);
6724    this.createBasisAxes(dir, xAxis, 0);
6725    this.createBasisAxes(dir, xAxis.negate(), 12);
6726    this.createBasisAxes(dir, yAxis, 5);
6727    this.createBasisAxes(dir, yAxis.negate(), 7);
6728    this.createBasisAxes(dir, zAxis, 4);
6729    this.createBasisAxes(dir, zAxis.negate(), 6);
6730    for (let p = 0; p < _OctahedralSymmetry.ORDER; p++) {
6731      {
6732        const x = this.mOrientations[p].mapIndex(0);
6733        const y = this.mOrientations[p].mapIndex(8);
6734        const z = this.mOrientations[p].mapIndex(4);
6735        this.mMatrices[p] = new AlgebraicMatrix(dir.getAxis$int$int(Symmetry.PLUS, x).normal(), dir.getAxis$int$int(Symmetry.PLUS, y).normal(), dir.getAxis$int$int(Symmetry.PLUS, z).normal());
6736        const axis = dir.getAxis$int$int(Symmetry.PLUS, p);
6737        const norm = this.mMatrices[p].timesColumn(xAxis);
6738        if (!norm.equals(axis.normal())) throw new java.lang.IllegalStateException("matrix wrong: " + p);
6739      }
6740      ;
6741    }
6742  }
6743  /*private*/
6744  createBasisAxes(dir, norm, orientation) {
6745    for (let i = 0; i < 4; i++) {
6746      {
6747        const prototype = this.mOrientations[orientation].mapIndex(i);
6748        const rotatedPrototype = this.mOrientations[orientation].mapIndex((i + 1) % 4);
6749        const rotation = this.getMapping(prototype, rotatedPrototype);
6750        dir.createAxis$int$int$com_vzome_core_algebra_AlgebraicVector(prototype, rotation, norm);
6751      }
6752      ;
6753    }
6754  }
6755  /**
6756   * 
6757   * @return {string}
6758   */
6759  getName() {
6760    return "octahedral";
6761  }
6762  /**
6763   * 
6764   * @param {string} name
6765   * @return {int[]}
6766   */
6767  subgroup(name) {
6768    if (Symmetry.TETRAHEDRAL === name) return this.tetrahedralSubgroup;
6769    return null;
6770  }
6771};
6772OctahedralSymmetry["__class"] = "com.vzome.core.math.symmetry.OctahedralSymmetry";
6773OctahedralSymmetry["__interfaces"] = ["com.vzome.core.math.symmetry.Symmetry", "com.vzome.core.math.symmetry.Embedding"];
6774

6775// src/worker/legacy/from-java/com/vzome/core/kinds/AbstractSymmetryPerspective.ts
6776var AbstractSymmetryPerspective = class {
6777  constructor(symmetry) {
6778    if (this.symmetry === void 0) {
6779      this.symmetry = null;
6780    }
6781    this.geometries = new java.util.ArrayList();
6782    this.defaultShapes = null;
6783    this.symmetry = symmetry;
6784  }
6785  /**
6786   * 
6787   * @return {*}
6788   */
6789  getSymmetry() {
6790    return this.symmetry;
6791  }
6792  /**
6793   * 
6794   * @return {string}
6795   */
6796  getName() {
6797    return this.getSymmetry().getName();
6798  }
6799  /**
6800   * 
6801   * @return {string}
6802   */
6803  getLabel() {
6804    return this.getSymmetry().getName();
6805  }
6806  addShapes(shapes28) {
6807    const old = this.getGeometry(shapes28.getName());
6808    if (old != null) {
6809      this.geometries.remove(old);
6810    }
6811    this.geometries.add(shapes28);
6812  }
6813  clearShapes() {
6814    this.geometries.clear();
6815    this.defaultShapes = null;
6816  }
6817  /**
6818   * 
6819   * @return {*}
6820   */
6821  getGeometries() {
6822    return this.geometries;
6823  }
6824  /*private*/
6825  getGeometry(name) {
6826    for (let index = this.geometries.iterator(); index.hasNext(); ) {
6827      let shapes28 = index.next();
6828      {
6829        if (shapes28.getName() === name) {
6830          return shapes28;
6831        }
6832      }
6833    }
6834    return null;
6835  }
6836  setDefaultGeometry(shapes28) {
6837    this.defaultShapes = shapes28;
6838    this.addShapes(shapes28);
6839  }
6840  /**
6841   * 
6842   * @return {*}
6843   */
6844  getDefaultGeometry() {
6845    return this.defaultShapes;
6846  }
6847  /**
6848   * 
6849   * @param {string} action
6850   * @return {*}
6851   */
6852  getLegacyCommand(action) {
6853    switch (action) {
6854      case "octasymm":
6855        {
6856          let octaSymm = this.getSymmetry();
6857          if (!(octaSymm != null && octaSymm instanceof OctahedralSymmetry)) {
6858            octaSymm = new OctahedralSymmetry(octaSymm.getField());
6859          }
6860          return new CommandSymmetry(octaSymm);
6861        }
6862        ;
6863      case "tetrasymm":
6864        {
6865          const symmetry = this.getSymmetry();
6866          return new CommandTetrahedralSymmetry(symmetry);
6867        }
6868        ;
6869      default:
6870        return null;
6871    }
6872  }
6873  /**
6874   * 
6875   * @param {Direction} orbit
6876   * @return {boolean}
6877   */
6878  orbitIsStandard(orbit) {
6879    return orbit.isStandard();
6880  }
6881  /**
6882   * 
6883   * @param {Direction} orbit
6884   * @return {boolean}
6885   */
6886  orbitIsBuildDefault(orbit) {
6887    const zone0 = orbit.getAxis$int$int(0, 0);
6888    return zone0.getRotationPermutation() != null;
6889  }
6890  /**
6891   * 
6892   * @param {Direction} orbit
6893   * @return {*}
6894   */
6895  getOrbitUnitLength(orbit) {
6896    return orbit.getUnitLength();
6897  }
6898};
6899AbstractSymmetryPerspective["__class"] = "com.vzome.core.kinds.AbstractSymmetryPerspective";
6900AbstractSymmetryPerspective["__interfaces"] = ["com.vzome.core.editor.SymmetryPerspective"];
6901

6902// src/worker/legacy/from-java/com/vzome/core/editor/ApplyTool.ts
6903var ApplyTool = class _ApplyTool extends ChangeManifestations {
6904  static logger_$LI$() {
6905    if (_ApplyTool.logger == null) {
6906      _ApplyTool.logger = java.util.logging.Logger.getLogger("com.vzome.core.editor.ApplyTool");
6907    }
6908    return _ApplyTool.logger;
6909  }
6910  /**
6911   * 
6912   */
6913  perform() {
6914    if (_ApplyTool.logger_$LI$().isLoggable(java.util.logging.Level.FINE)) _ApplyTool.logger_$LI$().fine("performing ApplyTool " + this.tool.getId() + " :: " + this.tool.getCategory());
6915    const inputs = new java.util.ArrayList();
6916    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
6917      let man = index.next();
6918      {
6919        if (this.deleteInputs && this.tool.needsInput()) {
6920          super.unselect$com_vzome_core_model_Manifestation$boolean(man, true);
6921          super.deleteManifestation(man);
6922          if (_ApplyTool.logger_$LI$().isLoggable(java.util.logging.Level.FINEST)) _ApplyTool.logger_$LI$().finest("ApplyTool - unselect and delete " + man.toString());
6923        } else if (this.hideInputs && this.tool.needsInput()) {
6924          super.unselect$com_vzome_core_model_Manifestation$boolean(man, true);
6925          super.hideManifestation(man);
6926          if (_ApplyTool.logger_$LI$().isLoggable(java.util.logging.Level.FINEST)) _ApplyTool.logger_$LI$().finest("ApplyTool - unselect and hide " + man.toString());
6927        } else if (!this.selectInputs) {
6928          super.unselect$com_vzome_core_model_Manifestation$boolean(man, true);
6929          if (_ApplyTool.logger_$LI$().isLoggable(java.util.logging.Level.FINEST)) _ApplyTool.logger_$LI$().finest("ApplyTool - unselect " + man.toString());
6930        }
6931        if (this.tool.needsInput()) inputs.add(man);
6932      }
6933    }
6934    this.redo();
6935    this.tool.prepare(this);
6936    if (this.tool.needsInput()) {
6937      for (let index = inputs.iterator(); index.hasNext(); ) {
6938        let man = index.next();
6939        {
6940          const c = man.toConstruction();
6941          c.setColor(this.copyColors ? man.getColor() : null);
6942          this.tool.performEdit(c, this);
6943        }
6944      }
6945    } else {
6946      for (let index = this.mManifestations.iterator(); index.hasNext(); ) {
6947        let man = index.next();
6948        {
6949          this.tool.performSelect(man, this);
6950        }
6951      }
6952    }
6953    this.tool.complete(this);
6954    this.redo();
6955    super.perform();
6956  }
6957  constructor(tools, tool, selectInputs, deleteInputs, createOutputs, selectOutputs, redundantOutputs, copyColors) {
6958    super(tools.getEditorModel());
6959    if (this.tool === void 0) {
6960      this.tool = null;
6961    }
6962    if (this.selectInputs === void 0) {
6963      this.selectInputs = false;
6964    }
6965    if (this.deselectOutputs === void 0) {
6966      this.deselectOutputs = false;
6967    }
6968    if (this.justSelect === void 0) {
6969      this.justSelect = false;
6970    }
6971    if (this.hideInputs === void 0) {
6972      this.hideInputs = false;
6973    }
6974    if (this.deleteInputs === void 0) {
6975      this.deleteInputs = false;
6976    }
6977    if (this.redundantOutputs === void 0) {
6978      this.redundantOutputs = false;
6979    }
6980    if (this.copyColors === void 0) {
6981      this.copyColors = false;
6982    }
6983    if (this.tools === void 0) {
6984      this.tools = null;
6985    }
6986    this.tools = tools;
6987    this.tool = tool;
6988    this.selectInputs = selectInputs;
6989    this.deleteInputs = deleteInputs;
6990    this.copyColors = copyColors;
6991    this.hideInputs = false;
6992    this.deselectOutputs = !selectOutputs;
6993    this.justSelect = !createOutputs;
6994    this.redundantOutputs = redundantOutputs;
6995  }
6996  /**
6997   * 
6998   * @return {string}
6999   */
7000  getXmlElementName() {
7001    if (this.redundantOutputs) return "ApplyTool";
7002    else return "ToolApplied";
7003  }
7004  /**
7005   * 
7006   * @param {*} element
7007   */
7008  getXmlAttributes(element) {
7009    element.setAttribute("name", this.tool.getId());
7010    if (this.selectInputs) element.setAttribute("selectInputs", "true");
7011    if (this.deselectOutputs) element.setAttribute("deselectOutputs", "true");
7012    if (this.justSelect) element.setAttribute("justSelect", "true");
7013    if (this.hideInputs) element.setAttribute("hideInputs", "true");
7014    if (this.deleteInputs) element.setAttribute("deleteInputs", "true");
7015    element.setAttribute("copyColors", javaemul.internal.BooleanHelper.toString(this.copyColors));
7016  }
7017  /**
7018   * 
7019   * @param {*} element
7020   * @param {XmlSaveFormat} format
7021   */
7022  setXmlAttributes(element, format) {
7023    const toolName = element.getAttribute("name");
7024    this.tool = this.tools.get(toolName);
7025    this.selectInputs = this.isAttributeTrue(element, "selectInputs");
7026    this.deselectOutputs = this.isAttributeTrue(element, "deselectOutputs");
7027    this.justSelect = this.isAttributeTrue(element, "justSelect");
7028    this.hideInputs = this.isAttributeTrue(element, "hideInputs");
7029    this.deleteInputs = this.isAttributeTrue(element, "deleteInputs");
7030    const value = element.getAttribute("copyColors");

7031    this.copyColors = value == null || !(value === "false");
7032  }
7033  /*private*/
7034  isAttributeTrue(element, name) {
7035    const value = element.getAttribute(name);
7036    return value != null && value === "true";
7037  }
7038  /**
7039   * 
7040   * @param {Construction} c
7041   * @return {*}
7042   */
7043  manifestConstruction(c) {
7044    let m = this.getManifestation(c);
7045    const preExistsNotHidden = m != null && m.isRendered();
7046    if (this.justSelect) {
7047      if (preExistsNotHidden) super.select$com_vzome_core_model_Manifestation$boolean(m, false);
7048    } else if (this.redundantOutputs || !preExistsNotHidden) {
7049      m = super.manifestConstruction(c);
7050      if (!this.deselectOutputs) super.select$com_vzome_core_model_Manifestation$boolean(m, true);
7051    }
7052    return m;
7053  }
7054  select(man, ignoreGroups) {
7055    if ((man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Manifestation") >= 0) || man === null) && (typeof ignoreGroups === "boolean" || ignoreGroups === null)) {
7056      super.select(man, ignoreGroups);
7057    } else if ((man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Manifestation") >= 0) || man === null) && ignoreGroups === void 0) {
7058      return this.select$com_vzome_core_model_Manifestation(man);
7059    } else throw new Error("invalid overload");
7060  }
7061  select$com_vzome_core_model_Manifestation(m) {
7062    if (this.tool.needsInput()) throw new java.lang.UnsupportedOperationException("select is not supported within Tool.performEdit");
7063    if (!m.isRendered()) super.showManifestation(m);
7064    super.select$com_vzome_core_model_Manifestation$boolean(m, true);
7065  }
7066  unselect(man, ignoreGroups) {
7067    if ((man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Manifestation") >= 0) || man === null) && (typeof ignoreGroups === "boolean" || ignoreGroups === null)) {
7068      super.unselect(man, ignoreGroups);
7069    } else if ((man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Manifestation") >= 0) || man === null) && ignoreGroups === void 0) {
7070      return this.unselect$com_vzome_core_model_Manifestation(man);
7071    } else throw new Error("invalid overload");
7072  }
7073  unselect$com_vzome_core_model_Manifestation(man) {
7074    throw new java.lang.UnsupportedOperationException("unselect is not supported within Tool.performEdit");
7075  }
7076  /**
7077   * 
7078   * @param {*} m
7079   */
7080  showManifestation(m) {
7081    throw new java.lang.UnsupportedOperationException("showManifestation is not supported within Tool.performEdit");
7082  }
7083  /**
7084   * 
7085   * @param {*} m
7086   */
7087  hideManifestation(m) {
7088    throw new java.lang.UnsupportedOperationException("hideManifestation is not supported within Tool.performEdit");
7089  }
7090};
7091ApplyTool["__class"] = "com.vzome.core.editor.ApplyTool";
7092

7093// src/worker/legacy/from-java/com/vzome/core/editor/SelectToolParameters.ts
7094var SelectToolParameters = class extends ChangeManifestations {
7095  constructor(tools, tool) {
7096    super(tools.getEditorModel());
7097    if (this.tool === void 0) {
7098      this.tool = null;
7099    }
7100    if (this.tools === void 0) {
7101      this.tools = null;
7102    }
7103    this.tools = tools;
7104    this.tool = tool;
7105  }
7106  /**
7107   * 
7108   */
7109  perform() {
7110    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
7111      let man = index.next();
7112      super.unselect$com_vzome_core_model_Manifestation$boolean(man, true);
7113    }
7114    this.redo();
7115    for (let index = this.tool.getParameters().iterator(); index.hasNext(); ) {
7116      let con = index.next();
7117      {
7118        const man = this.manifestConstruction(con);
7119        this.select$com_vzome_core_model_Manifestation(man);
7120      }
7121    }
7122    this.redo();
7123  }
7124  /**
7125   * 
7126   * @return {string}
7127   */
7128  getXmlElementName() {
7129    return "SelectToolParameters";
7130  }
7131  /**
7132   * 
7133   * @param {*} element
7134   */
7135  getXmlAttributes(element) {
7136    element.setAttribute("name", this.tool.getId());
7137  }
7138  /**
7139   * 
7140   * @param {*} element
7141   * @param {XmlSaveFormat} format
7142   */
7143  setXmlAttributes(element, format) {
7144    const toolName = element.getAttribute("name");
7145    this.tool = this.tools.get(toolName);
7146  }
7147};
7148SelectToolParameters["__class"] = "com.vzome.core.editor.SelectToolParameters";
7149

7150// src/worker/legacy/from-java/com/vzome/core/editor/ToolsModel.ts
7151var ToolsModel = class _ToolsModel extends java.util.TreeMap {
7152  constructor(context, originPoint) {
7153    super();
7154    if (this.editor === void 0) {
7155      this.editor = null;
7156    }
7157    this.lastId = 0;
7158    this.pcs = new PropertyChangeSupport(this);
7159    if (this.context === void 0) {
7160      this.context = null;
7161    }
7162    if (this.originPoint === void 0) {
7163      this.originPoint = null;
7164    }
7165    this.toolLabels = new java.util.HashMap();
7166    this.toolDeleteInputs = new java.util.HashMap();
7167    this.toolSelectInputs = new java.util.HashMap();
7168    this.toolCopyColors = new java.util.HashMap();
7169    this.toolOrder = new java.util.HashMap();
7170    this.hiddenTools = new java.util.HashSet();
7171    this.customTools = new java.util.ArrayList();
7172    this.customBookmarks = new java.util.ArrayList();
7173    this.context = context;
7174    this.originPoint = originPoint;
7175  }
7176  reserveId() {
7177    return this.lastId++;
7178  }
7179  /**
7180   * Only called during load of a document, before any new tool creations with reserveId.
7181   * @param {number} id
7182   */
7183  setMaxId(id) {
7184    if (id >= this.lastId) this.lastId = id + 1;
7185  }
7186  /**
7187   * 
7188   * @param {string} key
7189   * @param {CoreTool} tool
7190   * @return {CoreTool}
7191   */
7192  put(key, tool) {
7193    const result = super.put(key, tool);
7194    this.pcs.firePropertyChange$java_lang_String$java_lang_Object$java_lang_Object("tool.instances", null, tool);
7195    if (!tool.isPredefined() && tool.getOrder() < 0) tool.setOrder(this.nextToolOrder());
7196    if (!tool.isPredefined() && !tool.isHidden()) {
7197      if (tool.getCategory() === BookmarkTool.ID) {
7198        this.customBookmarks.add(key);
7199        this.pcs.firePropertyChange$java_lang_String$java_lang_Object$java_lang_Object("customBookmarks", null, this.getToolIDs(true));
7200      } else {
7201        this.customTools.add(key);
7202        this.pcs.firePropertyChange$java_lang_String$java_lang_Object$java_lang_Object("customTools", null, this.getToolIDs(false));
7203      }
7204    }
7205    return result;
7206  }
7207  getToolIDs(bookmarks) {
7208    const ids = bookmarks ? this.customBookmarks : this.customTools;
7209    const tools = new java.util.ArrayList();
7210    for (let index = ids.iterator(); index.hasNext(); ) {
7211      let id = index.next();
7212      {
7213        const tool = this.get(id);
7214        if (tool != null) tools.add(tool);
7215      }
7216    }
7217    tools.sort(((funcInst) => {
7218      if (funcInst == null || typeof funcInst == "function") {
7219        return funcInst;
7220      }
7221      return (arg0, arg1) => (funcInst["compare"] ? funcInst["compare"] : funcInst).call(funcInst, arg0, arg1);
7222    })(_ToolsModel.TOOLBAR_ORDER_$LI$()));
7223    const result = new java.util.ArrayList();
7224    for (let index = tools.iterator(); index.hasNext(); ) {
7225      let tool = index.next();
7226      result.add(tool.getId());
7227    }
7228    return result.toArray([]);
7229  }
7230  getAllCustomToolIDs(bookmarks) {
7231    const tools = new java.util.ArrayList();
7232    for (let index = this.values().iterator(); index.hasNext(); ) {
7233      let tool = index.next();
7234      if (!tool.isPredefined() && tool.getCategory() === BookmarkTool.ID === bookmarks) tools.add(tool);
7235    }
7236    tools.sort(((funcInst) => {
7237      if (funcInst == null || typeof funcInst == "function") {
7238        return funcInst;
7239      }
7240      return (arg0, arg1) => (funcInst["compare"] ? funcInst["compare"] : funcInst).call(funcInst, arg0, arg1);
7241    })(_ToolsModel.TOOLBAR_ORDER_$LI$()));
7242    const result = new java.util.ArrayList();
7243    for (let index = tools.iterator(); index.hasNext(); ) {
7244      let tool = index.next();
7245      result.add(tool.getId());
7246    }
7247    return result.toArray([]);
7248  }
7249  /*private*/
7250  nextToolOrder() {
7251    let max = -1;
7252    for (let index = this.values().iterator(); index.hasNext(); ) {
7253      let tool = index.next();
7254      if (!tool.isPredefined() && tool.getOrder() > max) max = tool.getOrder();
7255    }
7256    return max + 1;
7257  }
7258  static TOOLBAR_ORDER_$LI$() {
7259    if (_ToolsModel.TOOLBAR_ORDER == null) {
7260      _ToolsModel.TOOLBAR_ORDER = (a, b) => {
7261        const oa = a.getOrder();
7262        const ob = b.getOrder();
7263        const sa = oa >= 0;
7264        const sb = ob >= 0;
7265        if (sa && sb && oa !== ob) return (
7266          /* compare */
7267          oa - ob
7268        );
7269        if (sa !== sb) return sa ? -1 : 1;
7270        return (
7271          /* compareTo */
7272          a.getId().localeCompare(b.getId())
7273        );
7274      };
7275    }
7276    return _ToolsModel.TOOLBAR_ORDER;
7277  }
7278  reorderTools(bookmarks, orderedIds) {
7279    for (let i = 0; i < orderedIds.length; i++) {
7280      {
7281        const tool = this.get(orderedIds[i]);
7282        if (tool != null) tool.setOrder(i);
7283      }
7284      ;
7285    }
7286    if (bookmarks) this.pcs.firePropertyChange$java_lang_String$java_lang_Object$java_lang_Object("customBookmarks", null, this.getToolIDs(true));
7287    else this.pcs.firePropertyChange$java_lang_String$java_lang_Object$java_lang_Object("customTools", null, this.getToolIDs(false));
7288    this.pcs.firePropertyChange$java_lang_String$java_lang_Object$java_lang_Object(bookmarks ? "allCustomBookmarks" : "allCustomTools", null, this.getAllCustomToolIDs(bookmarks));
7289  }
7290  createEdit(className) {
7291    switch (className) {
7292      case "ToolApplied":
7293        return new ApplyTool(this, null, false, false, false, false, false, true);
7294      case "ApplyTool":
7295        return new ApplyTool(this, null, false, false, false, false, true, true);
7296      case "SelectToolParameters":
7297        return new SelectToolParameters(this, null);
7298      default:
7299        return null;
7300    }
7301  }
7302  applyTool(tool, selectInputs, deleteInputs, createOutputs, selectOutputs, copyColors) {
7303    const edit = new ApplyTool(this, tool, selectInputs, deleteInputs, createOutputs, selectOutputs, true, copyColors);
7304    this.getContext().performAndRecord(edit);
7305  }
7306  selectToolParameters(tool) {
7307    const edit = new SelectToolParameters(this, tool);
7308    this.getContext().performAndRecord(edit);
7309  }
7310  addPropertyListener(listener) {

7311    this.pcs.addPropertyChangeListener$java_beans_PropertyChangeListener(listener);
7312  }
7313  removePropertyListener(listener) {
7314    this.pcs.removePropertyChangeListener$java_beans_PropertyChangeListener(listener);
7315  }
7316  setEditorModel(editor) {
7317    this.editor = editor;
7318  }
7319  getEditorModel() {
7320    return this.editor;
7321  }
7322  /**
7323   * 
7324   * @param {string} id
7325   * @return {CoreTool}
7326   */
7327  getPredefinedTool(id) {
7328    return this.get(id);
7329  }
7330  getContext() {
7331    return this.context;
7332  }
7333  getOriginPoint() {
7334    return this.originPoint;
7335  }
7336  getXml(doc) {
7337    const result = doc.createElement("Tools");
7338    for (let index = this.values().iterator(); index.hasNext(); ) {
7339      let tool = index.next();
7340      if (!tool.isPredefined()) {
7341        const toolElem = doc.createElement("Tool");
7342        DomUtils.addAttribute(toolElem, "id", tool.getId());
7343        DomUtils.addAttribute(toolElem, "label", tool.getLabel());
7344        if (tool.isHidden()) DomUtils.addAttribute(toolElem, "hidden", "true");
7345        if (tool.getOrder() >= 0) DomUtils.addAttribute(
7346          toolElem,
7347          "order",
7348          /* toString */
7349          "" + tool.getOrder()
7350        );
7351        toolElem.setAttribute("selectInputs", javaemul.internal.BooleanHelper.toString(tool.isSelectInputs()));
7352        toolElem.setAttribute("deleteInputs", javaemul.internal.BooleanHelper.toString(tool.isDeleteInputs()));
7353        toolElem.setAttribute("copyColors", javaemul.internal.BooleanHelper.toString(tool.isCopyColors()));
7354        result.appendChild(toolElem);
7355      }
7356    }
7357    return result;
7358  }
7359  loadFromXml(xml) {
7360    const nodes = xml.getChildNodes();
7361    for (let i = 0; i < nodes.getLength(); i++) {
7362      {
7363        const node = nodes.item(i);
7364        if (node != null && (node.constructor != null && node.constructor["__interfaces"] != null && node.constructor["__interfaces"].indexOf("org.w3c.dom.Element") >= 0)) {
7365          const toolElem = node;
7366          const id = toolElem.getAttribute("id");
7367          const label = toolElem.getAttribute("label");
7368          this.toolLabels.put(id, label);
7369          let value = toolElem.getAttribute("selectInputs");
7370          if (value != null && !(value === "")) this.toolSelectInputs.put(id, javaemul.internal.BooleanHelper.parseBoolean(value));
7371          value = toolElem.getAttribute("deleteInputs");
7372          if (value != null && !(value === "")) this.toolDeleteInputs.put(id, javaemul.internal.BooleanHelper.parseBoolean(value));
7373          value = toolElem.getAttribute("copyColors");
7374          if (value != null && !(value === "")) this.toolCopyColors.put(id, javaemul.internal.BooleanHelper.parseBoolean(value));
7375          const hiddenStr = toolElem.getAttribute("hidden");
7376          if (hiddenStr != null && hiddenStr === "true") this.hiddenTools.add(id);
7377          const orderStr = toolElem.getAttribute("order");
7378          if (orderStr != null && !(orderStr === "")) this.toolOrder.put(id, javaemul.internal.IntegerHelper.parseInt(orderStr));
7379        }
7380      }
7381      ;
7382    }
7383  }
7384  setConfiguration(tool) {
7385    const id = tool.getId();
7386    const label = this.toolLabels.get(id);
7387    if (label != null) tool.setLabel(label);
7388    if (this.toolDeleteInputs.containsKey(id) || this.toolSelectInputs.containsKey(id)) {
7389      const deleteInputs = this.toolDeleteInputs.containsKey(id) ? this.toolDeleteInputs.get(id) : true;
7390      const selectInputs = this.toolSelectInputs.containsKey(id) ? this.toolSelectInputs.get(id) : false;
7391      tool.setInputBehaviors(selectInputs, deleteInputs);
7392    }
7393    if (this.toolCopyColors.containsKey(id)) {
7394      tool.setCopyColors(this.toolCopyColors.get(id));
7395    }
7396    if (this.toolOrder.containsKey(id)) tool.setOrder(this.toolOrder.get(id));
7397    tool.setHidden(this.hiddenTools.contains(id));
7398  }
7399  hideTool(tool) {
7400    this.pcs.firePropertyChange$java_lang_String$java_lang_Object$java_lang_Object("tool.instances", tool, null);
7401    if (tool.getCategory() === BookmarkTool.ID) {
7402      this.customBookmarks.remove(tool.getId());
7403      this.pcs.firePropertyChange$java_lang_String$java_lang_Object$java_lang_Object("customBookmarks", null, this.getToolIDs(true));
7404    } else {
7405      this.customTools.remove(tool.getId());
7406      this.pcs.firePropertyChange$java_lang_String$java_lang_Object$java_lang_Object("customTools", null, this.getToolIDs(false));
7407    }
7408  }
7409  unhideTool(tool) {
7410    this.pcs.firePropertyChange$java_lang_String$java_lang_Object$java_lang_Object("tool.instances", null, tool);
7411    if (!tool.isPredefined()) {
7412      if (tool.getCategory() === BookmarkTool.ID) {
7413        if (!this.customBookmarks.contains(tool.getId())) this.customBookmarks.add(tool.getId());
7414        this.pcs.firePropertyChange$java_lang_String$java_lang_Object$java_lang_Object("customBookmarks", null, this.getToolIDs(true));
7415      } else {
7416        if (!this.customTools.contains(tool.getId())) this.customTools.add(tool.getId());
7417        this.pcs.firePropertyChange$java_lang_String$java_lang_Object$java_lang_Object("customTools", null, this.getToolIDs(false));
7418      }
7419    }
7420  }
7421};
7422ToolsModel["__class"] = "com.vzome.core.editor.ToolsModel";
7423ToolsModel["__interfaces"] = ["java.lang.Cloneable", "com.vzome.api.Tool.Source", "java.util.Map", "java.util.NavigableMap", "java.util.SortedMap", "java.io.Serializable"];
7424

7425// src/worker/legacy/from-java/com/vzome/core/tools/RotationToolFactory.ts
7426var RotationToolFactory = class _RotationToolFactory extends AbstractToolFactory {
7427  static {
7428    this.ID = "rotation";
7429  }
7430  static {
7431    this.LABEL = "Create a rotation tool";
7432  }
7433  static {
7434    this.TOOLTIP = "<p>Each tool rotates the selected objects around an axis<br>of symmetry.  To create a tool, select a strut that<br>defines that axis.  You can also define the direction<br>and center independently, by selecting a ball for the<br>center and a strut for the axis.  Note: not all struts<br>correspond to rotational symmetries!<br><br>The direction of rotation depends on the strut<br>orientation, which is hard to discover, but easy to<br>control, by dragging out a new strut.<br><br>By default, the input selection will be moved to the new,<br>rotated orientation.  After creating a tool, you can<br>right-click to configure the tool to create a copy, instead.<br></p>";
7435  }
7436  constructor(tools, symmetry, id, label, tooltip) {
7437    if ((tools != null && tools instanceof ToolsModel || tools === null) && (symmetry != null && (symmetry.constructor != null && symmetry.constructor["__interfaces"] != null && symmetry.constructor["__interfaces"].indexOf("com.vzome.core.math.symmetry.Symmetry") >= 0) || symmetry === null) && (typeof id === "string" || id === null) && (typeof label === "string" || label === null) && (typeof tooltip === "string" || tooltip === null)) {
7438      let __args = arguments;
7439      super(tools, symmetry, id, label, tooltip);
7440      if (this.noStrut === void 0) {
7441        this.noStrut = false;

7442      }
7443    } else if ((tools != null && tools instanceof ToolsModel || tools === null) && (symmetry != null && (symmetry.constructor != null && symmetry.constructor["__interfaces"] != null && symmetry.constructor["__interfaces"].indexOf("com.vzome.core.math.symmetry.Symmetry") >= 0) || symmetry === null) && (typeof id === "boolean" || id === null) && label === void 0 && tooltip === void 0) {
7444      let __args = arguments;
7445      let useSymmetryName = __args[2];
7446      {
7447        let __args2 = arguments;
7448        let id2 = (useSymmetryName ? __args2[1].getName() + " " : "") + _RotationToolFactory.ID;
7449        let label2 = _RotationToolFactory.LABEL;
7450        let tooltip2 = _RotationToolFactory.TOOLTIP;
7451        super(tools, symmetry, id2, label2, tooltip2);
7452        if (this.noStrut === void 0) {
7453          this.noStrut = false;
7454        }
7455      }
7456    } else if ((tools != null && tools instanceof ToolsModel || tools === null) && (symmetry != null && (symmetry.constructor != null && symmetry.constructor["__interfaces"] != null && symmetry.constructor["__interfaces"].indexOf("com.vzome.core.math.symmetry.Symmetry") >= 0) || symmetry === null) && id === void 0 && label === void 0 && tooltip === void 0) {
7457      let __args = arguments;
7458      {
7459        let __args2 = arguments;
7460        let useSymmetryName = false;
7461        {
7462          let __args3 = arguments;
7463          let id2 = (useSymmetryName ? __args3[1].getName() + " " : "") + _RotationToolFactory.ID;
7464          let label2 = _RotationToolFactory.LABEL;
7465          let tooltip2 = _RotationToolFactory.TOOLTIP;
7466          super(tools, symmetry, id2, label2, tooltip2);
7467          if (this.noStrut === void 0) {
7468            this.noStrut = false;

7469          }
7470        }
7471      }
7472    } else throw new Error("invalid overload");
7473  }
7474  /**
7475   * 
7476   * @param {number} total
7477   * @param {number} balls
7478   * @param {number} struts
7479   * @param {number} panels
7480   * @return {boolean}
7481   */
7482  countsAreValid(total, balls, struts, panels) {
7483    if (total === 1 && balls === 1) {
7484      this.noStrut = true;
7485      return true;
7486    } else if (total === 1 && struts === 1 || total === 2 && balls === 1 && struts === 1) {
7487      this.noStrut = false;
7488      return true;
7489    }
7490    return false;
7491  }
7492  /**
7493   * 
7494   * @param {string} id
7495   * @return {Tool}
7496   */
7497  createToolInternal(id) {
7498    return new RotationTool(id, this.getSymmetry(), this.getToolsModel(), false);
7499  }
7500  /**
7501   * 
7502   * @param {*} selection
7503   * @return {boolean}
7504   */
7505  bindParameters(selection) {
7506    const symmetry = this.getSymmetry();
7507    for (let index = selection.iterator(); index.hasNext(); ) {
7508      let man = index.next();
7509      if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0)) {
7510        const axisStrut = man;
7511        let vector = axisStrut.getOffset();
7512        vector = symmetry.getField().projectTo3d(vector, true);
7513        const axis = symmetry["getAxis$com_vzome_core_algebra_AlgebraicVector"](vector);
7514        if (axis == null) return false;
7515        const perm = axis.getRotationPermutation();
7516        if (perm == null) return false;
7517      } else if (this.noStrut) {
7518        const axis = symmetry.getPreferredAxis();
7519        if (axis == null) return false;
7520      }
7521    }
7522    return true;
7523  }
7524};
7525RotationToolFactory["__class"] = "com.vzome.core.tools.RotationToolFactory";
7526RotationToolFactory["__interfaces"] = ["com.vzome.core.editor.SelectionSummary.Listener", "com.vzome.api.Tool.Factory"];
7527

7528// src/worker/legacy/from-java/com/vzome/core/construction/MatrixTransformation.ts
7529var MatrixTransformation = class extends Transformation {
7530  constructor(matrix, center) {
7531    super(center.getField());
7532    this.setStateVariables(matrix, center, false);
7533  }
7534  /**
7535   * 
7536   * @return {boolean}
7537   */
7538  mapParamsToState() {
7539    return true;
7540  }
7541};
7542MatrixTransformation["__class"] = "com.vzome.core.construction.MatrixTransformation";
7543

7544// src/worker/legacy/from-java/com/vzome/core/tools/TransformationTool.ts
7545var TransformationTool = class extends Tool {
7546  /**
7547   * 
7548   * @param {ChangeManifestations} applyTool
7549   */
7550  prepare(applyTool) {
7551  }
7552  /**
7553   * 
7554   * @param {ChangeManifestations} applyTool
7555   */
7556  complete(applyTool) {
7557  }
7558  /**
7559   * 
7560   * @return {boolean}
7561   */
7562  needsInput() {
7563    return true;
7564  }
7565  constructor(id, tools) {
7566    super(id, tools);
7567    if (this.transforms === void 0) {
7568      this.transforms = null;
7569    }
7570    if (this.originPoint === void 0) {
7571      this.originPoint = null;
7572    }
7573    this.originPoint = tools.getOriginPoint();
7574  }
7575  /**
7576   * 
7577   * @param {*} that
7578   * @return {boolean}
7579   */
7580  equals(that) {
7581    if (this === that) {
7582      return true;
7583    }
7584    if (that == null) {
7585      return false;
7586    }
7587    if (!/* equals */
7588    ((o1, o2) => {
7589      if (o1 && o1.equals) {
7590        return o1.equals(o2);
7591      } else {
7592        return o1 === o2;
7593      }
7594    })(that.constructor, this.constructor)) {
7595      return false;
7596    }
7597    const other = that;
7598    if (this.originPoint == null) {
7599      if (other.originPoint != null) {
7600        return false;
7601      }
7602    } else if (!/* equals */
7603    ((o1, o2) => {
7604      if (o1 && o1.equals) {
7605        return o1.equals(o2);
7606      } else {
7607        return o1 === o2;
7608      }
7609    })(this.originPoint, other.originPoint)) {
7610      return false;
7611    }
7612    if (!java.util.Arrays.equals(this.transforms, other.transforms)) {
7613      return false;
7614    }
7615    return true;
7616  }
7617  /**
7618   * 
7619   * @param {Construction} c
7620   * @param {ChangeManifestations} applyTool
7621   */
7622  performEdit(c, applyTool) {
7623    for (let index = 0; index < this.transforms.length; index++) {
7624      let transform = this.transforms[index];
7625      {
7626        const result = transform.transform$com_vzome_core_construction_Construction(c);
7627        if (result == null) continue;
7628        const color = c.getColor();
7629        result.setColor(color);
7630        const m = applyTool.manifestConstruction(result);
7631        if (m != null) {
7632          if (color != null) applyTool.colorManifestation(m, c.getColor());
7633        }
7634      }
7635    }
7636    applyTool.redo();
7637  }
7638  /**
7639   * 
7640   * @param {*} man
7641   * @param {ChangeManifestations} applyTool
7642   */
7643  performSelect(man, applyTool) {
7644  }
7645  unselect$com_vzome_core_model_Manifestation$boolean(man, ignoreGroups) {
7646    const c = man.getFirstConstruction();
7647    this.addParameter(c);
7648    super.unselect$com_vzome_core_model_Manifestation$boolean(man, ignoreGroups);
7649  }
7650  /**
7651   * 
7652   * @param {*} man
7653   * @param {boolean} ignoreGroups
7654   */
7655  unselect(man, ignoreGroups) {
7656    if ((man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Manifestation") >= 0) || man === null) && (typeof ignoreGroups === "boolean" || ignoreGroups === null)) {
7657      return this.unselect$com_vzome_core_model_Manifestation$boolean(man, ignoreGroups);
7658    } else if ((man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Manifestation") >= 0) || man === null) && ignoreGroups === void 0) {
7659      return this.unselect$com_vzome_core_model_Manifestation(man);
7660    } else throw new Error("invalid overload");
7661  }
7662  isAutomatic() {
7663    return (
7664      /* contains */
7665      this.getId().indexOf(".auto/") != -1
7666    );
7667  }
7668};
7669TransformationTool["__class"] = "com.vzome.core.tools.TransformationTool";
7670TransformationTool["__interfaces"] = ["com.vzome.api.Tool"];
7671

7672// src/worker/legacy/from-java/com/vzome/core/tools/SymmetryTool.ts
7673var SymmetryTool = class extends TransformationTool {
7674  static {
7675    this.ID = "symmetry";
7676  }
7677  static {
7678    this.LABEL = "Create a general symmetry tool";
7679  }
7680  static {
7681    this.TOOLTIP = "<p>General symmetry tool.<br></p>";
7682  }
7683  constructor(id, symmetry, tools) {
7684    super(id, tools);
7685    if (this.symmetry === void 0) {
7686      this.symmetry = null;
7687    }
7688    this.symmetry = symmetry;
7689  }
7690  /**
7691   * 
7692   * @return {number}
7693   */
7694  hashCode() {
7695    const prime = 31;
7696    let result = 1;
7697    result = prime * result + (this.symmetry == null ? 0 : (
7698      /* hashCode */
7699      ((o) => {
7700        if (o.hashCode) {
7701          return o.hashCode();
7702        } else {
7703          return o.toString().split("").reduce((prevHash, currVal) => (prevHash << 5) - prevHash + currVal.charCodeAt(0) | 0, 0);
7704        }
7705      })(this.symmetry)
7706    ));
7707    return result;
7708  }
7709  /**
7710   * 
7711   * @param {*} that
7712   * @return {boolean}
7713   */
7714  equals(that) {
7715    if (this === that) {
7716      return true;
7717    }
7718    if (!super.equals(that)) {
7719      return false;
7720    }
7721    if (this.constructor !== that.constructor) {
7722      return false;
7723    }
7724    const other = that;
7725    if (this.symmetry == null) {
7726      if (other.symmetry != null) {
7727        return false;
7728      }
7729    } else if (!/* equals */
7730    ((o1, o2) => {
7731      if (o1 && o1.equals) {
7732        return o1.equals(o2);
7733      } else {
7734        return o1 === o2;
7735      }
7736    })(this.symmetry, other.symmetry)) {
7737      return false;
7738    }
7739    return true;
7740  }
7741  /**
7742   * 
7743   * @param {boolean} prepareTool
7744   * @return {string}
7745   */
7746  checkSelection(prepareTool) {
7747    let center = null;
7748    let axis = null;
7749    let correct = true;
7750    let hasPanels = false;
7751    if (!this.isAutomatic()) for (let index = this.mSelection.iterator(); index.hasNext(); ) {
7752      let man = index.next();
7753      {
7754        if (prepareTool) this.unselect$com_vzome_core_model_Manifestation(man);
7755        if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0)) {
7756          if (center != null) return "No unique symmetry center selected";
7757          center = man.getFirstConstruction();
7758        } else if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0)) {
7759          if (axis != null) correct = false;
7760          else axis = man;
7761        } else if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Panel") >= 0)) {
7762          hasPanels = true;
7763        }
7764      }
7765    }
7766    if (center == null) {
7767      if (prepareTool) {
7768        center = this.originPoint;
7769        this.addParameter(center);
7770      } else return "No symmetry center selected";
7771    }
7772    if (hasPanels) {
7773      if (!prepareTool) return "panels are selected";
7774    }
7775    let closure = this.symmetry.subgroup(Symmetry.TETRAHEDRAL);
7776    switch (this.symmetry.getName()) {
7777      case "icosahedral":
7778        if (!prepareTool && axis != null && this.getCategory() === "icosahedral") return "No struts needed for icosahedral symmetry.";
7779        switch (this.getCategory()) {
7780          case "tetrahedral":
7781            if (!correct) return "no unique alignment strut selected.";
7782            if (axis == null) {
7783              if (!prepareTool) return "no aligment strut selected.";
7784            } else {
7785              const icosa = this.symmetry;
7786              const zone = icosa.getAxis$com_vzome_core_algebra_AlgebraicVector(axis.getOffset());
7787              if (zone == null) return "selected alignment strut is not a tetrahedral axis.";
7788              const allowYellow = prepareTool;
7789              closure = icosa.subgroup$java_lang_String$com_vzome_core_math_symmetry_Axis$boolean(Symmetry.TETRAHEDRAL, zone, allowYellow);
7790              if (closure == null) return "selected alignment strut is not a tetrahedral axis.";
7791            }
7792            if (prepareTool) {
7793              const order = closure.length;
7794              this.transforms = ((s) => {
7795                let a = [];
7796                while (s-- > 0) a.push(null);
7797                return a;
7798              })(order - 1);
7799              for (let i = 0; i < order - 1; i++) {
7800                this.transforms[i] = new SymmetryTransformation(this.symmetry, closure[i + 1], center);
7801              }
7802            }
7803            break;
7804          case "octahedral":
7805            let orientation = null;
7806            if (!correct) return "no unique alignment strut selected.";
7807            if (axis == null) {
7808              if (!prepareTool) return "no aligment strut selected.";
7809            } else {
7810              const icosa = this.symmetry;
7811              const zone = icosa.getAxis$com_vzome_core_algebra_AlgebraicVector(axis.getOffset());
7812              if (zone == null) return "selected alignment strut is not an octahedral axis.";
7813              let blueIndex = 0;
7814              switch (zone.getDirection().getName()) {
7815                case "green":
7816                  blueIndex = icosa.blueTetrahedralFromGreen(zone.getOrientation());
7817                  break;
7818                case "blue":
7819                  blueIndex = zone.getOrientation();
7820                  break;
7821                default:
7822                  return "selected alignment strut is not an octahedral axis.";
7823              }
7824              orientation = this.symmetry.getMatrix(blueIndex);
7825            }
7826            if (prepareTool) {
7827              const inverse = orientation.inverse();
7828              const octa = this.symmetry != null && this.symmetry instanceof OctahedralSymmetry ? this.symmetry : new OctahedralSymmetry(this.symmetry.getField());
7829              const order = octa.getChiralOrder();
7830              this.transforms = ((s) => {
7831                let a = [];
7832                while (s-- > 0) a.push(null);
7833                return a;
7834              })(order - 1);
7835              for (let i = 0; i < order - 1; i++) {
7836                {
7837                  let matrix = octa.getMatrix(i + 1);
7838                  matrix = orientation.times(matrix.times(inverse));
7839                  this.transforms[i] = new MatrixTransformation(matrix, center.getLocation());
7840                }
7841                ;
7842              }
7843            }
7844            break;
7845          default:
7846            if (prepareTool) this.prepareFullSymmetry(center);
7847            break;
7848        }
7849        break;
7850      case "synestructics":
7851      case "octahedral":
7852        if (prepareTool) {
7853          if (this.getCategory() === "tetrahedral") {
7854            const order = closure.length;
7855            this.transforms = ((s) => {
7856              let a = [];
7857              while (s-- > 0) a.push(null);
7858              return a;
7859            })(order - 1);
7860            for (let i = 0; i < order - 1; i++) {
7861              this.transforms[i] = new SymmetryTransformation(this.symmetry, closure[i + 1], center);
7862            }
7863          } else {
7864            this.prepareFullSymmetry(center);
7865          }
7866        } else {
7867          if (axis != null) return "No struts needed for symmetry";
7868        }
7869        break;
7870      default:
7871        if (prepareTool) this.prepareFullSymmetry(center);
7872        break;
7873    }
7874    return null;
7875  }
7876  /*private*/
7877  prepareFullSymmetry(center) {
7878    const order = this.symmetry.getChiralOrder();
7879    this.transforms = ((s) => {
7880      let a = [];
7881      while (s-- > 0) a.push(null);
7882      return a;
7883    })(order - 1);
7884    for (let i = 0; i < order - 1; i++) {
7885      this.transforms[i] = new SymmetryTransformation(this.symmetry, i + 1, center);
7886    }
7887  }
7888  /**
7889   * 
7890   * @return {string}
7891   */
7892  getXmlElementName() {
7893    return "SymmetryTool";
7894  }
7895  /**
7896   * 
7897   * @param {*} element
7898   */
7899  getXmlAttributes(element) {
7900    element.setAttribute("symmetry", this.symmetry.getName());
7901    super.getXmlAttributes(element);
7902  }
7903  /**
7904   * 
7905   * @param {*} element
7906   * @param {XmlSaveFormat} format
7907   */
7908  setXmlAttributes(element, format) {
7909    const symmName = element.getAttribute("symmetry");
7910    this.symmetry = format.parseSymmetry(symmName);
7911    super.setXmlAttributes(element, format);
7912  }
7913};
7914SymmetryTool["__class"] = "com.vzome.core.tools.SymmetryTool";
7915SymmetryTool["__interfaces"] = ["com.vzome.api.Tool"];
7916

7917// src/worker/legacy/from-java/com/vzome/core/tools/RotationTool.ts
7918var RotationTool = class extends SymmetryTool {
7919  /**
7920   * 
7921   * @return {string}
7922   */
7923  getCategory() {
7924    if (this.fullRotation) return "axial symmetry";
7925    else return RotationToolFactory.ID;
7926  }
7927  constructor(id, symmetry, tools, full) {
7928    if ((typeof id === "string" || id === null) && (symmetry != null && (symmetry.constructor != null && symmetry.constructor["__interfaces"] != null && symmetry.constructor["__interfaces"].indexOf("com.vzome.core.math.symmetry.Symmetry") >= 0) || symmetry === null) && (tools != null && tools instanceof ToolsModel || tools === null) && (typeof full === "boolean" || full === null)) {
7929      let __args = arguments;
7930      super(id, symmetry, tools);
7931      if (this.fullRotation === void 0) {
7932        this.fullRotation = false;
7933      }
7934      if (this.corrected === void 0) {
7935        this.corrected = false;
7936      }
7937      this.fullRotation = full;
7938      this.corrected = true;
7939      if (full) this.setInputBehaviors(true, false);
7940      else this.setInputBehaviors(false, true);
7941    } else if ((typeof id === "string" || id === null) && (symmetry != null && (symmetry.constructor != null && symmetry.constructor["__interfaces"] != null && symmetry.constructor["__interfaces"].indexOf("com.vzome.core.math.symmetry.Symmetry") >= 0) || symmetry === null) && (tools != null && tools instanceof ToolsModel || tools === null) && full === void 0) {
7942      let __args = arguments;
7943      let editor = __args[2];
7944      {
7945        let __args2 = arguments;
7946        let tools2 = editor;
7947        let full2 = false;
7948        super(id, symmetry, tools2);
7949        if (this.fullRotation === void 0) {
7950          this.fullRotation = false;
7951        }
7952        if (this.corrected === void 0) {
7953          this.corrected = false;
7954        }
7955        this.fullRotation = full2;
7956        this.corrected = true;
7957        if (full2) this.setInputBehaviors(true, false);
7958        else this.setInputBehaviors(false, true);
7959      }
7960      (() => {
7961        this.corrected = false;
7962      })();
7963    } else throw new Error("invalid overload");
7964  }
7965  /**
7966   * 
7967   * @param {boolean} prepareTool
7968   * @return {string}
7969   */
7970  checkSelection(prepareTool) {
7971    let center = null;
7972    let axisStrut = null;
7973    let correct = true;
7974    let rotationZone = null;
7975    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
7976      let man = index.next();
7977      {
7978        if (prepareTool) this.unselect$com_vzome_core_model_Manifestation(man);
7979        if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0)) {
7980          if (center != null) {
7981            correct = false;
7982            break;
7983          }
7984          center = man.getFirstConstruction();
7985        } else if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0)) {
7986          if (axisStrut != null) {
7987            correct = false;
7988            break;
7989          }
7990          axisStrut = man.getFirstConstruction();
7991          let vector = axisStrut.getOffset();
7992          vector = axisStrut.getField().projectTo3d(vector, true);
7993          rotationZone = this.symmetry["getAxis$com_vzome_core_algebra_AlgebraicVector"](vector);
7994        }
7995      }
7996    }
7997    if (axisStrut == null) {
7998      rotationZone = this.symmetry.getPreferredAxis();
7999      if (rotationZone != null) {
8000        const field5 = this.symmetry.getField();
8001        center = this.originPoint;
8002        this.addParameter(center);
8003        axisStrut = new AnchoredSegment(rotationZone, field5.one(), center);
8004        this.addParameter(axisStrut);
8005      } else if (this.isPredefined()) {
8006        center = this.originPoint;
8007        this.addParameter(center);
8008        const redOrbit = this.symmetry.getSpecialOrbit(1 /* RED */);
8009        rotationZone = redOrbit.getAxis$int$int(Symmetry.PLUS, 1);
8010        const field5 = this.symmetry.getField();
8011        const redScale = redOrbit.getUnitLength()["times$com_vzome_core_algebra_AlgebraicNumber"](field5["createPower$int"](Direction.USER_SCALE));
8012        axisStrut = new AnchoredSegment(rotationZone, redScale, center);
8013        this.addParameter(axisStrut);
8014      } else if (this.isAutomatic()) {
8015        center = this.originPoint;
8016        this.addParameter(center);
8017        const field5 = this.symmetry.getField();
8018        const zAxis = field5.basisVector(3, AlgebraicVector.Z);
8019        const len = field5["createPower$int"](2);
8020        rotationZone = this.symmetry["getAxis$com_vzome_core_algebra_AlgebraicVector"](zAxis);
8021        axisStrut = new AnchoredSegment(rotationZone, len, center);
8022        this.addParameter(axisStrut);
8023      } else correct = false;

8024    } else if (center == null) center = new SegmentEndPoint(axisStrut);
8025    if (!correct) return "rotation tool requires a single axis strut,\nand optionally a separate center point";
8026    if (rotationZone == null) return "selected strut is not an axis of rotation";
8027    const perm = rotationZone.getRotationPermutation();
8028    if (perm == null) return "selected strut is not an axis of rotation";
8029    let rotation = this.corrected ? perm.mapIndex(0) : rotationZone.getRotation();
8030    if (prepareTool) {
8031      if (this.fullRotation) {
8032        const order = perm.getOrder();
8033        this.transforms = ((s) => {
8034          let a = [];
8035          while (s-- > 0) a.push(null);
8036          return a;
8037        })(order - 1);
8038        for (let i = 0; i < this.transforms.length; i++) {
8039          {
8040            this.transforms[i] = new SymmetryTransformation(this.symmetry, rotation, center);
8041            rotation = perm.mapIndex(rotation);
8042          }
8043          ;
8044        }
8045      } else {
8046        this.transforms = [null];
8047        this.transforms[0] = new SymmetryTransformation(this.symmetry, rotation, center);
8048      }
8049    }
8050    return null;
8051  }
8052  /**
8053   * 
8054   * @return {string}
8055   */
8056  getXmlElementName() {
8057    return "RotationTool";
8058  }
8059  /**
8060   * 
8061   * @param {*} element
8062   */
8063  getXmlAttributes(element) {
8064    if (this.fullRotation) element.setAttribute("full", "true");
8065    if (this.corrected) element.setAttribute("corrected", "true");
8066    super.getXmlAttributes(element);
8067  }
8068  /**
8069   * 
8070   * @param {*} element
8071   * @param {XmlSaveFormat} format
8072   */
8073  setXmlAttributes(element, format) {
8074    let value = element.getAttribute("full");
8075    this.fullRotation = value != null && "true" === value;
8076    value = element.getAttribute("corrected");
8077    this.corrected = value != null && "true" === value;
8078    super.setXmlAttributes(element, format);
8079  }
8080};
8081RotationTool["__class"] = "com.vzome.core.tools.RotationTool";
8082RotationTool["__interfaces"] = ["com.vzome.api.Tool"];
8083

8084// src/worker/legacy/from-java/com/vzome/core/tools/AxialSymmetryToolFactory.ts
8085var AxialSymmetryToolFactory = class _AxialSymmetryToolFactory extends RotationToolFactory {
8086  static {
8087    this.ID = "axial symmetry";
8088  }
8089  static {
8090    this.__com_vzome_core_tools_AxialSymmetryToolFactory_LABEL = "Create a rotational symmetry tool";
8091  }
8092  static {
8093    this.__com_vzome_core_tools_AxialSymmetryToolFactory_TOOLTIP = "<p>Each tool creates enough copies of the selected objects to<br>create rotational symmetry around an axis.  To create a tool,<br>select a strut that defines that axis,  You can also define<br>the direction and center independently, by selecting a ball<br>for the center and a strut for the axis.  Note: not all struts<br>correspond to rotational symmetries!<br><br>Combine with a point reflection or mirror reflection tool to<br>achieve more symmetries.<br></p>";
8094  }
8095  constructor(tools, symmetry, useSymmetryName = false) {
8096    super(tools, symmetry, (useSymmetryName ? symmetry.getName() + " " : "") + _AxialSymmetryToolFactory.ID, _AxialSymmetryToolFactory.__com_vzome_core_tools_AxialSymmetryToolFactory_LABEL, _AxialSymmetryToolFactory.__com_vzome_core_tools_AxialSymmetryToolFactory_TOOLTIP);
8097  }
8098  /**
8099   * 
8100   * @param {string} id
8101   * @return {Tool}
8102   */
8103  createToolInternal(id) {

8104    return new RotationTool(id, this.getSymmetry(), this.getToolsModel(), true);
8105  }
8106};
8107AxialSymmetryToolFactory["__class"] = "com.vzome.core.tools.AxialSymmetryToolFactory";
8108AxialSymmetryToolFactory["__interfaces"] = ["com.vzome.core.editor.SelectionSummary.Listener", "com.vzome.api.Tool.Factory"];
8109

8110// src/worker/legacy/from-java/com/vzome/core/tools/InversionTool.ts
8111var InversionTool = class _InversionTool extends TransformationTool {
8112  static {
8113    this.ID = "point reflection";
8114  }
8115  static {
8116    this.LABEL = "Create a point reflection tool";
8117  }
8118  static {
8119    this.TOOLTIP = "<p>Each tool duplicates the selection by reflecting<br>each point through the defined center.  To create a<br>tool, select a single ball that defines that center.<br></p>";
8120  }
8121  constructor(toolName, tools) {
8122    super(toolName, tools);
8123  }
8124  /**
8125   * 
8126   * @param {boolean} prepareTool
8127   * @return {string}
8128   */
8129  checkSelection(prepareTool) {
8130    let center = null;
8131    if (!this.isAutomatic()) for (let index = this.mSelection.iterator(); index.hasNext(); ) {
8132      let man = index.next();
8133      {
8134        if (prepareTool) this.unselect$com_vzome_core_model_Manifestation(man);
8135        if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0)) {
8136          if (center != null) return "more than one center selected";
8137          center = man.getFirstConstruction();
8138        } else if (!prepareTool) return "panel or strut selected";
8139      }
8140    }
8141    if (center == null) {
8142      if (prepareTool) {
8143        center = this.originPoint;
8144        this.addParameter(center);
8145      } else return "No symmetry center selected";
8146    }
8147    if (prepareTool) {
8148      this.transforms = [null];
8149      this.transforms[0] = new PointReflection(center);
8150    }
8151    return null;
8152  }
8153  /**
8154   * 
8155   * @return {string}
8156   */
8157  getXmlElementName() {
8158    return "InversionTool";
8159  }
8160  /**
8161   * 
8162   * @return {string}
8163   */
8164  getCategory() {
8165    return _InversionTool.ID;
8166  }
8167};
8168InversionTool["__class"] = "com.vzome.core.tools.InversionTool";
8169InversionTool["__interfaces"] = ["com.vzome.api.Tool"];
8170

8171// src/worker/legacy/from-java/com/vzome/core/tools/InversionToolFactory.ts
8172var InversionToolFactory = class extends AbstractToolFactory {
8173  constructor(tools) {
8174    super(tools, null, InversionTool.ID, InversionTool.LABEL, InversionTool.TOOLTIP);
8175  }
8176  /**
8177   * 
8178   * @param {number} total
8179   * @param {number} balls
8180   * @param {number} struts
8181   * @param {number} panels
8182   * @return {boolean}
8183   */
8184  countsAreValid(total, balls, struts, panels) {
8185    return total === 1 && balls === 1;
8186  }
8187  /**
8188   * 
8189   * @param {string} id
8190   * @return {Tool}
8191   */
8192  createToolInternal(id) {
8193    return new InversionTool(id, this.getToolsModel());
8194  }
8195  /**
8196   * 
8197   * @return {Tool}
8198   */
8199  createTool() {
8200    const result = super.createTool();
8201    result.setCopyColors(false);
8202    return result;
8203  }
8204  /**
8205   * 
8206   * @param {*} selection
8207   * @return {boolean}
8208   */
8209  bindParameters(selection) {
8210    return true;
8211  }
8212};
8213InversionToolFactory["__class"] = "com.vzome.core.tools.InversionToolFactory";
8214InversionToolFactory["__interfaces"] = ["com.vzome.core.editor.SelectionSummary.Listener", "com.vzome.api.Tool.Factory"];
8215

8216// src/worker/legacy/from-java/com/vzome/core/algebra/Trivector3dHomogeneous.ts
8217var Trivector3dHomogeneous = class {
8218  constructor(e123, e310, e320, e120, field5) {
8219    if (this.e123 === void 0) {
8220      this.e123 = null;
8221    }
8222    if (this.e310 === void 0) {
8223      this.e310 = null;
8224    }
8225    if (this.e320 === void 0) {
8226      this.e320 = null;
8227    }
8228    if (this.e120 === void 0) {
8229      this.e120 = null;
8230    }
8231    if (this.field === void 0) {
8232      this.field = null;
8233    }
8234    this.e123 = e123;
8235    this.e310 = e310;
8236    this.e320 = e320;
8237    this.e120 = e120;
8238    this.field = field5;
8239  }
8240  dual() {
8241    return new Vector3dHomogeneous(this.e320.negate(), this.e310, this.e120, this.e123.negate(), this.field);
8242  }
8243};
8244Trivector3dHomogeneous["__class"] = "com.vzome.core.algebra.Trivector3dHomogeneous";
8245

8246// src/worker/legacy/from-java/com/vzome/core/algebra/Bivector3dHomogeneous.ts
8247var Bivector3dHomogeneous = class {
8248  constructor(e12, e23, e31, e10, e20, e30, field5) {
8249    if (this.e12 === void 0) {
8250      this.e12 = null;
8251    }
8252    if (this.e23 === void 0) {
8253      this.e23 = null;
8254    }
8255    if (this.e31 === void 0) {
8256      this.e31 = null;
8257    }
8258    if (this.e10 === void 0) {
8259      this.e10 = null;
8260    }
8261    if (this.e20 === void 0) {
8262      this.e20 = null;
8263    }
8264    if (this.e30 === void 0) {
8265      this.e30 = null;
8266    }
8267    if (this.field === void 0) {
8268      this.field = null;
8269    }
8270    this.e12 = e12;
8271    this.e23 = e23;
8272    this.e31 = e31;
8273    this.e10 = e10;
8274    this.e20 = e20;
8275    this.e30 = e30;
8276    this.field = field5;
8277  }
8278  outer(that) {
8279    const e123 = this.e12["times$com_vzome_core_algebra_AlgebraicNumber"](that.e3)["plus$com_vzome_core_algebra_AlgebraicNumber"](this.e23["times$com_vzome_core_algebra_AlgebraicNumber"](that.e1))["plus$com_vzome_core_algebra_AlgebraicNumber"](this.e31["times$com_vzome_core_algebra_AlgebraicNumber"](that.e2));
8280    const e310 = this.e10["times$com_vzome_core_algebra_AlgebraicNumber"](that.e3)["plus$com_vzome_core_algebra_AlgebraicNumber"](this.e31["times$com_vzome_core_algebra_AlgebraicNumber"](that.e0))["minus$com_vzome_core_algebra_AlgebraicNumber"](this.e30["times$com_vzome_core_algebra_AlgebraicNumber"](that.e1));
8281    const e320 = this.e20["times$com_vzome_core_algebra_AlgebraicNumber"](that.e3)["minus$com_vzome_core_algebra_AlgebraicNumber"](this.e30["times$com_vzome_core_algebra_AlgebraicNumber"](that.e2))["minus$com_vzome_core_algebra_AlgebraicNumber"](this.e23["times$com_vzome_core_algebra_AlgebraicNumber"](that.e0));
8282    const e120 = this.e12["times$com_vzome_core_algebra_AlgebraicNumber"](that.e0)["plus$com_vzome_core_algebra_AlgebraicNumber"](this.e20["times$com_vzome_core_algebra_AlgebraicNumber"](that.e1))["minus$com_vzome_core_algebra_AlgebraicNumber"](this.e10["times$com_vzome_core_algebra_AlgebraicNumber"](that.e2));
8283    return new Trivector3dHomogeneous(e123, e310, e320, e120, this.field);
8284  }
8285};
8286Bivector3dHomogeneous["__class"] = "com.vzome.core.algebra.Bivector3dHomogeneous";
8287

8288// src/worker/legacy/from-java/com/vzome/core/algebra/Vector3dHomogeneous.ts
8289var Vector3dHomogeneous = class _Vector3dHomogeneous {
8290  constructor(e1, e2, e3, e0, field5) {
8291    if ((e1 != null && (e1.constructor != null && e1.constructor["__interfaces"] != null && e1.constructor["__interfaces"].indexOf("com.vzome.core.algebra.AlgebraicNumber") >= 0) || e1 === null) && (e2 != null && (e2.constructor != null && e2.constructor["__interfaces"] != null && e2.constructor["__interfaces"].indexOf("com.vzome.core.algebra.AlgebraicNumber") >= 0) || e2 === null) && (e3 != null && (e3.constructor != null && e3.constructor["__interfaces"] != null && e3.constructor["__interfaces"].indexOf("com.vzome.core.algebra.AlgebraicNumber") >= 0) || e3 === null) && (e0 != null && (e0.constructor != null && e0.constructor["__interfaces"] != null && e0.constructor["__interfaces"].indexOf("com.vzome.core.algebra.AlgebraicNumber") >= 0) || e0 === null) && (field5 != null && (field5.constructor != null && field5.constructor["__interfaces"] != null && field5.constructor["__interfaces"].indexOf("com.vzome.core.algebra.AlgebraicField") >= 0) || field5 === null)) {
8292      let __args = arguments;
8293      if (this.e1 === void 0) {
8294        this.e1 = null;
8295      }
8296      if (this.e2 === void 0) {
8297        this.e2 = null;
8298      }
8299      if (this.e3 === void 0) {
8300        this.e3 = null;
8301      }
8302      if (this.e0 === void 0) {
8303        this.e0 = null;
8304      }
8305      if (this.field === void 0) {
8306        this.field = null;
8307      }
8308      this.e1 = e1;
8309      this.e2 = e2;
8310      this.e3 = e3;
8311      this.e0 = e0;
8312      this.field = field5;
8313    } else if ((e1 != null && (e1.constructor != null && e1.constructor["__interfaces"] != null && e1.constructor["__interfaces"].indexOf("com.vzome.core.algebra.AlgebraicNumber") >= 0) || e1 === null) && (e2 != null && (e2.constructor != null && e2.constructor["__interfaces"] != null && e2.constructor["__interfaces"].indexOf("com.vzome.core.algebra.AlgebraicNumber") >= 0) || e2 === null) && (e3 != null && (e3.constructor != null && e3.constructor["__interfaces"] != null && e3.constructor["__interfaces"].indexOf("com.vzome.core.algebra.AlgebraicNumber") >= 0) || e3 === null) && (e0 != null && (e0.constructor != null && e0.constructor["__interfaces"] != null && e0.constructor["__interfaces"].indexOf("com.vzome.core.algebra.AlgebraicField") >= 0) || e0 === null) && field5 === void 0) {
8314      let __args = arguments;
8315      let field6 = __args[3];
8316      {
8317        let __args2 = arguments;
8318        let e22 = __args2[0];
8319        let e32 = __args2[0];
8320        let e02 = __args2[4].one();
8321        if (this.e1 === void 0) {
8322          this.e1 = null;
8323        }
8324        if (this.e2 === void 0) {
8325          this.e2 = null;
8326        }
8327        if (this.e3 === void 0) {
8328          this.e3 = null;
8329        }
8330        if (this.e0 === void 0) {
8331          this.e0 = null;
8332        }
8333        if (this.field === void 0) {
8334          this.field = null;
8335        }
8336        this.e1 = e1;
8337        this.e2 = e22;
8338        this.e3 = e32;
8339        this.e0 = e02;
8340        this.field = field6;
8341      }
8342    } else if ((e1 != null && e1 instanceof AlgebraicVector || e1 === null) && (e2 != null && (e2.constructor != null && e2.constructor["__interfaces"] != null && e2.constructor["__interfaces"].indexOf("com.vzome.core.algebra.AlgebraicField") >= 0) || e2 === null) && e3 === void 0 && e0 === void 0 && field5 === void 0) {
8343      let __args = arguments;
8344      let v = __args[0];
8345      let field6 = __args[1];
8346      {
8347        let __args2 = arguments;
8348        let e12 = v.getComponent(0);
8349        let e22 = v.getComponent(1);
8350        let e32 = v.getComponent(2);
8351        {
8352          let __args3 = arguments;
8353          let e23 = __args3[0];
8354          let e33 = __args3[0];
8355          let e02 = __args3[4].one();
8356          if (this.e1 === void 0) {
8357            this.e1 = null;
8358          }
8359          if (this.e2 === void 0) {
8360            this.e2 = null;
8361          }
8362          if (this.e3 === void 0) {
8363            this.e3 = null;
8364          }
8365          if (this.e0 === void 0) {
8366            this.e0 = null;
8367          }
8368          if (this.field === void 0) {
8369            this.field = null;
8370          }
8371          this.e1 = e12;
8372          this.e2 = e23;
8373          this.e3 = e33;
8374          this.e0 = e02;
8375          this.field = field6;
8376        }
8377      }
8378    } else throw new Error("invalid overload");
8379  }
8380  outer(that) {
8381    const e12 = this.e1["times$com_vzome_core_algebra_AlgebraicNumber"](that.e2)["minus$com_vzome_core_algebra_AlgebraicNumber"](this.e2["times$com_vzome_core_algebra_AlgebraicNumber"](that.e1));
8382    const e23 = this.e2["times$com_vzome_core_algebra_AlgebraicNumber"](that.e3)["minus$com_vzome_core_algebra_AlgebraicNumber"](this.e3["times$com_vzome_core_algebra_AlgebraicNumber"](that.e2));
8383    const e31 = this.e3["times$com_vzome_core_algebra_AlgebraicNumber"](that.e1)["minus$com_vzome_core_algebra_AlgebraicNumber"](this.e1["times$com_vzome_core_algebra_AlgebraicNumber"](that.e3));
8384    const e10 = this.e1["times$com_vzome_core_algebra_AlgebraicNumber"](that.e0)["minus$com_vzome_core_algebra_AlgebraicNumber"](this.e0["times$com_vzome_core_algebra_AlgebraicNumber"](that.e1));
8385    const e20 = this.e2["times$com_vzome_core_algebra_AlgebraicNumber"](that.e0)["minus$com_vzome_core_algebra_AlgebraicNumber"](this.e0["times$com_vzome_core_algebra_AlgebraicNumber"](that.e2));
8386    const e30 = this.e3["times$com_vzome_core_algebra_AlgebraicNumber"](that.e0)["minus$com_vzome_core_algebra_AlgebraicNumber"](this.e0["times$com_vzome_core_algebra_AlgebraicNumber"](that.e3));
8387    return new Bivector3dHomogeneous(e12, e23, e31, e10, e20, e30, this.field);
8388  }
8389  getVector() {
8390    return new AlgebraicVector(this.e1.dividedBy(this.e0), this.e2.dividedBy(this.e0), this.e3.dividedBy(this.e0));
8391  }
8392  dot(v) {
8393    const e1 = this.e3["times$com_vzome_core_algebra_AlgebraicNumber"](v.e31)["minus$com_vzome_core_algebra_AlgebraicNumber"](this.e2["times$com_vzome_core_algebra_AlgebraicNumber"](v.e12))["minu

8393s$com_vzome_core_algebra_AlgebraicNumber"](this.e0["times$com_vzome_core_algebra_AlgebraicNumber"](v.e10));
8394    const e2 = this.e1["times$com_vzome_core_algebra_AlgebraicNumber"](v.e12)["minus$com_vzome_core_algebra_AlgebraicNumber"](this.e3["times$com_vzome_core_algebra_AlgebraicNumber"](v.e23))["minus$com_vzome_core_algebra_AlgebraicNumber"](this.e0["times$com_vzome_core_algebra_AlgebraicNumber"](v.e20));
8395    const e3 = this.e2["times$com_vzome_core_algebra_AlgebraicNumber"](v.e23)["minus$com_vzome_core_algebra_AlgebraicNumber"](this.e1["times$com_vzome_core_algebra_AlgebraicNumber"](v.e31))["minus$com_vzome_core_algebra_AlgebraicNumber"](this.e0["times$com_vzome_core_algebra_AlgebraicNumber"](v.e30));
8396    const e0 = this.e1["times$com_vzome_core_algebra_AlgebraicNumber"](v.e10)["plus$com_vzome_core_algebra_AlgebraicNumber"](this.e2["times$com_vzome_core_algebra_AlgebraicNumber"](v.e20))["plus$com_vzome_core_algebra_AlgebraicNumber"](this.e3["times$com_vzome_core_algebra_AlgebraicNumber"](v.e30));
8397    return new _Vector3dHomogeneous(e1, e2, e3, e0, this.field);
8398  }
8399  exists() {
8400    return !this.e0.isZero();
8401  }
8402};
8403Vector3dHomogeneous["__class"] = "com.vzome.core.algebra.Vector3dHomogeneous";
8404

8405// src/worker/legacy/from-java/com/vzome/core/construction/Line.ts
8406var Line = class extends Construction {
8407  constructor(field5) {
8408    super(field5);
8409    if (this.mDirection === void 0) {
8410      this.mDirection = null;
8411    }
8412    if (this.mStart === void 0) {
8413      this.mStart = null;
8414    }
8415  }
8416  /**
8417   * 
8418   * @return {boolean}
8419   */
8420  is3d() {
8421    return true;
8422  }
8423  /**
8424   * 
8425   * @param {AlgebraicVector} start
8426   * @param {AlgebraicVector} norm need not be normalized yet
8427   * @return
8428   * @param {boolean} impossible
8429   * @return {boolean}
8430   */
8431  setStateVariables(start, norm, impossible) {
8432    if (impossible) {
8433      if (this.isImpossible()) return false;
8434      this.setImpossible(true);
8435      return true;
8436    }
8437    if (norm.equals(this.mDirection) && start.equals(this.mStart) && !this.isImpossible()) return false;
8438    this.mDirection = norm;
8439    this.mStart = start;
8440    this.setImpossible(false);
8441    return true;
8442  }
8443  getStart() {
8444    return this.mStart;
8445  }
8446  /**
8447   * @return {AlgebraicVector} a "unit" vector... always normalized
8448   */
8449  getDirection() {
8450    return this.mDirection;
8451  }
8452  /**
8453   * 
8454   * @param {*} doc
8455   * @return {*}
8456   */
8457  getXml(doc) {
8458    const result = doc.createElement("line");
8459    return result;
8460  }
8461  getHomogeneous() {
8462    const v1 = new Vector3dHomogeneous(this.mStart, this.getField());
8463    const v2 = new Vector3dHomogeneous(this.mStart.plus(this.mDirection), this.getField());
8464    return v1.outer(v2);
8465  }
8466};
8467Line["__class"] = "com.vzome.core.construction.Line";
8468

8469// src/worker/legacy/from-java/com/vzome/core/construction/LineExtensionOfSegment.ts
8470var LineExtensionOfSegment = class extends Line {
8471  constructor(seg) {
8472    super(seg.field);
8473    if (this.mSegment === void 0) {
8474      this.mSegment = null;
8475    }
8476    this.mSegment = seg;
8477    this.mapParamsToState();
8478  }
8479  /**
8480   * 
8481   * @return {boolean}
8482   */
8483  mapParamsToState() {
8484    if (this.mSegment.isImpossible()) return this.setStateVariables(null, null, true);
8485    return this.setStateVariables(this.mSegment.getStart(), this.mSegment.getOffset(), false);
8486  }
8487  /**
8488   * 
8489   * @return {Bivector3dHomogeneous}
8490   */
8491  getHomogeneous() {
8492    const v1 = new Vector3dHomogeneous(this.mSegment.getStart(), this.getField());
8493    const v2 = new Vector3dHomogeneous(this.mSegment.getEnd(), this.getField());
8494    return v1.outer(v2);
8495  }
8496};
8497LineExtensionOfSegment["__class"] = "com.vzome.core.construction.LineExtensionOfSegment";
8498

8499// src/worker/legacy/from-java/com/vzome/core/construction/LineFromPointAndVector.ts
8500var LineFromPointAndVector = class extends Line {
8501  constructor(point, direction) {
8502    super(point.getField());
8503    if (this.point === void 0) {
8504      this.point = null;
8505    }
8506    if (this.direction === void 0) {
8507      this.direction = null;
8508    }
8509    this.point = point;
8510    this.direction = direction;
8511    this.mapParamsToState();
8512  }
8513  /**
8514   * 
8515   * @return {boolean}
8516   */
8517  mapParamsToState() {
8518    if (this.direction.isOrigin()) return this.setStateVariables(null, null, true);
8519    return this.setStateVariables(this.point, this.direction, false);
8520  }
8521};
8522LineFromPointAndVector["__class"] = "com.vzome.core.construction.LineFromPointAndVector";
8523

8524// src/worker/legacy/from-java/com/vzome/core/construction/LineLineIntersectionPoint.ts
8525var LineLineIntersectionPoint = class extends Point {
8526  constructor(line1, line2) {
8527    super(line1.field);
8528    if (this.line1 === void 0) {
8529      this.line1 = null;
8530    }
8531    if (this.line2 === void 0) {
8532      this.line2 = null;
8533    }
8534    this.line1 = line1;
8535    this.line2 = line2;
8536    this.mapParamsToState();
8537  }
8538  /**
8539   * 
8540   * @return {boolean}
8541   */
8542  mapParamsToState() {
8543    const p1 = this.line1.getStart();
8544    const p21 = this.line1.getDirection();
8545    const p3 = this.line2.getStart();
8546    const p43 = this.line2.getDirection();
8547    if (p1.equals(p3)) return this.setStateVariable(p1, false);
8548    const p2 = p1.plus(p21);
8549    if (p2.equals(p3)) return this.setStateVariable(p2, false);
8550    const p4 = p3.plus(p43);
8551    if (p1.equals(p4)) return this.setStateVariable(p1, false);
8552    if (p2.equals(p4)) return this.setStateVariable(p2, false);
8553    const p13 = p1.minus(p3);
8554    const d1343 = p13.dot(p43);
8555    const d4321 = p43.dot(p21);
8556    const d1321 = p13.dot(p21);
8557    const d4343 = p43.dot(p43);
8558    const d2121 = p21.dot(p21);
8559    const denom = d2121["times$com_vzome_core_algebra_AlgebraicNumber"](d4343)["minus$com_vzome_core_algebra_AlgebraicNumber"](d4321["times$com_vzome_core_algebra_AlgebraicNumber"](d4321));
8560    if (denom.isZero()) return this.setStateVariable(null, true);
8561    const numer = d1343["times$com_vzome_core_algebra_AlgebraicNumber"](d4321)["minus$com_vzome_core_algebra_AlgebraicNumber"](d1321["times$com_vzome_core_algebra_AlgebraicNumber"](d4343));
8562    const mua = numer.dividedBy(denom);
8563    const mub = d1343["plus$com_vzome_core_algebra_AlgebraicNumber"](d4321["times$com_vzome_core_algebra_AlgebraicNumber"](mua)).dividedBy(d4343);
8564    const pa = p1.plus(p21.scale(mua));
8565    const pb = p3.plus(p43.scale(mub));
8566    if (!pa.equals(pb)) return this.setStateVariable(null, true);
8567    return this.setStateVariable(pb, false);
8568  }
8569};
8570LineLineIntersectionPoint["__class"] = "com.vzome.core.construction.LineLineIntersectionPoint";
8571

8572// src/worker/legacy/from-java/com/vzome/core/construction/LineReflection.ts
8573var LineReflection = class extends Transformation {
8574  constructor(axis) {
8575    super(axis.field);
8576    if (this.two === void 0) {
8577      this.two = null;
8578    }
8579    if (this.mMirrorLine === void 0) {
8580      this.mMirrorLine = null;
8581    }
8582    if (this.mStart === void 0) {
8583      this.mStart = null;
8584    }
8585    if (this.mEnd === void 0) {
8586      this.mEnd = null;
8587    }
8588    this.two = this.field["createRational$long"](2);
8589    this.mMirrorLine = new LineExtensionOfSegment(axis);
8590    this.mStart = axis.getStart();
8591    this.mEnd = axis.getEnd();
8592  }
8593  /**
8594   * 
8595   * @return {boolean}
8596   */
8597  mapParamsToState() {
8598    return true;
8599  }
8600  transform$com_vzome_core_algebra_AlgebraicVector(arg) {
8601    const norm1 = AlgebraicVectors.getNormal$com_vzome_core_algebra_AlgebraicVector$com_vzome_core_algebra_AlgebraicVector$com_vzome_core_algebra_AlgebraicVector(this.mStart, this.mEnd, arg);
8602    if (norm1.isOrigin()) {
8603      return arg;
8604    }
8605    const norm2 = AlgebraicVectors.getNormal$com_vzome_core_algebra_AlgebraicVector$com_vzome_core_algebra_AlgebraicVector$com_vzome_core_algebra_AlgebraicVector(this.mStart, this.mEnd, this.mEnd.plus(norm1));
8606    const line2 = new LineFromPointAndVector(arg, norm2);
8607    const point = new LineLineIntersectionPoint(this.mMirrorLine, line2);
8608    const intersection = point.getLocation();
8609    const translation = intersection.minus(arg).scale(this.two);
8610    return arg.plus(translation);
8611  }
8612  /**
8613   * 
8614   * @param {AlgebraicVector} arg
8615   * @return {AlgebraicVector}
8616   */
8617  transform(arg) {
8618    if (arg != null && arg instanceof AlgebraicVector || arg === null) {
8619      return this.transform$com_vzome_core_algebra_AlgebraicVector(arg);
8620    } else if (arg != null && arg instanceof Construction || arg === null) {
8621      return this.transform$com_vzome_core_construction_Construction(arg);
8622    } else throw new Error("invalid overload");
8623  }
8624};
8625LineReflection["__class"] = "com.vzome.core.construction.LineReflection";
8626

8627// src/worker/legacy/from-java/com/vzome/core/tools/LineReflectionTool.ts
8628var LineReflectionTool = class extends TransformationTool {
8629  constructor(id, tools) {
8630    super(id, tools);
8631    this.setCopyColors(false);
8632  }
8633  /**
8634   * 
8635   * @param {boolean} prepareTool
8636   * @return {string}
8637   */
8638  checkSelection(prepareTool) {
8639    let axis = null;
8640    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
8641      let man = index.next();
8642      {
8643        if (prepareTool) {
8644          this.unselect$com_vzome_core_model_Manifestation(man);
8645        }
8646        if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0)) {
8647          if (axis != null) {
8648            if (prepareTool) {
8649              break;
8650            } else {
8651              return "Only one mirror axis strut may be selected";
8652            }
8653          }
8654          axis = man.getFirstConstruction();
8655        }
8656      }
8657    }
8658    if (axis == null) {
8659      return "line reflection tool requires a single strut";
8660    }
8661    if (prepareTool) {
8662      this.transforms = [null];
8663      this.transforms[0] = new LineReflection(axis);
8664    }
8665    return null;
8666  }
8667  /**
8668   * 
8669   * @return {string}
8670   */
8671  getXmlElementName() {
8672    return "LineReflectionTool";
8673  }
8674};
8675LineReflectionTool["__class"] = "com.vzome.core.tools.LineReflectionTool";
8676LineReflectionTool["__interfaces"] = ["com.vzome.api.Tool"];
8677

8678// src/worker/legacy/from-java/com/vzome/core/tools/LineReflectionToolFactory.ts
8679var LineReflectionToolFactory = class _LineReflectionToolFactory extends AbstractToolFactory {
8680  static {
8681    this.ID = "line reflection";
8682  }
8683  static {
8684    this.LABEL = "Create a line reflection tool";
8685  }
8686  static {
8687    this.TOOLTIP = "<p>Each tool duplicates the selection by reflecting<br>each object in a line.  To create a tool,<br>define the mirror line by selecting a strut.<br></p>";
8688  }
8689  constructor(tools) {
8690    super(tools, null, _LineReflectionToolFactory.ID, _LineReflectionToolFactory.LABEL, _LineReflectionToolFactory.TOOLTIP);
8691  }
8692  /**
8693   * 
8694   * @param {string} id
8695   * @return {Tool}
8696   */
8697  createToolInternal(id) {
8698    return new LineReflectionTool(id, this.getToolsModel());
8699  }
8700  /**
8701   * 
8702   * @param {number} total
8703   * @param {number} balls
8704   * @param {number} struts
8705   * @param {number} panels
8706   * @return {boolean}
8707   */
8708  countsAreValid(total, balls, struts, panels) {
8709    return total === 1 && struts === 1;
8710  }
8711  /**
8712   * 
8713   * @param {*} selection
8714   * @return {boolean}
8715   */
8716  bindParameters(selection) {
8717    return true;
8718  }
8719};
8720LineReflectionToolFactory["__class"] = "com.vzome.core.tools.LineReflectionToolFactory";
8721LineReflectionToolFactory["__interfaces"] = ["com.vzome.core.editor.SelectionSummary.Listener", "com.vzome.api.Tool.Factory"];
8722

8723// src/worker/legacy/from-java/com/vzome/core/construction/ChangeOfBasis.ts
8724var ChangeOfBasis = class _ChangeOfBasis extends Transformation {
8725  constructor(newX, newY, newZ, kernel, originalScaling) {
8726    if ((newX != null && newX instanceof Segment || newX === null) && (newY != null && newY instanceof Segment || newY === null) && (newZ != null && newZ instanceof Segment || newZ === null) && (kernel != null && kernel instanceof Point || kernel === null) && (typeof originalScaling === "boolean" || originalScaling === null)) {
8727      let __args = arguments;
8728      super(newX.field);
8729      if (this.mOld === void 0) {
8730        this.mOld = null;
8731      }
8732      if (this.mNew === void 0) {
8733        this.mNew = null;
8734      }
8735      if (this.mKernel === void 0) {
8736        this.mKernel = null;
8737      }
8738      if (this.scale === void 0) {
8739        this.scale = null;
8740      }
8741      this.mNew = [newX, newY, newZ];
8742      this.mOld = null;
8743      this.mKernel = kernel;
8744      if (originalScaling) this.scale = this.field["createPower$int"](-5);
8745      else this.scale = this.field["createRational$long$long"](1, 2)["times$com_vzome_core_algebra_AlgebraicNumber"](this.field["createPower$int"](-3));
8746      this.mapParamsToState();
8747    } else if ((newX != null && newX instanceof Array && (newX.length == 0 || newX[0] == null || newX[0] != null && newX[0] instanceof Segment) || newX === null) && (newY != null && newY instanceof Array && (newY.length == 0 || newY[0] == null || newY[0] != null && newY[0] instanceof Segment) || newY === null) && (newZ != null && newZ instanceof Point || newZ === null) && kernel === void 0 && originalScaling === void 0) {
8748      let __args = arguments;
8749      let oldBasis = __args[0];
8750      let newBasis = __args[1];
8751      let kernel2 = __args[2];
8752      super(oldBasis[0].field);
8753      if (this.mOld === void 0) {
8754        this.mOld = null;
8755      }
8756      if (this.mNew === void 0) {
8757        this.mNew = null;
8758      }
8759      if (this.mKernel === void 0) {
8760        this.mKernel = null;
8761      }
8762      if (this.scale === void 0) {
8763        this.scale = null;
8764      }
8765      this.mOld = oldBasis;
8766      this.mNew = newBasis;
8767      this.mKernel = kernel2;
8768      this.scale = this.field["createRational$long"](2)["times$com_vzome_core_algebra_AlgebraicNumber"](this.field["createPower$int"](-7));
8769      this.mapParamsToState();
8770    } else throw new Error("invalid overload");
8771  }
8772  /**
8773   * 
8774   * @return {boolean}
8775   */
8776  mapParamsToState() {
8777    const loc = this.mKernel.getLocation();
8778    if (this.mOld != null) {
8779      const oldCommon = _ChangeOfBasis.findCommonVertex(this.mOld[0], this.mOld[1]);
8780      const offsets = [null, null, null];
8781      for (let i = 0; i < offsets.length; i++) {
8782        {
8783          offsets[i] = this.mOld[i].getOffset().scale(this.scale);
8784          if (oldCommon.equals(this.mOld[i].getEnd())) offsets[i] = offsets[i].negate();
8785        }
8786        ;
8787      }
8788      const oldMatrix = new AlgebraicMatrix(offsets);
8789      const newCommon = _ChangeOfBasis.findCommonVertex(this.mNew[0], this.mNew[1]);
8790      for (let i = 0; i < offsets.length; i++) {
8791        {
8792          offsets[i] = this.mNew[i].getOffset().scale(this.scale);
8793          if (newCommon.equals(this.mNew[i].getEnd())) offsets[i] = offsets[i].negate();
8794        }
8795        ;
8796      }
8797      const newMatrix = new AlgebraicMatrix(offsets);
8798      const transform = newMatrix.times(oldMatrix.inverse());
8799      return this.setStateVariables(transform, loc, false);
8800    } else {
8801      const transform = new AlgebraicMatrix(this.mNew[0].getOffset().scale(this.scale), this.mNew[1].getOffset().scale(this.scale), this.mNew[2].getOffset().scale(this.scale));
8802      return this.setStateVariables(transform, loc, false);
8803    }
8804  }
8805  static findCommonVertex(s1, s2) {
8806    let common = s1.getStart();
8807    if (common.equals(s2.getStart()) || common.equals(s2.getEnd())) return common;
8808    else {
8809      common = s1.getEnd();
8810      if (common.equals(s2.getStart()) || common.equals(s2.getEnd())) return common;
8811      else return null;
8812    }
8813  }
8814};
8815ChangeOfBasis["__class"] = "com.vzome.core.construction.ChangeOfBasis";
8816

8817// src/worker/legacy/from-java/com/vzome/core/tools/LinearMapTool.ts
8818var LinearMapTool = class _LinearMapTool extends TransformationTool {
8819  static {
8820    this.CATEGORY = "linear map";
8821  }
8822  static {
8823    this.LABEL = "Create a linear map tool";
8824  }
8825  static {
8826    this.TOOLTIP = "<p><b>For experts and Linear Algebra students...</b><br><br>Each tool applies a linear transformation to the selected<br>objects, possibly rotating, stretching, and compressing.  To<br>create a tool, select a ball as the center of the mapping,<br>three struts (in order) to define the input basis, and three<br>more struts to define the output basis.<br><br>You can omit the input basis if it would consist of three<br>identical blue struts at right angles; the three struts you<br>select will be interpreted as the output basis.<br><br>By default, the input selection will be removed, and replaced<br>with the transformed equivalent.  If you want to keep the inputs,<br>you can right-click after creating the tool, to configure it.<br></p>";
8827  }
8828  constructor(name, tools, originalScaling) {
8829    super(name, tools);
8830    if (this.originalScaling === void 0) {
8831      this.originalScaling = false;
8832    }
8833    this.originalScaling = originalScaling;
8834    this.setInputBehaviors(false, true);
8835  }
8836  checkSelection(prepareTool) {
8837    const oldBasis = [null, null, null];
8838    const newBasis = [null, null, null];
8839    let index = 0;
8840    let correct = true;
8841    let center = null;
8842    for (let index1 = this.mSelection.iterator(); index1.hasNext(); ) {
8843      let man = index1.next();
8844      {
8845        if (prepareTool) this.unselect$com_vzome_core_model_Manifestation(man);
8846        if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0)) {
8847          if (center != null) {
8848            correct = false;
8849            break;
8850          }
8851          center = man.getFirstConstruction();
8852        } else if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0)) {
8853          if (index >= 6) {
8854            correct = false;
8855            break;
8856          }
8857          if ((index / 3 | 0) === 0) {
8858            oldBasis[index % 3] = man.getFirstConstruction();
8859          } else {
8860            newBasis[index % 3] = man.getFirstConstruction();
8861          }
8862          ++index;
8863        }
8864      }
8865    }
8866    correct = correct && (index === 3 || index === 6);
8867    if (!correct) return "linear map tool requires three adjacent, non-parallel struts (or two sets of three) and a single (optional) center ball";
8868    if (prepareTool) {
8869      if (center == null) center = this.originPoint;
8870      this.transforms = [null];
8871      if (index === 6) this.transforms[0] = new ChangeOfBasis(oldBasis, newBasis, center);
8872      else this.transforms[0] = new ChangeOfBasis(oldBasis[0], oldBasis[1], oldBasis[2], center, this.originalScaling);
8873    }
8874    return null;
8875  }
8876  /**
8877   * 
8878   * @return {string}
8879   */
8880  getXmlElementName() {
8881    return "LinearTransformTool";
8882  }
8883  /**
8884   * 
8885   * @return {string}
8886   */
8887  getCategory() {
8888    return _LinearMapTool.CATEGORY;
8889  }
8890};
8891LinearMapTool["__class"] = "com.vzome.core.tools.LinearMapTool";
8892LinearMapTool["__interfaces"] = ["com.vzome.api.Tool"];
8893

8894// src/worker/legacy/from-java/com/vzome/core/tools/LinearMapToolFactory.ts
8895var LinearMapToolFactory = class extends AbstractToolFactory {
8896  constructor(tools, symmetry, originalScaling) {
8897    super(tools, symmetry, LinearMapTool.CATEGORY, LinearMapTool.LABEL, LinearMapTool.TOOLTIP);
8898    if (this.originalScaling === void 0) {
8899      this.originalScaling = false;
8900    }
8901    this.originalScaling = originalScaling;
8902  }
8903  /**
8904   * 
8905   * @param {number} total
8906   * @param {number} balls
8907   * @param {number} struts
8908   * @param {number} panels
8909   * @return {boolean}
8910   */
8911  countsAreValid(total, balls, struts, panels) {
8912    return total === 7 && balls === 1 && struts === 6 || total === 4 && balls === 1 && struts === 3;
8913  }
8914  /**
8915   * 
8916   * @param {string} id
8917   * @return {Tool}
8918   */
8919  createToolInternal(id) {
8920    return new LinearMapTool(id, this.getToolsModel(), this.originalScaling);
8921  }
8922  /**
8923   * 
8924   * @return {Tool}
8925   */
8926  createTool() {
8927    const result = super.createTool();
8928    result.setCopyColors(false);
8929    return result;
8930  }
8931  /**
8932   * 
8933   * @param {*} selection
8934   * @return {boolean}
8935   */
8936  bindParameters(selection) {
8937    let index = 0;
8938    const segments = [null, null, null, null, null, null];
8939    for (let index1 = selection.iterator(); index1.hasNext(); ) {
8940      let man = index1.next();
8941      {
8942        if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0)) segments[index++] = man.getFirstConstruction();
8943      }
8944    }
8945    let c1 = ChangeOfBasis.findCommonVertex(segments[0], segments[1]);
8946    let c2 = ChangeOfBasis.findCommonVertex(segments[2], segments[1]);
8947    if (c1 == null || c2 == null || !c1.equals(c2)) return false;
8948    if (index === 3) return true;
8949    c1 = ChangeOfBasis.findCommonVertex(segments[3], segments[4]);
8950    c2 = ChangeOfBasis.findCommonVertex(segments[5], segments[4]);
8951    if (c1 == null || c2 == null || !c1.equals(c2)) return false;
8952    return true;
8953  }
8954};
8955LinearMapToolFactory["__class"] = "com.vzome.core.tools.LinearMapToolFactory";
8956LinearMapToolFactory["__interfaces"] = ["com.vzome.core.editor.SelectionSummary.Listener", "com.vzome.api.Tool.Factory"];
8957

8958// src/worker/legacy/from-java/com/vzome/core/construction/PlaneExtensionOfPolygon.ts
8959var PlaneExtensionOfPolygon = class extends Plane {
8960  constructor(polygon) {
8961    super(polygon.field);
8962    if (this.mPolygon === void 0) {
8963      this.mPolygon = null;
8964    }
8965    this.mPolygon = polygon;
8966    this.mapParamsToState();
8967  }
8968  /**
8969   * 
8970   * @return {boolean}
8971   */
8972  mapParamsToState() {
8973    if (this.mPolygon.isImpossible()) {
8974      return this.setStateVariables(null, null, true);
8975    }
8976    return this.setStateVariables(this.mPolygon.getVertex(0), this.mPolygon.getNormal(), false);
8977  }
8978  /**
8979   * 
8980   * @return {Trivector3dHomogeneous}
8981   */
8982  getHomogeneous() {
8983    const v1 = new Vector3dHomogeneous(this.mPolygon.getVertex(0), this.getField());
8984    const v2 = new Vector3dHomogeneous(this.mPolygon.getVertex(1), this.getField());
8985    const v3 = new Vector3dHomogeneous(this.mPolygon.getVertex(2), this.getField());
8986    return v1.outer(v2).outer(v3);
8987  }
8988};
8989PlaneExtensionOfPolygon["__class"] = "com.vzome.core.construction.PlaneExtensionOfPolygon";
8990

8991// src/worker/legacy/from-java/com/vzome/core/tools/MirrorTool.ts
8992var MirrorTool = class _MirrorTool extends TransformationTool {
8993  static {
8994    this.ID = "mirror";
8995  }
8996  static {
8997    this.LABEL = "Create a mirror reflection tool";
8998  }
8999  static {
9000    this.TOOLTIP = "<p>Each tool duplicates the selection by reflecting<br>each object in a mirror plane.  To create a<br>tool, define the mirror plane by selecting a single<br>panel, or by selecting a strut orthogonal to the<br>plane and a ball lying in the plane.<br></p>";
9001  }
9002  constructor(id, tools) {
9003    super(id, tools);
9004    if (this.symmSys === void 0) {
9005      this.symmSys = null;
9006    }
9007    this.symmSys = tools.getEditorModel()["getSymmetrySystem$"]();
9008  }
9009  /**
9010   * 
9011   * @param {boolean} prepareTool
9012   * @return {string}
9013   */
9014  checkSelection(prepareTool) {
9015    let center = null;
9016    let axis = null;
9017    let mirrorPanel = null;
9018    if (this.getId() === "mirror.builtin/reflection through XY plane") {
9019      center = this.originPoint;
9020      this.addParameter(center);
9021      const field5 = this.originPoint.getField();
9022      const zAxis = field5.basisVector(3, AlgebraicVector.Z).scale(field5["createPower$int"](Direction.USER_SCALE));
9023      const p2 = new FreePoint(zAxis);
9024      axis = new SegmentJoiningPoints(center, p2);
9025      this.addParameter(axis);
9026    } else if (this.getId() === "mirror.builtin/reflection through X=Y green plane") {
9027      center = this.originPoint;
9028      this.addParameter(center);
9029      const field5 = this.originPoint.getField();
9030      const greenAxis = field5.basisVector(3, AlgebraicVector.X).plus(field5.basisVector(3, AlgebraicVector.Y)).scale(field5["createPower$int"](Direction.USER_SCALE));
9031      const p2 = new FreePoint(greenAxis);
9032      axis = new SegmentJoiningPoints(center, p2);
9033      this.addParameter(axis);
9034    } else if (this.getId() === "mirror.builtin/reflection through red plane") {
9035      center = this.originPoint;
9036      this.addParameter(center);
9037      const redAxis = this.symmSys.getSymmetry().getSpecialOrbit(1 /* RED */).getAxis$int$int(Symmetry.PLUS, 0).normal();
9038      const p2 = new FreePoint(redAxis);
9039      axis = new SegmentJoiningPoints(center, p2);
9040      this.addParameter(axis);
9041    } else if (this.isAutomatic()) {
9042      center = this.originPoint;
9043      const field5 = this.originPoint.getField();
9044      const xAxis = field5.basisVector(3, AlgebraicVector.X);
9045      const p2 = new FreePoint(xAxis);
9046      axis = new SegmentJoiningPoints(center, p2);
9047    } else for (let index = this.mSelection.iterator(); index.hasNext(); ) {
9048      let man = index.next();
9049      {
9050        if (prepareTool) this.unselect$com_vzome_core_model_Manifestation(man);
9051        if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0)) {
9052          if (center != null) {
9053            if (prepareTool) break;
9054            else return "Only one center ball may be selected";
9055          }
9056          center = man.getFirstConstruction();
9057        } else if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0)) {
9058          if (axis != null) {
9059            if (prepareTool) break;
9060            else return "Only one mirror axis strut may be selected";
9061          }
9062          axis = man.getFirstConstruction();
9063        } else if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Panel") >= 0)) {
9064          if (mirrorPanel != null) {
9065            if (prepareTool) break;
9066            else return "Only one mirror panel may be selected";
9067          }
9068          mirrorPanel = man.getFirstConstruction();
9069        }
9070      }
9071    }
9072    if (center == null) {
9073      if (prepareTool) center = this.originPoint;
9074      else if (mirrorPanel == null) return "No symmetry center selected";
9075    }
9076    let mirrorPlane = null;
9077    if (axis != null && center != null && mirrorPanel == null) {
9078      if (prepareTool) mirrorPlane = new PlaneFromNormalSegment(center, axis);
9079    } else if (axis == null && mirrorPanel != null) {
9080      if (prepareTool) mirrorPlane = new PlaneExtensionOfPolygon(mirrorPanel);
9081      else if (center != null) return "mirror tool requires a single panel,\nor a single strut and a single center ball";

9082    } else {
9083      const msg = "mirror tool requires a single panel,\nor a single strut and a single center ball";
9084      if (prepareTool) {
9085        throw new java.lang.IllegalStateException("Failed to prepare tool: " + msg);
9086      } else {
9087        return msg;
9088      }
9089    }
9090    if (prepareTool) {
9091      this.transforms = [null];
9092      this.transforms[0] = new PlaneReflection(mirrorPlane);
9093    }
9094    return null;
9095  }
9096  /**
9097   * 
9098   * @return {string}
9099   */
9100  getXmlElementName() {
9101    return "MirrorTool";
9102  }
9103  /**
9104   * 
9105   * @return {string}
9106   */
9107  getCategory() {
9108    return _MirrorTool.ID;
9109  }
9110};
9111MirrorTool["__class"] = "com.vzome.core.tools.MirrorTool";
9112MirrorTool["__interfaces"] = ["com.vzome.api.Tool"];
9113

9114// src/worker/legacy/from-java/com/vzome/core/tools/MirrorToolFactory.ts
9115var MirrorToolFactory = class extends AbstractToolFactory {
9116  constructor(tools) {
9117    super(tools, null, MirrorTool.ID, MirrorTool.LABEL, MirrorTool.TOOLTIP);
9118  }
9119  /**
9120   * 
9121   * @param {number} total
9122   * @param {number} balls
9123   * @param {number} struts
9124   * @param {number} panels
9125   * @return {boolean}
9126   */
9127  countsAreValid(total, balls, struts, panels) {
9128    return total === 2 && balls === 1 && struts === 1 || total === 1 && panels === 1;
9129  }
9130  /**
9131   * 
9132   * @param {string} id
9133   * @return {Tool}
9134   */
9135  createToolInternal(id) {
9136    return new MirrorTool(id, this.getToolsModel());
9137  }
9138  /**
9139   * 
9140   * @return {Tool}
9141   */
9142  createTool() {
9143    const result = super.createTool();
9144    result.setCopyColors(false);
9145    return result;
9146  }
9147  /**
9148   * 
9149   * @param {*} selection
9150   * @return {boolean}
9151   */
9152  bindParameters(selection) {
9153    return true;
9154  }
9155};
9156MirrorToolFactory["__class"] = "com.vzome.core.tools.MirrorToolFactory";
9157MirrorToolFactory["__interfaces"] = ["com.vzome.core.editor.SelectionSummary.Listener", "com.vzome.api.Tool.Factory"];
9158

9159// src/worker/legacy/from-java/com/vzome/core/tools/OctahedralToolFactory.ts
9160var OctahedralToolFactory = class _OctahedralToolFactory extends AbstractToolFactory {
9161  static {
9162    this.ID = "octahedral";
9163  }
9164  static {
9165    this.LABEL = "Create an octahedral symmetry tool";
9166  }
9167  static {
9168    this.TOOLTIP2 = "<p>Each tool produces up to 23 copies of the input<br>selection, using the rotation symmetries of a<br>cube or octahedron.  To create a tool, select a<br>ball that defines the center of symmetry.<br><br>Combine with a point reflection tool to achieve<br>all 48 symmetries of the octahedron, including<br>reflections.<br></p>";
9169  }
9170  constructor(tools, symmetry, id = _OctahedralToolFactory.ID, label = _OctahedralToolFactory.LABEL, tooltip = _OctahedralToolFactory.TOOLTIP2) {
9171    super(tools, symmetry, id, label, tooltip);
9172  }
9173  /**
9174   * 
9175   * @param {number} total
9176   * @param {number} balls
9177   * @param {number} struts
9178   * @param {number} panels
9179   * @return {boolean}
9180   */
9181  countsAreValid(total, balls, struts, panels) {
9182    return total === 1 && balls === 1 || total === 2 && balls === 1 && struts === 1;
9183  }
9184  /**
9185   * 
9186   * @param {string} id
9187   * @return {Tool}
9188   */
9189  createToolInternal(id) {

9190    return new SymmetryTool(id, this.getSymmetry(), this.getToolsModel());
9191  }
9192  /**
9193   * 
9194   * @param {*} selection
9195   * @return {boolean}
9196   */
9197  bindParameters(selection) {
9198    const symmetry = this.getSymmetry();
9199    const total = this.getSelection().size();
9200    if (symmetry != null && symmetry instanceof IcosahedralSymmetry) {
9201      if (total !== 2) return false;
9202      for (let index = selection.iterator(); index.hasNext(); ) {
9203        let man = index.next();
9204        if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0)) {
9205          const zone = symmetry["getAxis$com_vzome_core_algebra_AlgebraicVector"](man.getOffset());
9206          if (zone == null) return false;
9207          switch (zone.getDirection().getName()) {
9208            case "blue":
9209            case "green":
9210              return true;
9211            default:
9212              return false;
9213          }
9214        }
9215      }
9216      return false;
9217    } else {
9218      return total === 1;
9219    }
9220  }
9221};
9222OctahedralToolFactory["__class"] = "com.vzome.core.tools.OctahedralToolFactory";
9223OctahedralToolFactory["__interfaces"] = ["com.vzome.core.editor.SelectionSummary.Listener", "com.vzome.api.Tool.Factory"];
9224

9225// src/worker/legacy/from-java/com/vzome/core/construction/LinePlaneIntersectionPoint.ts
9226var LinePlaneIntersectionPoint = class extends Point {
9227  constructor(plane, line) {
9228    super(line.field);
9229    if (this.mPlane === void 0) {
9230      this.mPlane = null;
9231    }
9232    if (this.mLine === void 0) {
9233      this.mLine = null;
9234    }
9235    this.mPlane = plane;
9236    this.mLine = line;
9237    this.mapParamsToState();
9238  }
9239  /**
9240   * From Vince, GA4CG, p. 196.
9241   * 
9242   * @author Scott Vorthmann
9243   * @return {boolean}
9244   */
9245  mapParamsToState_usingGA() {
9246    if (this.mPlane.isImpossible() || this.mLine.isImpossible()) return this.setStateVariable(null, true);
9247    const plane = this.mPlane.getHomogeneous();
9248    const line = this.mLine.getHomogeneous();
9249    const intersection = plane.dual().dot(line);
9250    if (!intersection.exists()) return this.setStateVariable(null, true);
9251    return this.setStateVariable(intersection.getVector(), false);
9252  }
9253  /**
9254   * from http://astronomy.swin.edu.au/~pbourke/geometry/planeline/:
9255   * 
9256   * 
9257   * The equation of a plane (points P are on the plane with normal N and point P3 on the plane) can be written as
9258   * 
9259   * N dot (P - P3) = 0
9260   * 
9261   * The equation of the line (points P on the line passing through points P1 and P2) can be written as
9262   * 
9263   * P = P1 + u (P2 - P1)
9264   * 
9265   * The intersection of these two occurs when
9266   * 
9267   * N dot (P1 + u (P2 - P1)) = N dot P3
9268   * 
9269   * Solving for u gives
9270   * 
9271   * u = ( N dot (P3-P1) ) / ( N dot (P2-P1) )
9272   * 
9273   * If the denominator is zero, the line is parallel to the plane.
9274   * 
9275   * @author Scott Vorthmann
9276   * @return {boolean}
9277   */
9278  mapParamsToState() {
9279    if (this.mPlane.isImpossible() || this.mLine.isImpossible()) return this.setStateVariable(null, true);
9280    const p1 = this.mLine.getStart();
9281    const p1p2 = this.mLine.getDirection();
9282    const n = this.mPlane.getNormal();
9283    const p3 = this.mPlane.getBase();
9284    const p = AlgebraicVectors.getLinePlaneIntersection(p1, p1p2, p3, n);
9285    if (p == null) return this.setStateVariable(null, true);
9286    else return this.setStateVariable(p, false);
9287  }
9288};
9289LinePlaneIntersectionPoint["__class"] = "com.vzome.core.construction.LinePlaneIntersectionPoint";
9290

9291// src/worker/legacy/from-java/com/vzome/core/construction/PerspectiveProjection.ts
9292var PerspectiveProjection = class extends Transformation {
9293  constructor(projectionPlane, perspectivePoint) {
9294    super(projectionPlane.field);
9295    if (this.projectionPlane === void 0) {
9296      this.projectionPlane = null;
9297    }
9298    if (this.perspectivePoint === void 0) {
9299      this.perspectivePoint = null;
9300    }
9301    this.projectionPlane = projectionPlane;
9302    this.perspectivePoint = perspectivePoint;
9303    this.mapParamsToState();
9304  }
9305  /**
9306   * 
9307   * @return {boolean}
9308   */
9309  mapParamsToState() {
9310    if (this.projectionPlane.isImpossible()) this.setStateVariables(null, null, true);
9311    const loc = this.getField().origin(3);
9312    return this.setStateVariables(null, loc, false);
9313  }
9314  transform$com_vzome_core_algebra_AlgebraicVector(arg) {
9315    const segment = new SegmentJoiningPoints(this.perspectivePoint, new FreePoint(arg));
9316    if (segment.getOffset().isOrigin()) return null;
9317    const line = new LineExtensionOfSegment(segment);
9318    const point = new LinePlaneIntersectionPoint(this.projectionPlane, line);
9319    return point.getLocation();
9320  }
9321  /**
9322   * 
9323   * @param {AlgebraicVector} arg
9324   * @return {AlgebraicVector}
9325   */
9326  transform(arg) {
9327    if (arg != null && arg instanceof AlgebraicVector || arg === null) {
9328      return this.transform$com_vzome_core_algebra_AlgebraicVector(arg);
9329    } else if (arg != null && arg instanceof Construction || arg === null) {
9330      return this.transform$com_vzome_core_construction_Construction(arg);
9331    } else throw new Error("invalid overload");
9332  }
9333  transform$com_vzome_core_construction_Construction(c) {
9334    if (c != null && c instanceof Point) {
9335      const result = new TransformedPoint(this, c);
9336      if (result.isImpossible()) return null;
9337      return result;
9338    } else if (c != null && c instanceof Segment) {
9339      const result = new TransformedSegment(this, c);
9340      if (result.isImpossible() || result.getOffset().isOrigin()) {
9341        return new FreePoint(c.getStart());
9342      }
9343      return result;
9344    } else if (c != null && c instanceof Polygon) {
9345      const p = new TransformedPolygon(this, c);
9346      if (p.getNormal().isOrigin()) {
9347        let min = p.getVertex(0);
9348        let max = min;
9349        for (let i = 1; i < p.getVertexCount(); i++) {
9350          {
9351            const v = p.getVertex(i);
9352            if (v.compareTo(min) === -1) {
9353              min = v;
9354            }
9355            if (v.compareTo(max) === 1) {
9356              max = v;
9357            }
9358          }
9359          ;
9360        }
9361        const p1 = new FreePoint(min);
9362        const p2 = new FreePoint(max);
9363        return new SegmentJoiningPoints(p1, p2);
9364      }
9365      return p;
9366    }
9367    return super.transform$com_vzome_core_construction_Construction(c);
9368  }
9369};
9370PerspectiveProjection["__class"] = "com.vzome.core.construction.PerspectiveProjection";
9371

9372// src/worker/legacy/from-java/com/vzome/core/tools/PerspectiveProjectionTool.ts
9373var PerspectiveProjectionTool = class _PerspectiveProjectionTool extends TransformationTool {
9374  static {
9375    this.ID = "perspective";
9376  }
9377  static {
9378    this.LABEL = "Create a perspective projection tool";
9379  }
9380  static {
9381    this.TOOLTIP = "<p>Created tools project selected objects to a 2D plane.<br><br>To create a tool, define the projection<br> by selecting a single panel<br> and a ball not in the plane of the panel.</p>";
9382  }
9383  constructor(id, tools) {
9384    super(id, tools);
9385    this.setInputBehaviors(false, true);
9386  }
9387  /**
9388   * 
9389   */
9390  perform() {
9391    let plane = null;
9392    let point = null;
9393    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
9394      let man = index.next();
9395      {
9396        this.unselect$com_vzome_core_model_Manifestation(man);
9397        if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Panel") >= 0)) {
9398          if (plane == null) {
9399            const panel = man;
9400            const polygon = panel.toConstruction();
9401            plane = new PlaneExtensionOfPolygon(polygon);
9402          } else {
9403            throw new Command.Failure("Projection tool allows only a single selected panel");
9404          }
9405        }
9406        if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0)) {
9407          if (point == null) {
9408            const ball = man;
9409            point = ball.toConstruction();
9410            continue;
9411          } else {
9412            throw new Command.Failure("Projection tool allows only a single selected ball");
9413          }
9414        }
9415      }
9416    }
9417    if (plane == null || point == null) {
9418      throw new Command.Failure("Projection tool requires a selected panel and a selected ball.");
9419    }
9420    this.transforms = [null];
9421    this.transforms[0] = new PerspectiveProjection(plane, point);
9422    super.perform();
9423  }
9424  /**
9425   * 
9426   * @param {boolean} prepareTool
9427   * @return {string}
9428   */
9429  checkSelection(prepareTool) {
9430    return null;
9431  }
9432  /**
9433   * 
9434   * @return {string}
9435   */
9436  getXmlElementName() {
9437    return "PerspectiveProjectionTool";
9438  }
9439  /**
9440   * 
9441   * @return {string}
9442   */
9443  getCategory() {
9444    return _PerspectiveProjectionTool.ID;
9445  }
9446};
9447PerspectiveProjectionTool["__class"] = "com.vzome.core.tools.PerspectiveProjectionTool";
9448PerspectiveProjectionTool["__interfaces"] = ["com.vzome.api.Tool"];
9449

9450// src/worker/legacy/from-java/com/vzome/core/tools/PerspectiveProjectionToolFactory.ts
9451var PerspectiveProjectionToolFactory = class extends AbstractToolFactory {
9452  constructor(tools) {
9453    super(tools, null, PerspectiveProjectionTool.ID, PerspectiveProjectionTool.LABEL, PerspectiveProjectionTool.TOOLTIP);
9454  }
9455  /**
9456   * 
9457   * @param {number} total
9458   * @param {number} balls
9459   * @param {number} struts
9460   * @param {number} panels
9461   * @return {boolean}
9462   */
9463  countsAreValid(total, balls, struts, panels) {
9464    return total === 2 && panels === 1 && balls === 1;
9465  }
9466  /**
9467   * 
9468   * @param {string} id
9469   * @return {Tool}
9470   */
9471  createToolInternal(id) {
9472    return new PerspectiveProjectionTool(id, this.getToolsModel());
9473  }
9474  /**
9475   * 
9476   * @return {Tool}
9477   */
9478  createTool() {
9479    const result = super.createTool();
9480    result.setCopyColors(false);
9481    return result;
9482  }
9483  /**
9484   * 
9485   * @param {*} selection
9486   * @return {boolean}
9487   */
9488  bindParameters(selection) {
9489    return true;
9490  }
9491};
9492PerspectiveProjectionToolFactory["__class"] = "com.vzome.core.tools.PerspectiveProjectionToolFactory";
9493PerspectiveProjectionToolFactory["__interfaces"] = ["com.vzome.core.editor.SelectionSummary.Listener", "com.vzome.api.Tool.Factory"];
9494

9495// src/worker/legacy/from-java/com/vzome/core/construction/PlaneFromPointAndNormal.ts
9496var PlaneFromPointAndNormal = class extends Plane {
9497  constructor(point, normal) {
9498    super(point.getField());
9499    if (this.normal === void 0) {
9500      this.normal = null;
9501    }
9502    if (this.point === void 0) {
9503      this.point = null;
9504    }
9505    this.point = point;
9506    this.normal = normal;
9507    this.mapParamsToState();
9508  }
9509  /**
9510   * 
9511   * @return {boolean}
9512   */
9513  mapParamsToState() {
9514    if (this.normal.isOrigin()) return this.setStateVariables(null, null, true);
9515    return this.setStateVariables(this.point, this.normal, false);
9516  }
9517};
9518PlaneFromPointAndNormal["__class"] = "com.vzome.core.construction.PlaneFromPointAndNormal";
9519

9520// src/worker/legacy/from-java/com/vzome/core/construction/PlaneProjection.ts
9521var PlaneProjection = class extends Transformation {
9522  constructor(projectionPlane, projectionLine) {
9523    super(projectionPlane.field);
9524    if (this.projectionPlane === void 0) {
9525      this.projectionPlane = null;
9526    }
9527    if (this.projectionVector === void 0) {
9528      this.projectionVector = null;
9529    }
9530    this.projectionPlane = projectionPlane;
9531    if (projectionLine == null) this.projectionVector = projectionPlane.getNormal();
9532    else this.projectionVector = projectionLine.getDirection();
9533    this.mapParamsToState();
9534  }
9535  /**
9536   * 
9537   * @return {boolean}
9538   */
9539  mapParamsToState() {
9540    if (this.projectionPlane.isImpossible()) this.setStateVariables(null, null, true);
9541    const loc = this.projectionPlane.getBase();
9542    return this.setStateVariables(null, loc, false);
9543  }
9544  transform$com_vzome_core_algebra_AlgebraicVector(arg) {
9545    const line = new LineFromPointAndVector(arg, this.projectionVector);
9546    const point = new LinePlaneIntersectionPoint(this.projectionPlane, line);
9547    return point.getLocation();
9548  }
9549  /**
9550   * 
9551   * @param {AlgebraicVector} arg
9552   * @return {AlgebraicVector}
9553   */
9554  transform(arg) {
9555    if (arg != null && arg instanceof AlgebraicVector || arg === null) {
9556      return this.transform$com_vzome_core_algebra_AlgebraicVector(arg);
9557    } else if (arg != null && arg instanceof Construction || arg === null) {
9558      return this.transform$com_vzome_core_construction_Construction(arg);
9559    } else throw new Error("invalid overload");
9560  }
9561  transform$com_vzome_core_construction_Construction(c) {
9562    if (c != null && c instanceof Segment) {
9563      if (AlgebraicVectors.areParallel(this.projectionVector, c.getOffset())) {
9564        return new LinePlaneIntersectionPoint(this.projectionPlane, new LineExtensionOfSegment(c));
9565      }
9566    } else if (c != null && c instanceof Polygon) {
9567      let p = c;
9568      const points = new java.util.ArrayList(1 + p.getVertexCount());
9569      points.add(p.getVertex(0).plus(this.projectionVector));
9570      for (let i = 0; i < p.getVertexCount(); i++) {
9571        {
9572          points.add(p.getVertex(i));
9573        }
9574        ;
9575      }
9576      if (AlgebraicVectors.areCoplanar(points)) {
9577        p = super.transform$com_vzome_core_construction_Construction(p);
9578        let min = p.getVertex(0);
9579        let max = min;
9580        for (let i = 1; i < p.getVertexCount(); i++) {
9581          {
9582            const v = p.getVertex(i);
9583            if (v.compareTo(min) === -1) {
9584              min = v;
9585            }
9586            if (v.compareTo(max) === 1) {
9587              max = v;
9588            }
9589          }
9590          ;
9591        }
9592        const p1 = new FreePoint(min);
9593        const p2 = new FreePoint(max);
9594        return new SegmentJoiningPoints(p1, p2);
9595      }
9596    }
9597    return super.transform$com_vzome_core_construction_Construction(c);
9598  }
9599};
9600PlaneProjection["__class"] = "com.vzome.core.construction.PlaneProjection";
9601

9602// src/worker/legacy/from-java/com/vzome/core/tools/ProjectionTool.ts
9603var ProjectionTool = class _ProjectionTool extends TransformationTool {
9604  static {
9605    this.ID = "projection";
9606  }
9607  static {
9608    this.LABEL = "Create a plane projection tool";
9609  }
9610  static {
9611    this.TOOLTIP = "<p>Created tools project selected objects to a 2D plane.<br><br>To create a tool, define the projection plane<br> by selecting either a single panel<br> or strut that is normal to the projection plane<br> and a ball on the plane.<br>When the projection plane is defined by selecting a panel,<br>  an optional strut may be selected to define the line of projection.<br>The default line of projection is orthogonal to the projection plane.<br></p>";
9612  }
9613  constructor(id, tools) {
9614    super(id, tools);
9615    this.setInputBehaviors(false, true);
9616  }
9617  /**
9618   * 
9619   */
9620  perform() {
9621    let plane = null;
9622    let line = null;
9623    let point = null;
9624    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
9625      let man = index.next();
9626      {
9627        this.unselect$com_vzome_core_model_Manifestation(man);
9628        if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Panel") >= 0)) {
9629          if (plane == null) {
9630            const panel = man;
9631            const polygon = panel.toConstruction();
9632            plane = new PlaneExtensionOfPolygon(polygon);
9633          } else {
9634            throw new Command.Failure("Projection tool allows only a single selected panel");
9635          }
9636        }
9637        if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0)) {
9638          if (line == null) {
9639            const strut = man;
9640            const segment = strut.toConstruction();
9641            line = new LineExtensionOfSegment(segment);
9642          } else {
9643            throw new Command.Failure("Projection tool allows only a single selected strut");
9644          }
9645        }
9646        if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0)) {
9647          if (point == null) {
9648            point = man.getLocation();
9649            continue;
9650          } else {
9651            throw new Command.Failure("Projection tool allows only a single selected ball");
9652          }
9653        }
9654      }
9655    }
9656    if (point != null && line != null) {
9657      plane = new PlaneFromPointAndNormal(point, line.getDirection());
9658    }
9659    if (plane == null) {
9660      throw new Command.Failure("Projection tool requires a selected panel or else a selected ball and strut.");
9661    }
9662    this.transforms = [null];
9663    this.transforms[0] = new PlaneProjection(plane, line);
9664    if (line != null) {
9665      const test = this.transforms[0].transform$com_vzome_core_algebra_AlgebraicVector(line.getDirection());
9666      if (test == null) throw new Command.Failure("Selected strut and plane must not be parallel");
9667    }
9668    super.perform();
9669  }
9670  /**
9671   * 
9672   * @param {boolean} prepareTool
9673   * @return {string}
9674   */
9675  checkSelection(prepareTool) {
9676    return null;
9677  }
9678  /**
9679   * 
9680   * @return {string}
9681   */
9682  getXmlElementName() {
9683    return "ProjectionTool";
9684  }
9685  /**
9686   * 
9687   * @return {string}
9688   */
9689  getCategory() {
9690    return _ProjectionTool.ID;
9691  }
9692};
9693ProjectionTool["__class"] = "com.vzome.core.tools.ProjectionTool";
9694ProjectionTool["__interfaces"] = ["com.vzome.api.Tool"];
9695

9696// src/worker/legacy/from-java/com/vzome/core/tools/ProjectionToolFactory.ts
9697var ProjectionToolFactory = class extends AbstractToolFactory {
9698  constructor(tools) {
9699    super(tools, null, ProjectionTool.ID, ProjectionTool.LABEL, ProjectionTool.TOOLTIP);
9700  }
9701  /**
9702   * 
9703   * @param {number} total
9704   * @param {number} balls
9705   * @param {number} struts
9706   * @param {number} panels
9707   * @return {boolean}
9708   */
9709  countsAreValid(total, balls, struts, panels) {
9710    return total === 2 && panels === 1 && struts === 1 || total === 1 && panels === 1 || total === 2 && balls === 1 && struts === 1;
9711  }
9712  /**
9713   * 
9714   * @param {string} id
9715   * @return {Tool}
9716   */
9717  createToolInternal(id) {
9718    return new ProjectionTool(id, this.getToolsModel());
9719  }
9720  /**
9721   * 
9722   * @return {Tool}
9723   */
9724  createTool() {
9725    const result = super.createTool();
9726    result.setCopyColors(false);
9727    return result;
9728  }
9729  /**
9730   * 
9731   * @param {*} selection
9732   * @return {boolean}
9733   */
9734  bindParameters(selection) {
9735    return true;
9736  }
9737};
9738ProjectionToolFactory["__class"] = "com.vzome.core.tools.ProjectionToolFactory";
9739ProjectionToolFactory["__interfaces"] = ["com.vzome.core.editor.SelectionSummary.Listener", "com.vzome.api.Tool.Factory"];
9740

9741// src/worker/legacy/from-java/com/vzome/core/construction/Scaling.ts
9742var Scaling = class extends Transformation {
9743  constructor(s1, s2, center, symmetry) {
9744    super(s1.field);
9745    if (this.s1 === void 0) {
9746      this.s1 = null;
9747    }
9748    if (this.s2 === void 0) {
9749      this.s2 = null;
9750    }
9751    if (this.center === void 0) {
9752      this.center = null;
9753    }
9754    if (this.symmetry === void 0) {
9755      this.symmetry = null;
9756    }
9757    this.mOffset = this.field.projectTo3d(center.getLocation(), true);
9758    this.s1 = s1;
9759    this.s2 = s2;
9760    this.center = center;
9761    this.symmetry = symmetry;
9762    this.mapParamsToState();
9763  }
9764  /**
9765   * 
9766   * @return {boolean}
9767   */
9768  mapParamsToState() {
9769    const zone1 = this.symmetry["getAxis$com_vzome_core_algebra_AlgebraicVector"](this.s1.getOffset());
9770    const zone2 = this.symmetry["getAxis$com_vzome_core_algebra_AlgebraicVector"](this.s2.getOffset());
9771    const orbit = zone1.getDirection();
9772    if (orbit !== zone2.getDirection()) return this.setStateVariables(null, null, true);
9773    const len1 = zone1.getLength(this.s1.getOffset());
9774    const len2 = zone2.getLength(this.s2.getOffset());
9775    const scale = len2.dividedBy(len1);
9776    const transform = new AlgebraicMatrix(this.field.basisVector(3, AlgebraicVector.X).scale(scale), this.field.basisVector(3, AlgebraicVector.Y).scale(scale), this.field.basisVector(3, AlgebraicVector.Z).scale(scale));
9777    return this.setStateVariables(transform, this.center.getLocation(), false);
9778  }
9779};
9780Scaling["__class"] = "com.vzome.core.construction.Scaling";
9781

9782// src/worker/legacy/from-java/com/vzome/core/tools/ScalingTool.ts
9783var ScalingTool = class _ScalingTool extends SymmetryTool {
9784  static {
9785    this.ID = "scaling";
9786  }
9787  static {
9788    this.LABEL = "Create a scaling tool";
9789  }
9790  static {
9791    this.TOOLTIP = "<p>Each tool enlarges or shrinks the selected objects,<br>relative to a central point.  To create a tool,<br>select a ball representing the central point, and<br>two struts from the same orbit (color) with different<br>sizes.<br><br>The selection order matters.  First select a strut<br>that you want to enlarge or shrink, then select a<br>strut that has the desired target size.<br></p>";
9792  }
9793  /**
9794   * 
9795   * @return {string}
9796   */
9797  getCategory() {
9798    return _ScalingTool.ID;
9799  }
9800  constructor(id, symmetry, tools) {
9801    super(id, symmetry, tools);
9802    if (this.scaleFactor === void 0) {
9803      this.scaleFactor = null;
9804    }
9805    this.scaleFactor = null;
9806    this.setInputBehaviors(false, true);
9807  }
9808  setScaleFactor(scaleFactor) {
9809    this.scaleFactor = scaleFactor;
9810  }
9811  /**
9812   * 
9813   * @param {boolean} prepareTool
9814   * @return {string}
9815   */
9816  checkSelection(prepareTool) {
9817    if (this.scaleFactor != null) {
9818      const field5 = this.scaleFactor.getField();
9819      this.transforms = [null];
9820      const column1 = field5.basisVector(3, AlgebraicVector.X).scale(this.scaleFactor);
9821      const column2 = field5.basisVector(3, AlgebraicVector.Y).scale(this.scaleFactor);
9822      const column3 = field5.basisVector(3, AlgebraicVector.Z).scale(this.scaleFactor);
9823      const p1 = new FreePoint(field5.basisVector(3, AlgebraicVector.X).scale(field5["createPower$int"](4)));
9824      const p2 = new FreePoint(column2.scale(field5["createPower$int"](4)));
9825      this.addParameter(this.originPoint);
9826      this.addParameter(new SegmentJoiningPoints(this.originPoint, p1));
9827      this.addParameter(new SegmentJoiningPoints(this.originPoint, p2));
9828      const transform = new AlgebraicMatrix(column1, column2, column3);
9829      this.transforms[0] = new MatrixTransformation(transform, this.originPoint.getLocation());
9830      return null;
9831    }
9832    let s1 = null;
9833    let s2 = null;
9834    let center = null;
9835    let correct = true;
9836    let hasPanels = false;
9837    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
9838      let man = index.next();
9839      {
9840        if (prepareTool) this.unselect$com_vzome_core_model_Manifestation(man);
9841        if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0)) {
9842          if (center != null) {
9843            correct = false;
9844            break;
9845          }
9846          center = man.getFirstConstruction();
9847        } else if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0)) {
9848          if (s2 != null) {
9849            correct = false;
9850            break;
9851          }
9852          if (s1 == null) s1 = man.getFirstConstruction();
9853          else s2 = man.getFirstConstruction();
9854        } else if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Panel") >= 0)) hasPanels = true;
9855      }
9856    }
9857    if (center == null) {
9858      if (prepareTool) center = this.originPoint;
9859      else return "No symmetry center selected";
9860    }
9861    correct = correct && s2 != null;
9862    if (!prepareTool && hasPanels) correct = false;
9863    if (!correct) return "scaling tool requires before and after struts, and a single center";
9864    const zone1 = this.symmetry["getAxis$com_vzome_core_algebra_AlgebraicVector"](s1.getOffset());
9865    const zone2 = this.symmetry["getAxis$com_vzome_core_algebra_AlgebraicVector"](s2.getOffset());
9866    if (zone1 == null || zone2 == null) return "struts cannot be automatic";
9867    const orbit = zone1.getDirection();
9868    if (orbit !== zone2.getDirection()) return "before and after struts must be from the same orbit";
9869    if (prepareTool) {
9870      this.transforms = [null];
9871      this.transforms[0] = new Scaling(s1, s2, center, this.symmetry);
9872    }
9873    return null;
9874  }
9875  /**
9876   * 
9877   * @return {string}
9878   */
9879  getXmlElementName() {
9880    return "ScalingTool";
9881  }
9882  /**
9883   * 
9884   * @param {*} element
9885   * @param {XmlSaveFormat} format
9886   */
9887  setXmlAttributes(element, format) {
9888    const symmName = element.getAttribute("symmetry");
9889    if (symmName == null || /* isEmpty */
9890    symmName.length === 0) {
9891      element.setAttribute("symmetry", "icosahedral");
9892      SideEffects.logBugAccommodation("scaling tool serialized with no symmetry; assuming icosahedral");
9893    }
9894    super.setXmlAttributes(element, format);
9895  }
9896};
9897ScalingTool["__class"] = "com.vzome.core.tools.ScalingTool";
9898ScalingTool["__interfaces"] = ["com.vzome.api.Tool"];
9899

9900// src/worker/legacy/from-java/com/vzome/core/tools/ScalingToolFactory.ts
9901var ScalingToolFactory = class extends AbstractToolFactory {
9902  constructor(tools, symmetry) {
9903    super(tools, symmetry, ScalingTool.ID, ScalingTool.LABEL, ScalingTool.TOOLTIP);
9904  }
9905  /**
9906   * 
9907   * @param {number} total
9908   * @param {number} balls
9909   * @param {number} struts
9910   * @param {number} panels
9911   * @return {boolean}
9912   */
9913  countsAreValid(total, balls, struts, panels) {
9914    return total === 3 && balls === 1 && struts === 2;
9915  }
9916  /**
9917   * 
9918   * @param {string} id
9919   * @return {Tool}
9920   */
9921  createToolInternal(id) {
9922    const tool = new ScalingTool(id, this.getSymmetry(), this.getToolsModel());
9923    let scalePower = 0;
9924    switch (id) {
9925      case "scaling.builtin/scale up":
9926        scalePower = 1;
9927        break;
9928      case "scaling.builtin/scale down":
9929        scalePower = -1;
9930        break;
9931      default:
9932        return tool;
9933    }
9934    const field5 = this.getToolsModel().getEditorModel().getRealizedModel().getField();
9935    tool.setScaleFactor(field5["createPower$int"](scalePower));
9936    return tool;
9937  }
9938  /**
9939   * 
9940   * @param {*} selection
9941   * @return {boolean}
9942   */
9943  bindParameters(selection) {
9944    const symmetry = this.getSymmetry();
9945    let offset1 = null;
9946    let offset2 = null;
9947    for (let index = selection.iterator(); index.hasNext(); ) {
9948      let man = index.next();
9949      if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0)) {
9950        const strut = man;
9951        if (offset1 == null) offset1 = strut.getOffset();
9952        else offset2 = strut.getOffset();
9953      }
9954    }
9955    const zone1 = symmetry["getAxis$com_vzome_core_algebra_AlgebraicVector"](offset1);
9956    const zone2 = symmetry["getAxis$com_vzome_core_algebra_AlgebraicVector"](offset2);
9957    if (zone1 == null || zone2 == null) return false;
9958    const orbit1 = zone1.getDirection();
9959    const orbit2 = zone2.getDirection();
9960    if (orbit1 !== orbit2) return false;
9961    if (orbit1.isAutomatic()) return false;
9962    const l1 = zone1.getLength(offset1);
9963    const l2 = zone2.getLength(offset2);
9964    if (
9965      /* equals */
9966      ((o1, o2) => {
9967        if (o1 && o1.equals) {
9968          return o1.equals(o2);
9969        } else {
9970          return o1 === o2;
9971        }
9972      })(l1, l2)
9973    ) return false;
9974    return true;
9975  }
9976};
9977ScalingToolFactory["__class"] = "com.vzome.core.tools.ScalingToolFactory";
9978ScalingToolFactory["__interfaces"] = ["com.vzome.core.editor.SelectionSummary.Listener", "com.vzome.api.Tool.Factory"];
9979

9980// src/worker/legacy/from-java/com/vzome/core/tools/TetrahedralToolFactory.ts
9981var TetrahedralToolFactory = class _TetrahedralToolFactory extends OctahedralToolFactory {
9982  static {
9983    this.__com_vzome_core_tools_TetrahedralToolFactory_ID = "tetrahedral";
9984  }
9985  static {
9986    this.__com_vzome_core_tools_TetrahedralToolFactory_LABEL = "Create a tetrahedral symmetry tool";
9987  }
9988  static {
9989    this.TOOLTIP1 = "<p>Each tool produces up to 11 copies of the input<br>selection, using the rotation symmetries of a<br>tetrahedron.  To create a tool, select a ball<br>that defines the center of symmetry, and a single<br>blue or green strut, defining one of five<br>possible orientations for the symmetry.<br><br>Combine with a point reflection tool to achieve<br>all 24 symmetries of the tetrahedron, including<br>reflections.<br></p>";
9990  }
9991  static {
9992    this.__com_vzome_core_tools_TetrahedralToolFactory_TOOLTIP2 = "<p>Each tool produces up to 11 copies of the input<br>selection, using the rotation symmetries of a<br>tetrahedron.  To create a tool, select a ball<br>that defines the center of symmetry.<br><br>Combine with a point reflection tool to achieve<br>all 24 symmetries of the tetrahedron, including<br>reflections.<br></p>";
9993  }
9994  constructor(tools, symmetry) {
9995    super(tools, symmetry, _TetrahedralToolFactory.__com_vzome_core_tools_TetrahedralToolFactory_ID, _TetrahedralToolFactory.__com_vzome_core_tools_TetrahedralToolFactory_LABEL, "icosahedral" === symmetry.getName() ? _TetrahedralToolFactory.TOOLTIP1 : _TetrahedralToolFactory.__com_vzome_core_tools_TetrahedralToolFactory_TOOLTIP2);
9996  }
9997  /**
9998   * 
9999   * @param {string} id
10000   * @return {Tool}
10001   */
10002  createToolInternal(id) {
10003    if (!/* startsWith */
10004    ((str, searchString, position = 0) => str.substr(position, searchString.length) === searchString)(id, "tetrahedral")) id = "tetrahedral." + id;

10005    return new SymmetryTool(id, this.getSymmetry(), this.getToolsModel());
10006  }
10007};
10008TetrahedralToolFactory["__class"] = "com.vzome.core.tools.TetrahedralToolFactory";
10009TetrahedralToolFactory["__interfaces"] = ["com.vzome.core.editor.SelectionSummary.Listener", "com.vzome.api.Tool.Factory"];
10010

10011// src/worker/legacy/from-java/com/vzome/core/construction/PointToPointTranslation.ts
10012var PointToPointTranslation = class extends Transformation {
10013  constructor(p1, p2) {
10014    super(p1.field);
10015    this.mOffset = this.field.projectTo3d(p2.getLocation().minus(p1.getLocation()), true);
10016  }
10017  transform$com_vzome_core_algebra_AlgebraicVector(arg) {
10018    return arg.plus(this.mOffset);
10019  }
10020  /**
10021   * 
10022   * @param {AlgebraicVector} arg
10023   * @return {AlgebraicVector}
10024   */
10025  transform(arg) {
10026    if (arg != null && arg instanceof AlgebraicVector || arg === null) {
10027      return this.transform$com_vzome_core_algebra_AlgebraicVector(arg);
10028    } else if (arg != null && arg instanceof Construction || arg === null) {
10029      return this.transform$com_vzome_core_construction_Construction(arg);
10030    } else throw new Error("invalid overload");
10031  }
10032  /**
10033   * 
10034   * @return {boolean}
10035   */
10036  mapParamsToState() {
10037    return this.setStateVariables(null, null, false);
10038  }
10039};
10040PointToPointTranslation["__class"] = "com.vzome.core.construction.PointToPointTranslation";
10041

10042// src/worker/legacy/from-java/com/vzome/core/tools/TranslationTool.ts
10043var TranslationTool = class _TranslationTool extends TransformationTool {
10044  constructor(id, tools) {
10045    super(id, tools);
10046    this.setInputBehaviors(false, true);
10047  }
10048  static {
10049    this.ID = "translation";
10050  }
10051  static {
10052    this.LABEL = "Create a translation tool";
10053  }
10054  static {
10055    this.TOOLTIP = '<p>Each tool moves the selected objects to a new location.<br>To create a tool, select two balls that are separated by<br>your desired translation offset.  Order of selection<br>matters: the first ball selected is the "from" location,<br>and the second is the "to" location.<br><br>By default, the input selection will be moved to the new<br>location.  If you want to copy rather than move, you can<br>right-click after creating the tool, to configure it.<br></p>';
10056  }
10057  /**
10058   * 
10059   * @param {boolean} prepareTool
10060   * @return {string}
10061   */
10062  checkSelection(prepareTool) {
10063    let p1 = null;
10064    let p2 = null;
10065    let correct = true;
10066    if (!this.isAutomatic()) for (let index = this.mSelection.iterator(); index.hasNext(); ) {
10067      let man = index.next();
10068      {
10069        if (prepareTool) this.unselect$com_vzome_core_model_Manifestation(man);
10070        if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0)) {
10071          if (p2 != null) {
10072            correct = false;
10073            break;
10074          }
10075          if (p1 == null) p1 = man.getFirstConstruction();
10076          else p2 = man.getFirstConstruction();
10077        } else if (!prepareTool) {
10078          return "Only balls can be selected for this tool.";
10079        }
10080      }
10081    }
10082    if (p1 == null) {
10083      if (this.isAutomatic() || this.isPredefined()) {
10084        p1 = this.originPoint;
10085        this.addParameter(p1);
10086        const field5 = this.originPoint.getField();
10087        let xAxis = field5.basisVector(3, AlgebraicVector.X);
10088        let scale = field5["createPower$int"](3);
10089        scale = scale["times$com_vzome_core_algebra_AlgebraicNumber"](field5["createRational$long"](2));
10090        xAxis = xAxis.scale(scale);
10091        p2 = new FreePoint(xAxis);
10092        this.addParameter(p2);
10093      } else {
10094        correct = false;
10095      }
10096    } else if (p2 == null) if (prepareTool) {
10097      p2 = p1;
10098      p1 = this.originPoint;
10099    } else correct = false;
10100    if (!correct) return "translation tool requires start and end points, or just an end point";
10101    if (prepareTool) {
10102      this.transforms = [null];
10103      this.transforms[0] = new PointToPointTranslation(p1, p2);
10104    }
10105    return null;
10106  }
10107  /**
10108   * 
10109   * @return {string}
10110   */
10111  getXmlElementName() {
10112    return "TranslationTool";
10113  }
10114  /**
10115   * 
10116   * @return {string}
10117   */
10118  getCategory() {
10119    return _TranslationTool.ID;
10120  }
10121};
10122TranslationTool["__class"] = "com.vzome.core.tools.TranslationTool";
10123TranslationTool["__interfaces"] = ["com.vzome.api.Tool"];
10124

10125// src/worker/legacy/from-java/com/vzome/core/tools/TranslationToolFactory.ts
10126var TranslationToolFactory = class extends AbstractToolFactory {
10127  constructor(tools) {
10128    super(tools, null, TranslationTool.ID, TranslationTool.LABEL, TranslationTool.TOOLTIP);
10129  }
10130  /**
10131   * 
10132   * @param {number} total
10133   * @param {number} balls
10134   * @param {number} struts
10135   * @param {number} panels
10136   * @return {boolean}
10137   */
10138  countsAreValid(total, balls, struts, panels) {
10139    return total === 2 && balls === 2;
10140  }
10141  /**
10142   * 
10143   * @param {string} id
10144   * @return {Tool}
10145   */
10146  createToolInternal(id) {
10147    return new TranslationTool(id, this.getToolsModel());
10148  }
10149  /**
10150   * 
10151   * @param {*} selection
10152   * @return {boolean}
10153   */
10154  bindParameters(selection) {
10155    return true;
10156  }
10157};
10158TranslationToolFactory["__class"] = "com.vzome.core.tools.TranslationToolFactory";
10159TranslationToolFactory["__interfaces"] = ["com.vzome.core.editor.SelectionSummary.Listener", "com.vzome.api.Tool.Factory"];
10160

10161// src/worker/legacy/from-java/java/util/UUID.ts
10162var UUID = class _UUID {
10163  constructor(s) {
10164    if (this.value === void 0) {
10165      this.value = null;
10166    }
10167    this.value = s;
10168  }
10169  static randomUUID() {
10170    return new _UUID(
10171      /* toString */
10172      ("" + Math.random()).substring(2)
10173    );
10174  }
10175  toString() {
10176    return this.value;
10177  }
10178  static fromString(s) {
10179    return new _UUID(s);
10180  }
10181};
10182UUID["__class"] = "java.util.UUID";
10183

10184// src/worker/legacy/from-java/com/vzome/core/math/Polyhedron.ts
10185var Polyhedron = class _Polyhedron {
10186  static logger_$LI$() {
10187    if (_Polyhedron.logger == null) {
10188      _Polyhedron.logger = java.util.logging.Logger.getLogger("com.vzome.core.math.Polyhedron");
10189    }
10190    return _Polyhedron.logger;
10191  }
10192  constructor(field5) {
10193    this.numVertices = 0;
10194    this.m_vertices = new java.util.HashMap();
10195    this.m_vertexList = new java.util.ArrayList();
10196    this.m_faces = new java.util.HashSet();
10197    if (this.field === void 0) {
10198      this.field = null;
10199    }
10200    if (this.evilTwin === void 0) {
10201      this.evilTwin = null;
10202    }
10203    this.isEvil = false;
10204    this.__isPanel = false;
10205    this.guid = UUID.randomUUID();
10206    this.shapeKey = this.guid.toString();
10207    if (this.name === void 0) {
10208      this.name = null;
10209    }
10210    if (this.orbit === void 0) {
10211      this.orbit = null;
10212    }
10213    if (this.length === void 0) {
10214      this.length = null;
10215    }
10216    this.field = field5;
10217  }
10218  /**
10219   * Get the mirror twin of this Polyhedron.
10220   * The vertices are transformed by the given reflection.
10221   * The faces are oriented in reverse, so that when oriented with
10222   * a mirroring transformation, the face normals will still point
10223   * outward.
10224   * @return
10225   * @param {AlgebraicMatrix} reflection
10226   * @return {Polyhedron}
10227   */
10228  getEvilTwin(reflection) {
10229    if (this.evilTwin == null) {
10230      try {
10231        this.evilTwin = ((o) => {
10232          if (o.clone != void 0) {
10233            return o.clone();
10234          } else {
10235            let clone = Object.create(o);
10236            for (let p in o) {
10237              if (o.hasOwnProperty(p)) clone[p] = o[p];
10238            }
10239            return clone;
10240          }
10241        })(this);
10242      } catch (e) {
10243        console.error(e.message, e);
10244      }
10245      this.evilTwin.isEvil = true;
10246      this.evilTwin.guid = UUID.randomUUID();
10247      this.evilTwin.shapeKey = this.shapeKey + ":evil";
10248      this.evilTwin.m_vertexList = new java.util.ArrayList();
10249      for (let index = this.m_vertexList.iterator(); index.hasNext(); ) {
10250        let vertex = index.next();
10251        {
10252          this.evilTwin.addVertex(reflection.timesColumn(vertex));
10253        }
10254      }
10255      this.evilTwin.m_faces = new java.util.HashSet();
10256      for (let index = this.m_faces.iterator(); index.hasNext(); ) {
10257        let face = index.next();
10258        {
10259          this.evilTwin.addFace(face.createReverse());
10260        }
10261      }
10262    }
10263    return this.evilTwin;
10264  }
10265  getField() {
10266    return this.field;
10267  }
10268  setName(name) {
10269    this.name = name;
10270  }
10271  getName() {
10272    return this.name;
10273  }
10274  addVertex(location) {
10275    this.m_vertexList.add(location);
10276  }
10277  /**
10278   * Only used in ZomicPolyhedronModelInterpreter.
10279   * This used to be the implementation of addVertex, but all other callers
10280   * don't use the return value, and have already assigned their own indices,
10281   * so the collisions here are a bad idea.
10282   * @param halfLoc
10283   * @return
10284   * @param {AlgebraicVector} location
10285   * @return {number}
10286   */
10287  addIndexedVertex(location) {
10288    let vertexObj = this.m_vertices.get(location);
10289    if (vertexObj == null) {
10290      this.m_vertexList.add(location);
10291      this.m_vertices.put(location, vertexObj = this.numVertices++);
10292    }
10293    return vertexObj;
10294  }
10295  addFace(face) {
10296    face.canonicallyOrder();
10297    if (!this.m_faces.contains(face)) {
10298      this.m_faces.add(face);
10299    }
10300  }
10301  newFace() {
10302    return new _Polyhedron.Face(this);
10303  }
10304  /**
10305   * 
10306   * @return {number}
10307   */
10308  hashCode() {
10309    const prime = 31;
10310    let result = 1;
10311    result = prime * result + (this.isEvil ? 1231 : 1237);
10312    result = prime * result + (this.length == null ? 0 : (
10313      /* hashCode */
10314      ((o) => {
10315        if (o.hashCode) {
10316          return o.hashCode();
10317        } else {
10318          return o.toString().split("").reduce((prevHash, currVal) => (prevHash << 5) - prevHash + currVal.charCodeAt(0) | 0, 0);
10319        }
10320      })(this.length)
10321    ));
10322    result = prime * result + (this.m_faces == null ? 0 : (
10323      /* hashCode */
10324      ((o) => {
10325        if (o.hashCode) {
10326          return o.hashCode();
10327        } else {
10328          return o.toString().split("").reduce((prevHash, currVal) => (prevHash << 5) - prevHash + currVal.charCodeAt(0) | 0, 0);
10329        }
10330      })(this.m_faces)
10331    ));
10332    result = prime * result + (this.m_vertexList == null ? 0 : (
10333      /* hashCode */
10334      ((o) => {
10335        if (o.hashCode) {
10336          return o.hashCode();
10337        } else {
10338          return o.toString().split("").reduce((prevHash, currVal) => (prevHash << 5) - prevHash + currVal.charCodeAt(0) | 0, 0);
10339        }
10340      })(this.m_vertexList)
10341    ));
10342    result = prime * result + this.numVertices;
10343    result = prime * result + (this.orbit == null ? 0 : (
10344      /* hashCode */
10345      ((o) => {
10346        if (o.hashCode) {
10347          return o.hashCode();
10348        } else {
10349          return o.toString().split("").reduce((prevHash, currVal) => (prevHash << 5) - prevHash + currVal.charCodeAt(0) | 0, 0);
10350        }
10351      })(this.orbit)
10352    ));
10353    return result;
10354  }
10355  /**
10356   * 
10357   * @param {*} obj
10358   * @return {boolean}
10359   */
10360  equals(obj) {
10361    if (this === obj) {
10362      return true;
10363    }
10364    if (obj == null) {
10365      return false;

10366    }
10367    if (this.constructor !== obj.constructor) {
10368      return false;
10369    }
10370    const other = obj;
10371    if (this.isEvil !== other.isEvil) {
10372      return false;
10373    }
10374    if (this.length == null) {
10375      if (other.length != null) {
10376        return false;
10377      }
10378    } else if (!/* equals */
10379    ((o1, o2) => {
10380      if (o1 && o1.equals) {
10381        return o1.equals(o2);
10382      } else {
10383        return o1 === o2;
10384      }
10385    })(this.length, other.length)) {
10386      return false;
10387    }
10388    if (this.m_faces == null) {
10389      if (other.m_faces != null) {
10390        return false;
10391      }
10392    } else if (!/* equals */
10393    ((o1, o2) => {
10394      if (o1 && o1.equals) {
10395        return o1.equals(o2);
10396      } else {
10397        return o1 === o2;
10398      }
10399    })(this.m_faces, other.m_faces)) {
10400      return false;
10401    }
10402    if (this.m_vertexList == null) {
10403      if (other.m_vertexList != null) {
10404        return false;
10405      }
10406    } else if (!/* equals */
10407    ((o1, o2) => {
10408      if (o1 && o1.equals) {
10409        return o1.equals(o2);
10410      } else {
10411        return o1 === o2;
10412      }
10413    })(this.m_vertexList, other.m_vertexList)) {
10414      return false;
10415    }
10416    if (this.numVertices !== other.numVertices) {
10417      return false;
10418    }
10419    if (this.orbit == null) {
10420      if (other.orbit != null) {
10421        return false;
10422      }
10423    } else if (!this.orbit.equals(other.orbit)) {
10424      return false;
10425    }
10426    return true;
10427  }
10428  setOrbit(orbit) {
10429    this.orbit = orbit;
10430  }
10431  setLength(length) {
10432    this.length = length;
10433  }
10434  getOrbit() {
10435    return this.orbit;
10436  }
10437  getLength() {
10438    return this.length;
10439  }
10440  isPanel() {
10441    return this.__isPanel;
10442  }
10443  setPanel(isPanel) {
10444    this.__isPanel = isPanel;
10445  }
10446  getVertexList() {
10447    return this.m_vertexList;
10448  }
10449  getFaceSet() {
10450    return this.m_faces;
10451  }
10452  getGuid() {
10453    return this.guid;
10454  }
10455  /**
10456   * The stable, content-derived shape key used as the shape identity when serializing a scene
10457   * to a client, and (on the web) as the geometry cache/instancing key. See the shapeKey field
10458   * comment for why this is distinct from getGuid(). Defaults to the guid string until a factory
10459   * (AbstractShapes) or a future user-shape realization path sets a content-derived key.
10460   * @return {string}
10461   */
10462  getShapeKey() {
10463    return this.shapeKey;
10464  }
10465  /**
10466   * Set a readable, content-derived shape key. Used by AbstractShapes for catalog shapes, e.g.
10467   * "<symmetry>:<orbit>:<length>" (strut) or "<symmetry>:<pkg>:ball" (connector). Must be a pure
10468   * function of the shape's DEFINITION so that any worker realizing the same shape computes the
10469   * same key; do NOT fold in design/session/instance identity.
10470   * @param {string} shapeKey
10471   */
10472  setShapeKey(shapeKey) {
10473    this.shapeKey = shapeKey;
10474  }
10475  /**
10476   * Content hash of this shape's geometry, for shapes with no short readable key (panels; and,
10477   * in future, user-defined shapes assembled from a selected panel collection -- a per-design
10478   * feature not yet implemented). Deterministic across workers because it depends only on the
10479   * canonicalized vertex/face definition, matching the fields equals()/hashCode() already use.
10480   * 
10481   * NOTE: intentionally NOT wired in yet for the future user-shape path -- that path also needs
10482   * a per-design shape registry (to give the shape a home and round-trip through the design XML),
10483   * which is separate work. This method is provided so that, when that feature lands, its
10484   * realization code has a ready, worker-agnostic way to derive the same key everywhere. Panels
10485   * MAY adopt it now (see AbstractShapes.getPanelShape); struts/connectors deliberately do not,
10486   * to keep their readable keys.
10487   * @return {string}
10488   */
10489  deriveGeometricKey() {
10490    const buf = new java.lang.StringBuilder();
10491    buf.append(this.isEvil ? "e:" : "s:");
10492    for (let index = this.m_vertexList.iterator(); index.hasNext(); ) {
10493      let v = index.next();
10494      buf.append(v.toString()).append(";");
10495    }
10496    buf.append("|");
10497    const faceStrings = new java.util.ArrayList();
10498    for (let index = this.m_faces.iterator(); index.hasNext(); ) {
10499      let face = index.next();
10500      faceStrings.add(face.toString());
10501    }
10502    java.util.Collections.sort(faceStrings);
10503    for (let index = faceStrings.iterator(); index.hasNext(); ) {
10504      let f = index.next();
10505      buf.append(f).append(";");
10506    }

10507    const FNV_OFFSET = 0xcbf29ce484222325n;
10508    const FNV_PRIME = 0x100000001b3n;
10509    const FNV_MASK = 0xffffffffffffffffn;
10510    const s = buf.toString();
10511    let hash = FNV_OFFSET;
10512    for (let i = 0; i < s.length; i++) {
10513      {
10514        hash = (hash ^ BigInt(s.charAt(i).charCodeAt(0))) & FNV_MASK;
10515        hash = hash * FNV_PRIME & FNV_MASK;
10516      }
10517      ;
10518    }
10519    return "u" + hash.toString(16);
10520  }
10521  getTriangleFaces() {
10522    const result = new java.util.ArrayList();
10523    for (let index = this.m_faces.iterator(); index.hasNext(); ) {
10524      let face = index.next();
10525      {
10526        result.addAll(face.getTriangles());
10527      }
10528    }
10529    return result;
10530  }
10531  getTriangles() {
10532    let index = 0;
10533    const result = new java.util.ArrayList();
10534    for (let index1 = this.m_faces.iterator(); index1.hasNext(); ) {
10535      let face = index1.next();
10536      {
10537        for (let index12 = face.getTriangles().iterator(); index12.hasNext(); ) {
10538          let triangle = index12.next();
10539          {
10540            result.add(index++);
10541            result.add(index++);
10542            result.add(index++);
10543          }
10544        }
10545      }
10546    }
10547    return result;
10548  }
10549  getTriangleVertices() {
10550    const result = new java.util.ArrayList();
10551    for (let index = this.m_faces.iterator(); index.hasNext(); ) {
10552      let face = index.next();
10553      {

10554        for (let index2 = face.getTriangles().iterator(); index2.hasNext(); ) {
10555          let triangle = index2.next();
10556          {
10557            for (let loopIndex = 0; loopIndex < triangle.vertices.length; loopIndex++) {
10558              let index3 = triangle.vertices[loopIndex];
10559              {
10560                const vertex = this.m_vertexList.get(index3);
10561                result.add(vertex.toRealVector());
10562              }
10563            }
10564          }
10565        }
10566      }
10567    }
10568    return result;
10569  }
10570  getNormals() {
10571    const result = new java.util.ArrayList();
10572    for (let index = this.m_faces.iterator(); index.hasNext(); ) {
10573      let face = index.next();
10574      {
10575        const normal = face.getNormal(this.m_vertexList).toRealVector();
10576        for (let index2 = face.getTriangles().iterator(); index2.hasNext(); ) {
10577          let triangle = index2.next();
10578          {
10579            result.add(normal);
10580            result.add(normal);
10581            result.add(normal);
10582          }
10583        }
10584      }
10585    }
10586    return result;
10587  }
10588};
10589Polyhedron["__class"] = "com.vzome.core.math.Polyhedron";
10590Polyhedron["__interfaces"] = ["java.lang.Cloneable"];
10591((Polyhedron2) => {
10592  class Face2 extends java.util.ArrayList {
10593    constructor(__parent) {
10594      super();
10595      this.__parent = __parent;
10596    }
10597    createReverse() {
10598      const vertices = (
10599        /* clone */
10600        ((o) => {
10601          if (o.clone != void 0) {
10602            return o.clone();
10603          } else {
10604            let clone = Object.create(o);
10605            for (let p in o) {
10606              if (o.hasOwnProperty(p)) clone[p] = o[p];
10607            }
10608            return clone;
10609          }
10610        })(this)
10611      );
10612      java.util.Collections.reverse(vertices);
10613      const mirrorFace = new Polyhedron2.Face(this.__parent);
10614      mirrorFace.addAll(vertices);
10615      return mirrorFace;
10616    }
10617    getVertex(index) {
10618      if (index >= this.size()) {
10619        const msg = "index larger than Face size";
10620        Polyhedron2.logger_$LI$().severe(msg);
10621        throw new java.lang.IllegalStateException(msg);
10622      }
10623      return this.get(index);
10624    }
10625    getTriangles() {
10626      const arity = this.size();
10627      const result = new java.util.ArrayList();
10628      let v0 = -1;
10629      let v1 = -1;
10630      for (let j = 0; j < arity; j++) {
10631        {
10632          const index = this.get(j);
10633          if (v0 === -1) {
10634            v0 = index;
10635          } else if (v1 === -1) {
10636            v1 = index;
10637          } else {
10638            const triangle = new Polyhedron2.Face.Triangle(this, v0, v1, index);
10639            result.add(triangle);
10640            v1 = index;
10641          }
10642        }
10643        ;
10644      }
10645      return result;
10646    }
10647    getNormal(vertices) {
10648      return AlgebraicVectors.getNormal$com_vzome_core_algebra_AlgebraicVector$com_vzome_core_algebra_AlgebraicVector$com_vzome_core_algebra_AlgebraicVector(vertices.get(this.getVertex(0)), vertices.get(this.getVertex(1)), vertices.get(this.getVertex(2)));
10649    }
10650    canonicallyOrder() {
10651      let minIndex = -1;
10652      let minVertex = javaemul.internal.IntegerHelper.MAX_VALUE;
10653      const sz = this.size();
10654      for (let i = 0; i < sz; i++) {
10655        if (this.getVertex(i) <= minVertex) {
10656          minVertex = this.getVertex(i);
10657          minIndex = i;
10658        }
10659        ;
10660      }
10661      const temp = ((s) => {
10662        let a = [];
10663        while (s-- > 0) a.push(null);
10664        return a;
10665      })(sz);
10666      for (let j = 0; j < sz; j++) {
10667        {
10668          temp[j] = this.get((j + minIndex) % sz);
10669        }
10670        ;
10671      }
10672      for (let k = 0; k < sz; k++) {
10673        this.set(k, temp[k]);
10674      }
10675    }
10676    /**
10677     * 
10678     * @return {number}
10679     */
10680    hashCode() {
10681      let tot = 0;
10682      for (let i = 0; i < this.size(); i++) {
10683        tot += this.getVertex(i);
10684      }
10685      return tot;
10686    }
10687    /**
10688     * 
10689     * @param {*} other
10690     * @return {boolean}
10691     */
10692    equals(other) {
10693      if (other == null) return false;
10694      if (other === this) return true;
10695      if (!(other != null && other instanceof Polyhedron2.Face)) return false;
10696      const otherFace = other;
10697      if (otherFace.size() !== this.size()) return false;

10698      for (let i = 0; i < this.size(); i++) {
10699        if (!(this.get(i) === otherFace.get(i))) return false;
10700        ;
10701      }
10702      return true;
10703    }
10704  }
10705  Polyhedron2.Face = Face2;
10706  Face2["__class"] = "com.vzome.core.math.Polyhedron.Face";
10707  Face2["__interfaces"] = ["java.util.RandomAccess", "java.util.List", "java.lang.Cloneable", "java.util.Collection", "java.lang.Iterable", "java.io.Serializable"];
10708  ((Face3) => {
10709    class Triangle {
10710      constructor(__parent, v0, v1, v2) {
10711        this.__parent = __parent;
10712        this.vertices = [0, 0, 0];
10713        this.vertices[0] = v0;
10714        this.vertices[1] = v1;
10715        this.vertices[2] = v2;
10716      }
10717    }
10718    Face3.Triangle = Triangle;
10719    Triangle["__class"] = "com.vzome.core.math.Polyhedron.Face.Triangle";
10720  })(Face2 = Polyhedron2.Face || (Polyhedron2.Face = {}));
10721  class Views {
10722    constructor() {
10723    }
10724  }
10725  Polyhedron2.Views = Views;
10726  Views["__class"] = "com.vzome.core.math.Polyhedron.Views";
10727})(Polyhedron || (Polyhedron = {}));
10728

10729// src/worker/legacy/from-java/com/vzome/core/parts/FastDefaultStrutGeometry.ts
10730var FastDefaultStrutGeometry = class {
10731  getFast() {
10732    return true;
10733  }
10734  constructor(dir) {
10735    if (this.g2_vector === void 0) {
10736      this.g2_vector = null;
10737    }
10738    if (this.b2_vector === void 0) {
10739      this.b2_vector = null;
10740    }
10741    if (this.y2_vector === void 0) {
10742      this.y2_vector = null;
10743    }
10744    if (this.g2n_vector === void 0) {
10745      this.g2n_vector = null;
10746    }
10747    if (this.y2n_vector === void 0) {
10748      this.y2n_vector = null;
10749    }
10750    if (this.mAxis === void 0) {
10751      this.mAxis = null;
10752    }
10753    this.mAxis = dir.getAxis$int$int(Symmetry.PLUS, 0);
10754    const v = this.mAxis.normal();
10755    let x = v.getComponent(AlgebraicVector.X).evaluate();
10756    let y = v.getComponent(AlgebraicVector.Y).evaluate();
10757    let z = v.getComponent(AlgebraicVector.Z).evaluate();
10758    let evenParity = true;
10759    const xNeg = x < 0;
10760    if (xNeg) {
10761      x = -x;
10762      evenParity = !evenParity;
10763    }
10764    const yNeg = y < 0;
10765    if (yNeg) {
10766      y = -y;
10767      evenParity = !evenParity;
10768    }
10769    const zNeg = z < 0;
10770    if (zNeg) {
10771      z = -z;
10772      evenParity = !evenParity;
10773    }
10774    let first;
10775    let second;
10776    let third;
10777    let firstNeg;
10778    let secondNeg;
10779    let thirdNeg;
10780    if (x >= y) {
10781      if (y >= z) {
10782        first = AlgebraicVector.X;
10783        firstNeg = xNeg;
10784        second = AlgebraicVector.Y;
10785        secondNeg = yNeg;
10786        third = AlgebraicVector.Z;
10787        thirdNeg = zNeg;
10788      } else if (x >= z) {
10789        first = AlgebraicVector.X;
10790        firstNeg = xNeg;
10791        second = AlgebraicVector.Z;
10792        secondNeg = zNeg;
10793        third = AlgebraicVector.Y;
10794        thirdNeg = yNeg;
10795        evenParity = !evenParity;
10796      } else {
10797        first = AlgebraicVector.Z;
10798        firstNeg = zNeg;
10799        second = AlgebraicVector.X;
10800        secondNeg = xNeg;
10801        third = AlgebraicVector.Y;
10802        thirdNeg = yNeg;
10803      }
10804    } else {
10805      if (x >= z) {
10806        first = AlgebraicVector.Y;
10807        firstNeg = yNeg;
10808        second = AlgebraicVector.X;
10809        secondNeg = xNeg;
10810        third = AlgebraicVector.Z;
10811        thirdNeg = zNeg;
10812        evenParity = !evenParity;
10813      } else if (y >= z) {
10814        first = AlgebraicVector.Y;
10815        firstNeg = yNeg;
10816        second = AlgebraicVector.Z;
10817        secondNeg = zNeg;
10818        third = AlgebraicVector.X;
10819        thirdNeg = xNeg;
10820      } else {
10821        first = AlgebraicVector.Z;
10822        firstNeg = zNeg;
10823        second = AlgebraicVector.Y;
10824        secondNeg = yNeg;
10825        third = AlgebraicVector.X;
10826        thirdNeg = xNeg;
10827        evenParity = !evenParity;
10828      }
10829    }
10830    const field5 = v.getField();
10831    const eight = field5["createRational$long$long"](8, 10);
10832    this.b2_vector = field5.origin(3);
10833    this.b2_vector.setComponent(first, firstNeg ? eight.negate() : eight);
10834    const five = field5["createRational$long$long"](5, 10);
10835    this.g2_vector = field5.origin(3);
10836    this.g2_vector.setComponent(first, firstNeg ? five.negate() : five);
10837    this.g2_vector.setComponent(second, secondNeg ? five.negate() : five);
10838    const four = field5["createRational$long$long"](4, 10);
10839    this.y2_vector = field5.origin(3);
10840    this.y2_vector.setComponent(first, firstNeg ? four.negate() : four);
10841    this.y2_vector.setComponent(second, secondNeg ? four.negate() : four);
10842    this.y2_vector.setComponent(third, thirdNeg ? four.negate() : four);
10843    if (!evenParity) {
10844      const swap = this.y2_vector;
10845      this.y2_vector = this.g2_vector;
10846      this.g2_vector = swap;
10847    }
10848    const centroid = AlgebraicVectors.getCentroid([this.b2_vector, this.g2_vector, this.y2_vector]);
10849    const b2g2 = this.g2_vector.minus(this.b2_vector);
10850    const y2g2 = this.g2_vector.minus(this.y2_vector);
10851    const normal = AlgebraicVectors.getNormal$com_vzome_core_algebra_AlgebraicVector$com_vzome_core_algebra_AlgebraicVector(b2g2, y2g2);
10852    const intersection = AlgebraicVectors.getLinePlaneIntersection(field5.origin(3), v, this.g2_vector, normal);
10853    const g2_offset = this.g2_vector.minus(centroid);
10854    const y2_offset = this.y2_vector.minus(centroid);
10855    this.g2_vector = intersection.plus(g2_offset);
10856    this.y2_vector = intersection.plus(y2_offset);
10857    this.g2n_vector = intersection.minus(g2_offset);
10858    this.y2n_vector = intersection.minus(y2_offset);
10859  }
10860  /**
10861   * 
10862   * @param {*} length
10863   * @return {Polyhedron}
10864   */
10865  getStrutPolyhedron(length) {
10866    const field5 = this.mAxis.getDirection().getSymmetry().getField();
10867    const poly = new Polyhedron(field5);
10868    const strutVector = this.mAxis.normal().scale(length);
10869    const g1_vector = this.g2_vector.negate().plus(strutVector);
10870    const y1_vector = this.y2_vector.negate().plus(strutVector);
10871    const g1n_vector = this.g2n_vector.negate().plus(strutVector);
10872    const y1n_vector = this.y2n_vector.negate().plus(strutVector);
10873    poly.addVertex(y1_vector);
10874    const y1 = 0;
10875    poly.addVertex(g1_vector);
10876    const g1 = 1;
10877    poly.addVertex(this.y2_vector);
10878    const y2 = 2;
10879    poly.addVertex(this.g2_vector);
10880    const g2 = 3;
10881    poly.addVertex(y1n_vector);
10882    const y1n = 4;
10883    poly.addVertex(g1n_vector);
10884    const g1n = 5;
10885    poly.addVertex(this.y2n_vector);
10886    const y2n = 6;
10887    poly.addVertex(this.g2n_vector);
10888    const g2n = 7;
10889    let face = poly.newFace();
10890    face.add(g2);
10891    face.add(y2);
10892    face.add(y1n);
10893    face.add(g1n);
10894    poly.addFace(face);
10895    face = poly.newFace();
10896    face.add(g2);
10897    face.add(g1n);
10898    face.add(y1);
10899    face.add(y2n);
10900    poly.addFace(face);
10901    face = poly.newFace();
10902    face.add(g2n);
10903    face.add(y2n);
10904    face.add(y1);
10905    face.add(g1);
10906    poly.addFace(face);
10907    face = poly.newFace();
10908    face.add(g2n);
10909    face.add(g1);
10910    face.add(y1n);
10911    face.add(y2);
10912    poly.addFace(face);
10913    face = poly.newFace();
10914    face.add(y2);
10915    face.add(g2);
10916    face.add(y2n);
10917    face.add(g2n);
10918    poly.addFace(face);
10919    face = poly.newFace();
10920    face.add(g1);
10921    face.add(y1);
10922    face.add(g1n);
10923    face.add(y1n);
10924    poly.addFace(face);
10925    return poly;
10926  }
10927};
10928FastDefaultStrutGeometry["__class"] = "com.vzome.core.parts.FastDefaultStrutGeometry";
10929FastDefaultStrutGeometry["__interfaces"] = ["com.vzome.core.parts.StrutGeometry"];
10930

10931// src/worker/legacy/from-java/com/vzome/core/render/RealZomeScaling.ts
10932var RealZomeScaling;
10933((RealZomeScaling2) => {
10934  RealZomeScaling2.VZOME_BLUE_DIAMETER = 2;
10935  RealZomeScaling2.RZOME_BLUE_DIAMETER_INCHES = 0.6958;
10936  RealZomeScaling2.RZOME_BLUE_DIAMETER_CM = 1.7673;
10937  RealZomeScaling2.RZOME_INCH_SCALING = RealZomeScaling2.RZOME_BLUE_DIAMETER_INCHES / RealZomeScaling2.VZOME_BLUE_DIAMETER;
10938  RealZomeScaling2.RZOME_CM_SCALING = RealZomeScaling2.RZOME_BLUE_DIAMETER_CM / RealZomeScaling2.VZOME_BLUE_DIAMETER;
10939  RealZomeScaling2.RZOME_MM_SCALING = RealZomeScaling2.RZOME_CM_SCALING * 10;
10940  RealZomeScaling2.VZOME_STRUT_MODEL_BALL_DIAMETER = 44.36;
10941  RealZomeScaling2.VZOME_STRUT_MODEL_INCH_SCALING = RealZomeScaling2.RZOME_BLUE_DIAMETER_INCHES / RealZomeScaling2.VZOME_STRUT_MODEL_BALL_DIAMETER;
10942})(RealZomeScaling || (RealZomeScaling = {}));
10943

10944// src/worker/legacy/from-java/com/vzome/core/viewing/AbstractShapes.ts
10945var AbstractShapes = class {
10946  constructor(pkgName, name, alias, symm) {
10947    this.strutShapesByLengthAndOrbit = new java.util.HashMap();
10948    this.strutGeometriesByOrbit = new java.util.HashMap();
10949    this.panelShapes = new java.util.HashMap();
10950    if (this.mPkgName === void 0) {
10951      this.mPkgName = null;
10952    }
10953    if (this.mName === void 0) {
10954      this.mName = null;
10955    }
10956    if (this.alias === void 0) {
10957      this.alias = null;
10958    }
10959    if (this.mSymmetry === void 0) {
10960      this.mSymmetry = null;
10961    }
10962    if (this.mConnectorGeometry === void 0) {
10963      this.mConnectorGeometry = null;
10964    }
10965    this.mPkgName = pkgName;
10966    this.mName = name;
10967    this.alias = alias;
10968    this.mConnectorGeometry = null;
10969    this.mSymmetry = symm;
10970  }
10971  /**
10972   * 
10973   * @return {string}
10974   */
10975  toString() {
10976    return (
10977      /* getSimpleName */
10978      ((c) => typeof c === "string" ? c.substring(c.lastIndexOf(".") + 1) : c["__class"] ? c["__class"].substring(c["__class"].lastIndexOf(".") + 1) : c["name"].substring(c["name"].lastIndexOf(".") + 1))(this.constructor) + "( Symmetry:" + this.mSymmetry.getName() + ", PkgName:" + this.mPkgName + ", Name:" + this.mName + (this.alias == null ? "" : ", Alias:" + this.alias) + " )"
10979    );
10980  }
10981  /**
10982   * 
10983   * @param {Direction} dir
10984   * @return {Color}
10985   */
10986  getColor(dir) {
10987    return null;
10988  }
10989  /**
10990   * 
10991   * @return {boolean}
10992   */
10993  hasColors() {
10994    return false;
10995  }
10996  createStrutGeometry(dir) {
10997    return new FastDefaultStrutGeometry(dir);
10998  }
10999  /*private*/
11000  getStrutGeometry(orbit) {
11001    let orbitStrutGeometry = this.strutGeometriesByOrbit.get(orbit);
11002    if (orbitStrutGeometry == null) {
11003      orbitStrutGeometry = this.createStrutGeometry(orbit);
11004      this.strutGeometriesByOrbit.put(orbit, orbitStrutGeometry);
11005    }
11006    return orbitStrutGeometry;
11007  }
11008  getStrutGeometries() {
11009    return java.util.Arrays.stream(this.mSymmetry.getDirectionNames()).collect(java.util.stream.Collectors.toMap(((funcInst) => {
11010      if (funcInst == null || typeof funcInst == "function") {
11011        return funcInst;
11012      }
11013      return (arg0) => (funcInst["apply"] ? funcInst["apply"] : funcInst).call(funcInst, arg0);
11014    })(((x) => x)), (name) => this.getStrutGeometry(this.mSymmetry.getDirection(name))));
11015  }
11016  /**
11017   * 
11018   * @return {string}
11019   */
11020  getName() {
11021    return this.mName;
11022  }
11023  /**
11024   * 
11025   * @return {string}
11026   */
11027  getAlias() {
11028    return this.alias;
11029  }
11030  /**
11031   * 
11032   * @return {string}
11033   */
11034  getPackage() {
11035    return this.mPkgName;
11036  }
11037  /**
11038   * 
11039   * @return {Polyhedron}
11040   */
11041  getConnectorShape() {
11042    if (this.mConnectorGeometry == null) {
11043      this.mConnectorGeometry = this.buildConnectorShape(this.mPkgName);
11044      this.mConnectorGeometry.setName("ball");
11045      this.mConnectorGeometry.setShapeKey(this.mSymmetry.getName() + ":" + this.mPkgName + ":ball");
11046    }
11047    return this.mConnectorGeometry;
11048  }
11049  /**
11050   * 
11051   * @param {Direction} orbit
11052   * @param {*} length
11053   * @return {Polyhedron}
11054   */
11055  getStrutShape(orbit, length) {
11056    let strutShapesByLength = this.strutShapesByLengthAndOrbit.get(orbit);
11057    if (strutShapesByLength == null) {
11058      strutShapesByLength = new java.util.HashMap();
11059      this.strutShapesByLengthAndOrbit.put(orbit, strutShapesByLength);
11060    }
11061    let lengthShape = strutShapesByLength.get(length);
11062    if (lengthShape == null) {
11063      const orbitStrutGeometry = this.getStrutGeometry(orbit);
11064      lengthShape = orbitStrutGeometry.getStrutPolyhedron(length);
11065      strutShapesByLength.put(length, lengthShape);
11066      if (lengthShape != null) {
11067        lengthShape.setName(orbit.getName() + strutShapesByLength.size());
11068        lengthShape.setOrbit(orbit);
11069        lengthShape.setLength(orbit.getLengthInUnits(length));
11070        lengthShape.setShapeKey(this.mSymmetry.getName() + ":" + orbit.getName() + ":" + length.toString(AlgebraicField.DEFAULT_FORMAT));
11071      }
11072    }
11073    return lengthShape;
11074  }
11075  /**
11076   * 
11077   * @return {*}
11078   */
11079  getSymmetry() {
11080    return this.mSymmetry;
11081  }
11082  /*private*/
11083  makePanelPolyhedron(vertices, oneSided) {
11084    const poly = new Polyhedron(this.mSymmetry.getField());
11085    poly.setPanel(true);
11086    let arity = 0;
11087    for (let index = vertices.iterator(); index.hasNext(); ) {
11088      let gv = index.next();
11089      {
11090        arity++;
11091        poly.addVertex(gv);
11092      }
11093    }
11094    if (poly.getVertexList().size() < arity) return null;
11095    const front = poly.newFace();
11096    const back = poly.newFace();
11097    for (let i = 0; i < arity; i++) {
11098      {
11099        const j = i;
11100        front.add(j);
11101        back.add(0, j);
11102      }
11103      ;
11104    }
11105    poly.addFace(front);
11106    if (!oneSided) poly.addFace(back);
11107    return poly;
11108  }
11109  /**
11110   * 
11111   * @param {number} vertexCount
11112   * @param {*} quadrea
11113   * @param {Axis} zone
11114   * @param {*} vertices
11115   * @param {boolean} oneSidedPanels
11116   * @return {Polyhedron}
11117   */
11118  getPanelShape(vertexCount, quadrea, zone, vertices, oneSidedPanels) {
11119    let map1 = this.panelShapes.get(vertexCount);
11120    if (map1 == null) {
11121      map1 = new java.util.HashMap();
11122      this.panelShapes.put(vertexCount, map1);
11123    }
11124    let map2 = map1.get(quadrea);
11125    if (map2 == null) {
11126      map2 = new java.util.HashMap();
11127      map1.put(quadrea, map2);
11128    }
11129    const orbit = zone.getDirection();
11130    let map3 = map2.get(orbit);
11131    if (map3 == null) {
11132      map3 = new java.util.HashMap();
11133      map2.put(orbit, map3);
11134    }
11135    const orientation = zone.getOrientation();
11136    const perm = this.mSymmetry.getPermutation(orientation).inverse();
11137    const inverseOrientation = perm.mapIndex(0);
11138    const inverseTrans = this.mSymmetry.getMatrix(inverseOrientation);
11139    const canonicalVertices = new java.util.ArrayList();
11140    for (let index = vertices.iterator(); index.hasNext(); ) {
11141      let vertex = index.next();
11142      {
11143        canonicalVertices.add(inverseTrans.timesColumn(vertex));
11144      }
11145    }
11146    let shape = map3.get(canonicalVertices);
11147    if (shape == null) {
11148      shape = this.makePanelPolyhedron(canonicalVertices, oneSidedPanels);
11149      if (shape != null) shape.setShapeKey(shape.deriveGeometricKey());
11150      map3.put(canonicalVertices, shape);
11151    }
11152    return shape;
11153  }
11154  /**
11155   * 
11156   * @return {number}
11157   */
11158  getCmScaling() {
11159    return RealZomeScaling.RZOME_CM_SCALING;
11160  }
11161};
11162AbstractShapes["__class"] = "com.vzome.core.viewing.AbstractShapes";
11163AbstractShapes["__interfaces"] = ["com.vzome.core.editor.api.Shapes"];
11164

11165// src/worker/legacy/from-java/com/vzome/core/viewing/OctahedralShapes.ts
11166var OctahedralShapes = class extends AbstractShapes {
11167  constructor(pkgName, name, symm) {
11168    super(pkgName, name, null, symm);
11169  }
11170  /**
11171   * 
11172   * @param {string} pkgName
11173   * @return {Polyhedron}
11174   */
11175  buildConnectorShape(pkgName) {
11176    const field5 = this.mSymmetry.getField();
11177    const cube = new Polyhedron(field5);
11178    let scale = field5["createPower$int"](-2);
11179    scale = field5["createRational$long"](2)["times$com_vzome_core_algebra_AlgebraicNumber"](scale);
11180    const x = field5.basisVector(3, AlgebraicVector.X);
11181    const y = field5.basisVector(3, AlgebraicVector.Y);
11182    const z = field5.basisVector(3, AlgebraicVector.Z);
11183    cube.addVertex(x.scale(scale));
11184    cube.addVertex(x.negate().scale(scale));
11185    cube.addVertex(y.scale(scale));
11186    cube.addVertex(y.negate().scale(scale));
11187    cube.addVertex(z.scale(scale));
11188    cube.addVertex(z.negate().scale(scale));
11189    let face = cube.newFace();
11190    face.add(0);
11191    face.add(2);
11192    face.add(4);
11193    cube.addFace(face);
11194    face = cube.newFace();
11195    face.add(0);
11196    face.add(5);
11197    face.add(2);
11198    cube.addFace(face);
11199    face = cube.newFace();
11200    face.add(0);
11201    face.add(3);
11202    face.add(5);
11203    cube.addFace(face);
11204    face = cube.newFace();
11205    face.add(0);
11206    face.add(4);
11207    face.add(3);
11208    cube.addFace(face);
11209    face = cube.newFace();
11210    face.add(1);
11211    face.add(4);
11212    face.add(2);
11213    cube.addFace(face);
11214    face = cube.newFace();
11215    face.add(1);
11216    face.add(2);
11217    face.add(5);
11218    cube.addFace(face);
11219    face = cube.newFace();
11220    face.add(1);
11221    face.add(5);
11222    face.add(3);
11223    cube.addFace(face);
11224    face = cube.newFace();
11225    face.add(1);
11226    face.add(3);
11227    face.add(4);
11228    cube.addFace(face);
11229    return cube;
11230  }
11231};
11232OctahedralShapes["__class"] = "com.vzome.core.viewing.OctahedralShapes";
11233OctahedralShapes["__interfaces"] = ["com.vzome.core.editor.api.Shapes"];
11234

11235// src/worker/legacy/from-java/com/vzome/core/kinds/OctahedralSymmetryPerspective.ts
11236var OctahedralSymmetryPerspective = class extends AbstractSymmetryPerspective {
11237  constructor(field5) {
11238    super(new OctahedralSymmetry(field5));
11239    this.modelResourcePath = "org/vorthmann/zome/app/octahedral-vef.vZome";
11240    this.setDefaultGeometry(new OctahedralShapes("octahedral", "octahedra", this.symmetry));
11241  }
11242  /**
11243   * 
11244   * @return {OctahedralSymmetry}
11245   */
11246  getSymmetry() {
11247    return this.symmetry;
11248  }
11249  /**
11250   * 
11251   * @param {Tool.Kind} kind
11252   * @param {ToolsModel} tools
11253   * @return {*}
11254   */
11255  createToolFactories(kind, tools) {
11256    const result = new java.util.ArrayList();
11257    switch (kind) {
11258      case Tool2.Kind.SYMMETRY:
11259        result.add(new OctahedralToolFactory(tools, this.symmetry));
11260        result.add(new TetrahedralToolFactory(tools, this.symmetry));
11261        result.add(new InversionToolFactory(tools));
11262        result.add(new LineReflectionToolFactory(tools));
11263        result.add(new MirrorToolFactory(tools));
11264        result.add(new AxialSymmetryToolFactory(tools, this.symmetry));
11265        break;
11266      case Tool2.Kind.TRANSFORM:
11267        result.add(new ScalingToolFactory(tools, this.symmetry));
11268        result.add(new RotationToolFactory(tools, this.symmetry));
11269        result.add(new TranslationToolFactory(tools));
11270        result.add(new ProjectionToolFactory(tools));
11271        result.add(new PerspectiveProjectionToolFactory(tools));
11272        break;
11273      case Tool2.Kind.LINEAR_MAP:
11274        result.add(new LinearMapToolFactory(tools, this.symmetry, false));
11275        break;
11276      default:
11277        break;
11278    }
11279    return result;
11280  }
11281  /**
11282   * 
11283   * @param {Tool.Kind} kind
11284   * @param {ToolsModel} tools
11285   * @return {*}
11286   */
11287  predefineTools(kind, tools) {
11288    const result = new java.util.ArrayList();
11289    switch (kind) {
11290      case Tool2.Kind.SYMMETRY:
11291        result.add(new OctahedralToolFactory(tools, this.symmetry).createPredefinedTool("octahedral around origin"));
11292        result.add(new TetrahedralToolFactory(tools, this.symmetry).createPredefinedTool("tetrahedral around origin"));
11293        result.add(new InversionToolFactory(tools).createPredefinedTool("reflection through origin"));
11294        result.add(new MirrorToolFactory(tools).createPredefinedTool("reflection through XY plane"));
11295        result.add(new MirrorToolFactory(tools).createPredefinedTool("reflection through X=Y green plane"));
11296        result.add(new AxialSymmetryToolFactory(tools, this.symmetry).createPredefinedTool("symmetry around green through origin"));
11297        break;
11298      case Tool2.Kind.TRANSFORM:
11299        result.add(new ScalingToolFactory(tools, this.symmetry).createPredefinedTool("scale down"));
11300        result.add(new ScalingToolFactory(tools, this.symmetry).createPredefinedTool("scale up"));
11301        result.add(new RotationToolFactory(tools, this.symmetry, true).createPredefinedTool("rotate around green through origin"));
11302        result.add(new TranslationToolFactory(tools).createPredefinedTool("b1 move along +X"));
11303        break;
11304      default:
11305        break;
11306    }
11307    return result;
11308  }
11309  /**
11310   * 
11311   * @return {string}
11312   */
11313  getModelResourcePath() {
11314    return this.modelResourcePath;
11315  }
11316  setModelResourcePath(resourcePath) {
11317    this.modelResourcePath = resourcePath;
11318  }
11319};
11320OctahedralSymmetryPerspective["__class"] = "com.vzome.core.kinds.OctahedralSymmetryPerspective";
11321OctahedralSymmetryPerspective["__interfaces"] = ["com.vzome.core.editor.SymmetryPerspective"];
11322

11323// src/worker/legacy/from-java/com/vzome/core/math/symmetry/A4Group.ts
11324var A4Group = class _A4Group {
11325  static S5_PERMS_$LI$() {
11326    if (_A4Group.S5_PERMS == null) {
11327      _A4Group.S5_PERMS = [[0, 1, 2, 3, 4], [1, 2, 3, 4, 0], [2, 3, 4, 0, 1], [3, 4, 0, 1, 2], [4, 0, 1, 2, 3], [1, 2, 0, 3, 4], [2, 0, 3, 4, 1], [0, 3, 4, 1, 2], [3, 4, 1, 2, 0], [4, 1, 2, 0, 3], [0, 2, 3, 1, 4], [2, 3, 1, 4, 0], [3, 1, 4, 0, 2], [1, 4, 0, 2, 3], [4, 0, 2, 3, 1], [0, 1, 3, 4, 2], [1, 3, 4, 2, 0], [3, 4, 2, 0, 1], [4, 2, 0, 1, 3], [2, 0, 1, 3, 4], [3, 1, 2, 4, 0], [1, 2, 4, 0, 3], [2, 4, 0, 3, 1], [4, 0, 3, 1, 2], [0, 3, 1, 2, 4], [1, 4, 2, 3, 0], [4, 2, 3, 0, 1], [2, 3, 0, 1, 4], [3, 0, 1, 4, 2], [0, 1, 4, 2, 3], [1, 3, 2, 0, 4], [3, 2, 0, 4, 1], [2, 0, 4, 1, 3], [0, 4, 1, 3, 2], [4, 1, 3, 2, 0], [0, 2, 4, 3, 1], [2, 4, 3, 1, 0], [4, 3, 1, 0, 2], [3, 1, 0, 2, 4], [1, 0, 2, 4, 3], [2, 1, 3, 0, 4], [1, 3, 0, 4, 2], [3, 0, 4, 2, 1], [0, 4, 2, 1, 3], [4, 2, 1, 3, 0], [0, 3, 2, 4, 1], [3, 2, 4, 1, 0], [2, 4, 1, 0, 3], [4, 1, 0, 3, 2], [1, 0, 3, 2, 4], [2, 1, 4, 3, 0], [1, 4, 3, 0, 2], [4, 3, 0, 2, 1], [3, 0, 2, 1, 4], [0, 2, 1, 4, 3], [4, 3, 2, 1, 0], [3, 2, 1, 0, 4], [2, 1, 0, 4, 3], [1, 0, 4, 3, 2], [0, 4, 3, 2, 1], [0, 1, 3, 2, 4], [0, 2, 1, 3, 4], [0, 3, 2, 1, 4], [1, 0, 2, 3, 4], [1, 2, 3, 0, 4], [1, 3, 0, 2, 4], [2, 1, 0, 3, 4], [2, 0, 3, 1, 4], [2, 3, 1, 0, 4], [3, 1, 2, 0, 4], [3, 2, 0, 1, 4], [3, 0, 1, 2, 4], [0, 1, 2, 4, 3], [0, 2, 3, 4, 1], [0, 3, 1, 4, 2], [1, 0, 3, 4, 2], [1, 2, 0, 4, 3], [1, 3, 2, 4, 0], [2, 1, 3, 4, 0], [2, 0, 1, 4, 3], [2, 3, 0, 4, 1], [3, 1, 0, 4, 2], [3, 2, 1, 4, 0], [3, 0, 2, 4, 1], [0, 2, 4, 1, 3], [0, 3, 4, 2, 1], [1, 0, 4, 2, 3], [1, 2, 4, 3, 0], [1, 3, 4, 0, 2], [2, 1, 4, 0, 3], [2, 0, 4, 3, 1], [2, 3, 4, 1, 0], [3, 1, 4, 2, 0], [3, 2, 4, 0, 1], [3, 0, 4, 1, 2], [0, 4, 1, 2, 3], [0, 4, 2, 3, 1], [0, 4, 3, 1, 2], [1, 4, 0, 3, 2], [1, 4, 2, 0, 3], [1, 4, 3, 2, 0], [2, 4, 1, 3, 0], [2, 4, 0, 1, 3], [2, 4, 3, 0, 1], [3, 4, 1, 0, 2], [3, 4, 2, 1, 0], [3, 4, 0, 2, 1], [4, 0, 1, 3, 2], [4, 0, 2, 1, 3], [4, 0, 3, 2, 1], [4, 1, 0, 2, 3], [4, 1, 2, 3, 0], [4, 1, 3, 0, 2], [4, 2, 1, 0, 3], [4, 2, 0, 3, 1], [4, 2, 3, 1, 0], [4, 3, 1, 2, 0], [4, 3, 2, 0, 1], [0, 1, 4, 3, 2], [4, 3, 0, 1, 2]];
11328    }
11329    return _A4Group.S5_PERMS;
11330  }
11331  constructor(field5) {
11332    if (this.field === void 0) {
11333      this.field = null;
11334    }
11335    this.ROOTS = [null, null, null, null];
11336    this.WEIGHTS = [null, null, null, null];
11337    this.ROOTS_R4 = [null, null, null, null];
11338    if (this.ONE_FIFTH === void 0) {
11339      this.ONE_FIFTH = null;
11340    }
11341    if (this.TWO_FIFTHS === void 0) {
11342      this.TWO_FIFTHS = null;
11343    }
11344    if (this.THREE_FIFTHS === void 0) {
11345      this.THREE_FIFTHS = null;
11346    }
11347    if (this.FOUR_FIFTHS === void 0) {
11348      this.FOUR_FIFTHS = null;
11349    }
11350    this.field = field5;
11351    this.ONE_FIFTH = field5["createRational$long$long"](1, 5);
11352    this.TWO_FIFTHS = field5["createRational$long$long"](2, 5);
11353    this.THREE_FIFTHS = field5["createRational$long$long"](3, 5);
11354    this.FOUR_FIFTHS = field5["createRational$long$long"](4, 5);
11355    const neg_one = field5["createRational$long"](-1);
11356    this.ROOTS[0] = field5.basisVector(5, 0);
11357    this.ROOTS[0].setComponent(1, neg_one);
11358    this.ROOTS[1] = field5.basisVector(5, 1);
11359    this.ROOTS[1].setComponent(2, neg_one);
11360    this.ROOTS[2] = field5.basisVector(5, 2);
11361    this.ROOTS[2].setComponent(3, neg_one);
11362    this.ROOTS[3] = field5.basisVector(5, 3);
11363    this.ROOTS[3].setComponent(4, neg_one);
11364    this.WEIGHTS[0] = field5.basisVector(5, 0);
11365    this.WEIGHTS[0].setComponent(0, this.FOUR_FIFTHS);
11366    this.WEIGHTS[0].setComponent(1, this.ONE_FIFTH.negate());
11367    this.WEIGHTS[0].setComponent(2, this.ONE_FIFTH.negate());
11368    this.WEIGHTS[0].setComponent(3, this.ONE_FIFTH.negate());
11369    this.WEIGHTS[0].setComponent(4, this.ONE_FIFTH.negate());
11370    this.WEIGHTS[1] = field5.basisVector(5, 0);
11371    this.WEIGHTS[1].setComponent(0, this.THREE_FIFTHS);
11372    this.WEIGHTS[1].setComponent(1, this.THREE_FIFTHS);
11373    this.WEIGHTS[1].setComponent(2, this.TWO_FIFTHS.negate());
11374    this.WEIGHTS[1].setComponent(3, this.TWO_FIFTHS.negate());
11375    this.WEIGHTS[1].setComponent(4, this.TWO_FIFTHS.negate());
11376    this.WEIGHTS[2] = field5.basisVector(5, 0);
11377    this.WEIGHTS[2].setComponent(0, this.TWO_FIFTHS);
11378    this.WEIGHTS[2].setComponent(1, this.TWO_FIFTHS);
11379    this.WEIGHTS[2].setComponent(2, this.TWO_FIFTHS);
11380    this.WEIGHTS[2].setComponent(3, this.THREE_FIFTHS.negate());
11381    this.WEIGHTS[2].setComponent(4, this.THREE_FIFTHS.negate());
11382    this.WEIGHTS[3] = field5.basisVector(5, 0);
11383    this.WEIGHTS[3].setComponent(0, this.ONE_FIFTH);
11384    this.WEIGHTS[3].setComponent(1, this.ONE_FIFTH);
11385    this.WEIGHTS[3].setComponent(2, this.ONE_FIFTH);
11386    this.WEIGHTS[3].setComponent(3, this.ONE_FIFTH);
11387    this.WEIGHTS[3].setComponent(4, this.FOUR_FIFTHS.negate());
11388    const two = field5["createRational$long"](2);
11389    const two_neg = field5["createRational$long"](-2);
11390    this.ROOTS_R4[0] = field5.basisVector(4, 1);
11391    this.ROOTS_R4[0].setComponent(1, two);
11392    this.ROOTS_R4[0].setComponent(2, two_neg);
11393    this.ROOTS_R4[1] = field5.basisVector(4, 1);
11394    this.ROOTS_R4[1].setComponent(3, two_neg);
11395    this.ROOTS_R4[1].setComponent(1, two_neg);
11396    this.ROOTS_R4[2] = field5.basisVector(4, 1);
11397    this.ROOTS_R4[2].setComponent(1, two);
11398    this.ROOTS_R4[2].setComponent(2, two);
11399    this.ROOTS_R4[3] = field5.basisVector(4, 3);
11400    const root5 = field5["createAlgebraicNumber$int$int$int$int"](-1, 2, 1, 0);
11401    this.ROOTS_R4[3].setComponent(1, neg_one);
11402    this.ROOTS_R4[3].setComponent(2, neg_one);
11403    this.ROOTS_R4[3].setComponent(0, root5);
11404  }
11405  /**
11406   * 
11407   * @return {number}
11408   */
11409  getOrder() {
11410    return _A4Group.S5_PERMS_$LI$().length;
11411  }
11412  /**
11413   * 
11414   * @param {AlgebraicVector} model
11415   * @param {number} element
11416   * @return {AlgebraicVector}
11417   */
11418  groupAction(model, element) {
11419    let result = this.field.origin(4);
11420    let sum = this.field["createRational$long"](0);
11421    for (let c = 0; c < 4; c++) {
11422      {
11423        const source = model.getComponent(_A4Group.S5_PERMS_$LI$()[element][c]);
11424        sum = sum["plus$com_vzome_core_algebra_AlgebraicNumber"](source);
11425        const scaled = this.ROOTS_R4[c].scale(sum);
11426        result = result.plus(scaled);
11427      }
11428      ;
11429    }
11430    return result.scale(this.field["createPower$int"](-1));
11431  }
11432  /**
11433   * 
11434   * @return {AlgebraicVector}
11435   */
11436  getOrigin() {
11437    return this.field.origin(5);
11438  }
11439  /**
11440   * 
11441   * @param {number} i
11442   * @return {AlgebraicVector}
11443   */
11444  getWeight(i) {
11445    return this.WEIGHTS[i];
11446  }
11447  /**
11448   * 
11449   * @param {number} i
11450   * @return {AlgebraicVector}
11451   */
11452  getSimpleRoot(i) {
11453    return this.ROOTS[i];
11454  }
11455  /**
11456   * 
11457   * @return {*}
11458   */
11459  getField() {
11460    return this.field;
11461  }
11462  /**
11463   * 
11464   * @param {AlgebraicVector} model
11465   * @param {number} element
11466   * @return {AlgebraicVector}
11467   */
11468  chiralSubgroupAction(model, element) {
11469    if (element >= 60) return null;
11470    let result = this.field.origin(4);
11471    let sum = this.field["createRational$long"](0);
11472    for (let c = 0; c < 4; c++) {
11473      {
11474        const source = model.getComponent(_A4Group.S5_PERMS_$LI$()[element][c]);
11475        sum = sum["plus$com_vzome_core_algebra_AlgebraicNumber"](source);
11476        const scaled = this.ROOTS_R4[c].scale(sum);
11477        result = result.plus(scaled);
11478      }
11479      ;
11480    }
11481    return result.scale(this.field["createPower$int"](-1));
11482  }
11483};
11484A4Group["__class"] = "com.vzome.core.math.symmetry.A4Group";
11485A4Group["__interfaces"] = ["com.vzome.core.math.symmetry.CoxeterGroup"];
11486

11487// src/worker/legacy/from-java/com/vzome/core/math/symmetry/B4Group.ts
11488var B4Group = class _B4Group {
11489  static B4_PERMS_$LI$() {
11490    if (_B4Group.B4_PERMS == null) {
11491      _B4Group.B4_PERMS = [[0, 1, 2, 3], [0, 1, 3, 2], [0, 2, 1, 3], [0, 2, 3, 1], [0, 3, 2, 1], [0, 3, 1, 2], [1, 0, 2, 3], [1, 0, 3, 2], [1, 2, 0, 3], [1, 2, 3, 0], [1, 3, 2, 0], [1, 3, 0, 2], [2, 1, 0, 3], [2, 1, 3, 0], [2, 0, 1, 3], [2, 0, 3, 1], [2, 3, 0, 1], [2, 3, 1, 0], [3, 1, 2, 0], [3, 1, 0, 2], [3, 2, 1, 0], [3, 2, 0, 1], [3, 0, 2, 1], [3, 0, 1, 2]];
11492    }
11493    return _B4Group.B4_PERMS;
11494  }
11495  constructor(field5) {
11496    if (this.field === void 0) {
11497      this.field = null;
11498    }
11499    this.ROOTS = [null, null, null, null];
11500    this.WEIGHTS = [null, null, null, null];
11501    this.field = field5;
11502    const neg_one = field5["createRational$long"](-1);
11503    this.ROOTS[0] = field5.basisVector(4, AlgebraicVector.X4);
11504    this.ROOTS[0].setComponent(AlgebraicVector.Y4, neg_one);
11505    this.ROOTS[1] = field5.basisVector(4, AlgebraicVector.Y4);
11506    this.ROOTS[1].setComponent(AlgebraicVector.Z4, neg_one);
11507    this.ROOTS[2] = field5.basisVector(4, AlgebraicVector.Z4);
11508    this.ROOTS[2].setComponent(AlgebraicVector.W4, neg_one);
11509    this.ROOTS[3] = field5.basisVector(4, AlgebraicVector.W4);
11510    const y = field5.basisVector(4, AlgebraicVector.Y4);
11511    const z = field5.basisVector(4, AlgebraicVector.Z4);
11512    this.WEIGHTS[0] = field5.basisVector(4, AlgebraicVector.X4);
11513    this.WEIGHTS[1] = this.WEIGHTS[0].plus(y);
11514    this.WEIGHTS[2] = this.WEIGHTS[1].plus(z);
11515    this.WEIGHTS[3] = field5.basisVector(4, AlgebraicVector.X4);

11516    const half = field5["createRational$long$long"](1, 2);
11517    this.WEIGHTS[3].setComponent(AlgebraicVector.X4, half);
11518    this.WEIGHTS[3].setComponent(AlgebraicVector.Y4, half);
11519    this.WEIGHTS[3].setComponent(AlgebraicVector.Z4, half);
11520    this.WEIGHTS[3].setComponent(AlgebraicVector.W4, half);
11521    if (field5.scale4dRoots()) {
11522      const scale = field5["createPower$int"](1);
11523      this.ROOTS[3] = this.ROOTS[3].scale(scale);
11524      this.WEIGHTS[3] = this.WEIGHTS[3].scale(scale);
11525    }
11526  }
11527  /**
11528   * 
11529   * @return {number}
11530   */
11531  getOrder() {
11532    return 24 * 16;
11533  }
11534  /**
11535   * 
11536   * @param {AlgebraicVector} model
11537   * @param {number} element
11538   * @return {AlgebraicVector}
11539   */
11540  groupAction(model, element) {
11541    const result = this.field.basisVector(4, AlgebraicVector.X4);
11542    const perm = element / 16 | 0;
11543    let signs = element % 16;
11544    for (let c = 0; c < 4; c++) {
11545      {
11546        let source = model.getComponent((_B4Group.B4_PERMS_$LI$()[perm][c] + 1) % 4);
11547        if (signs % 2 !== 0) source = source.negate();
11548        result.setComponent((c + 1) % 4, source);
11549        signs = signs >> 1;
11550      }
11551      ;
11552    }
11553    return result;
11554  }
11555  /**
11556   * 
11557   * @return {AlgebraicVector}
11558   */
11559  getOrigin() {
11560    return this.field.origin(4);
11561  }
11562  /**
11563   * 
11564   * @param {number} i
11565   * @return {AlgebraicVector}
11566   */
11567  getWeight(i) {
11568    return this.WEIGHTS[i];
11569  }
11570  /**
11571   * 
11572   * @param {number} i
11573   * @return {AlgebraicVector}
11574   */
11575  getSimpleRoot(i) {
11576    return this.ROOTS[i];
11577  }
11578  /**
11579   * 
11580   * @return {*}
11581   */
11582  getField() {
11583    return this.field;
11584  }
11585  /**
11586   * 
11587   * @param {AlgebraicVector} model
11588   * @param {number} element
11589   * @return {AlgebraicVector}
11590   */
11591  chiralSubgroupAction(model, element) {
11592    const result = this.field.basisVector(4, AlgebraicVector.X4);
11593    const perm = element / 16 | 0;
11594    let signs = element % 16;
11595    let even = true;
11596    for (let c = 0; c < 4; c++) {
11597      {
11598        let source = model.getComponent((_B4Group.B4_PERMS_$LI$()[perm][c] + 1) % 4);
11599        if (signs % 2 !== 0) {
11600          even = !even;
11601          source = source.negate();
11602        }
11603        result.setComponent((c + 1) % 4, source);
11604        signs = signs >> 1;
11605      }
11606      ;
11607    }
11608    return even ? result : null;
11609  }
11610};
11611B4Group["__class"] = "com.vzome.core.math.symmetry.B4Group";
11612B4Group["__interfaces"] = ["com.vzome.core.math.symmetry.CoxeterGroup"];
11613

11614// src/worker/legacy/from-java/com/vzome/core/math/symmetry/D4Group.ts
11615var D4Group = class _D4Group {
11616  static D4_PERMS_$LI$() {
11617    if (_D4Group.D4_PERMS == null) {
11618      _D4Group.D4_PERMS = [[0, 1, 2, 3], [2, 3, 0, 1], [1, 0, 3, 2], [3, 2, 1, 0], [2, 1, 3, 0], [3, 0, 2, 1], [1, 2, 0, 3], [0, 3, 1, 2], [0, 2, 3, 1], [3, 1, 0, 2], [2, 0, 1, 3], [1, 3, 2, 0], [1, 0, 2, 3], [2, 3, 1, 0], [0, 1, 3, 2], [3, 2, 0, 1], [0, 2, 1, 3], [1, 3, 0, 2], [2, 0, 3, 1], [3, 1, 2, 0], [2, 1, 0, 3], [0, 3, 2, 1], [1, 2, 3, 0], [3, 0, 1, 2]];
11619    }
11620    return _D4Group.D4_PERMS;
11621  }
11622  constructor(field5) {
11623    if (this.field === void 0) {
11624      this.field = null;
11625    }
11626    this.ROOTS = [null, null, null, null];
11627    this.WEIGHTS = [null, null, null, null];
11628    this.field = field5;
11629    const neg_one = field5["createRational$long"](-1);
11630    this.ROOTS[0] = field5.basisVector(4, AlgebraicVector.X4);
11631    this.ROOTS[0].setComponent(AlgebraicVector.Y4, neg_one);
11632    this.ROOTS[1] = field5.basisVector(4, AlgebraicVector.Y4);
11633    this.ROOTS[1].setComponent(AlgebraicVector.Z4, neg_one);
11634    this.ROOTS[2] = field5.basisVector(4, AlgebraicVector.Z4);
11635    this.ROOTS[2].setComponent(AlgebraicVector.W4, neg_one);
11636    this.ROOTS[3] = field5.basisVector(4, AlgebraicVector.Z4);
11637    this.ROOTS[3].setComponent(AlgebraicVector.W4, field5.one());
11638    const y = field5.basisVector(4, AlgebraicVector.Y4);

11639    const half = field5["createRational$long$long"](1, 2);
11640    const neg_half = field5["createRational$long$long"](-1, 2);
11641    this.WEIGHTS[0] = field5.basisVector(4, AlgebraicVector.X4);
11642    this.WEIGHTS[1] = this.WEIGHTS[0].plus(y);
11643    this.WEIGHTS[2] = field5.basisVector(4, AlgebraicVector.X4);
11644    this.WEIGHTS[2].setComponent(AlgebraicVector.X4, half);
11645    this.WEIGHTS[2].setComponent(AlgebraicVector.Y4, half);
11646    this.WEIGHTS[2].setComponent(AlgebraicVector.Z4, half);
11647    this.WEIGHTS[2].setComponent(AlgebraicVector.W4, neg_half);
11648    this.WEIGHTS[3] = field5.basisVector(4, AlgebraicVector.X4);
11649    this.WEIGHTS[3].setComponent(AlgebraicVector.X4, half);
11650    this.WEIGHTS[3].setComponent(AlgebraicVector.Y4, half);
11651    this.WEIGHTS[3].setComponent(AlgebraicVector.Z4, half);
11652    this.WEIGHTS[3].setComponent(AlgebraicVector.W4, half);
11653  }
11654  /**
11655   * 
11656   * @return {number}
11657   */
11658  getOrder() {
11659    return 24 * 8;
11660  }
11661  /**
11662   * 
11663   * @param {AlgebraicVector} model
11664   * @param {number} element
11665   * @return {AlgebraicVector}
11666   */
11667  groupAction(model, element) {
11668    const result = this.field.basisVector(4, AlgebraicVector.X4);
11669    const perm = element / 8 | 0;
11670    let signs = element % 8;
11671    let even = true;
11672    for (let c = 0; c < 4; c++) {
11673      {
11674        let source = model.getComponent((_D4Group.D4_PERMS_$LI$()[perm][c] + 1) % 4);
11675        if (c === 3 && !even) {
11676          source = source.negate();
11677        } else if (signs % 2 !== 0) {
11678          even = !even;
11679          source = source.negate();
11680        }
11681        result.setComponent((c + 1) % 4, source);
11682        signs = signs >> 1;
11683      }
11684      ;
11685    }
11686    return result;
11687  }
11688  /**
11689   * 
11690   * @return {AlgebraicVector}
11691   */
11692  getOrigin() {
11693    return this.field.origin(4);
11694  }
11695  /**
11696   * 
11697   * @param {number} i
11698   * @return {AlgebraicVector}
11699   */
11700  getWeight(i) {
11701    return this.WEIGHTS[i];
11702  }
11703  /**
11704   * 
11705   * @param {number} i
11706   * @return {AlgebraicVector}
11707   */
11708  getSimpleRoot(i) {
11709    return this.ROOTS[i];
11710  }
11711  /**
11712   * 
11713   * @return {*}
11714   */
11715  getField() {
11716    return this.field;
11717  }
11718  /**
11719   * 
11720   * @param {AlgebraicVector} model
11721   * @param {number} element
11722   * @return {AlgebraicVector}
11723   */
11724  chiralSubgroupAction(model, element) {
11725    const result = this.field.basisVector(4, AlgebraicVector.X4);
11726    const perm = element / 8 | 0;
11727    if (perm >= 12) return null;
11728    let signs = element % 8;
11729    let even = true;
11730    for (let c = 0; c < 4; c++) {
11731      {
11732        let source = model.getComponent((_D4Group.D4_PERMS_$LI$()[perm][c] + 1) % 4);
11733        if (c === 3 && !even) {
11734          source = source.negate();
11735        } else if (signs % 2 !== 0) {
11736          even = !even;
11737          source = source.negate();
11738        }
11739        result.setComponent((c + 1) % 4, source);
11740        signs = signs >> 1;
11741      }
11742      ;
11743    }
11744    return result;
11745  }
11746};
11747D4Group["__class"] = "com.vzome.core.math.symmetry.D4Group";
11748D4Group["__interfaces"] = ["com.vzome.core.math.symmetry.CoxeterGroup"];
11749

11750// src/worker/legacy/from-java/com/vzome/core/math/symmetry/F4Group.ts
11751var F4Group = class extends B4Group {
11752  constructor(field5) {
11753    super(field5);
11754    this.ROOTS = [null, null, null, null];
11755    this.WEIGHTS = [null, null, null, null];
11756    if (this.A === void 0) {
11757      this.A = null;
11758    }
11759    const one = field5["createRational$long"](1);
11760    const two = field5["createRational$long"](2);
11761    const three = field5["createRational$long"](3);
11762    const four = field5["createRational$long"](4);
11763    const neg_one = field5["createRational$long"](-1);
11764    const neg_two = field5["createRational$long"](-2);
11765    this.ROOTS[0] = field5.basisVector(4, AlgebraicVector.X4);
11766    this.ROOTS[0].setComponent(AlgebraicVector.X4, two);
11767    this.ROOTS[0].setComponent(AlgebraicVector.Y4, neg_two);
11768    this.ROOTS[1] = field5.basisVector(4, AlgebraicVector.Y4);
11769    this.ROOTS[1].setComponent(AlgebraicVector.Y4, two);
11770    this.ROOTS[1].setComponent(AlgebraicVector.Z4, neg_two);
11771    this.ROOTS[2] = field5.basisVector(4, AlgebraicVector.Z4);
11772    this.ROOTS[2].setComponent(AlgebraicVector.Z4, two);
11773    this.ROOTS[3] = field5.basisVector(4, AlgebraicVector.W4);
11774    this.ROOTS[3].setComponent(AlgebraicVector.X4, neg_one);
11775    this.ROOTS[3].setComponent(AlgebraicVector.Y4, neg_one);
11776    this.ROOTS[3].setComponent(AlgebraicVector.Z4, neg_one);
11777    this.WEIGHTS[0] = field5.basisVector(4, AlgebraicVector.X4);
11778    this.WEIGHTS[0].setComponent(AlgebraicVector.X4, two);
11779    this.WEIGHTS[0].setComponent(AlgebraicVector.W4, two);
11780    this.WEIGHTS[1] = field5.basisVector(4, AlgebraicVector.Y4);
11781    this.WEIGHTS[1].setComponent(AlgebraicVector.X4, two);
11782    this.WEIGHTS[1].setComponent(AlgebraicVector.Y4, two);
11783    this.WEIGHTS[1].setComponent(AlgebraicVector.W4, four);
11784    this.WEIGHTS[2] = field5.basisVector(4, AlgebraicVector.X4);
11785    this.WEIGHTS[2].setComponent(AlgebraicVector.Y4, one);
11786    this.WEIGHTS[2].setComponent(AlgebraicVector.Z4, one);
11787    this.WEIGHTS[2].setComponent(AlgebraicVector.W4, three);
11788    this.WEIGHTS[3] = field5.basisVector(4, AlgebraicVector.W4);
11789    this.WEIGHTS[3].setComponent(AlgebraicVector.W4, two);
11790    if (field5.scale4dRoots()) {
11791      const scale = field5["createPower$int"](1);
11792      this.ROOTS[2] = this.ROOTS[2].scale(scale);
11793      this.WEIGHTS[2] = this.WEIGHTS[2].scale(scale);
11794    }

11795    const half = field5["createRational$long$long"](1, 2);
11796    const neg_half = field5["createRational$long$long"](-1, 2);
11797    const col1 = field5.basisVector(4, AlgebraicVector.X4);
11798    col1.setComponent(AlgebraicVector.X4, half);
11799    col1.setComponent(AlgebraicVector.Y4, half);
11800    col1.setComponent(AlgebraicVector.Z4, half);
11801    col1.setComponent(AlgebraicVector.W4, neg_half);
11802    const col2 = field5.basisVector(4, AlgebraicVector.X4);
11803    col2.setComponent(AlgebraicVector.X4, half);
11804    col2.setComponent(AlgebraicVector.Y4, half);
11805    col2.setComponent(AlgebraicVector.Z4, neg_half);
11806    col2.setComponent(AlgebraicVector.W4, half);
11807    const col3 = field5.basisVector(4, AlgebraicVector.X4);
11808    col3.setComponent(AlgebraicVector.X4, half);
11809    col3.setComponent(AlgebraicVector.Y4, neg_half);
11810    col3.setComponent(AlgebraicVector.Z4, half);
11811    col3.setComponent(AlgebraicVector.W4, half);
11812    const col4 = field5.basisVector(4, AlgebraicVector.X4);
11813    col4.setComponent(AlgebraicVector.X4, half);
11814    col4.setComponent(AlgebraicVector.Y4, neg_half);
11815    col4.setComponent(AlgebraicVector.Z4, neg_half);
11816    col4.setComponent(AlgebraicVector.W4, neg_half);
11817    this.A = new AlgebraicMatrix(col1, col2, col3, col4);
11818  }
11819  /**
11820   * 
11821   * @return {number}
11822   */
11823  getOrder() {
11824    return 3 * super.getOrder();
11825  }
11826  /**
11827   * 
11828   * @param {AlgebraicVector} model
11829   * @param {number} element
11830   * @return {AlgebraicVector}
11831   */
11832  groupAction(model, element) {
11833    const b4Order = super.getOrder();
11834    const aPower = element / b4Order | 0;
11835    const b4Element = element % b4Order;
11836    switch (aPower) {
11837      case 0:
11838        return super.groupAction(model, b4Element);
11839      case 1:
11840        return super.groupAction(this.A.timesColumn(model), b4Element);
11841      case 2:
11842        return super.groupAction(this.A.timesColumn(this.A.timesColumn(model)), b4Element);
11843      default:
11844        break;
11845    }
11846    return null;
11847  }
11848  /**
11849   * 
11850   * @param {number} i
11851   * @return {AlgebraicVector}
11852   */
11853  getWeight(i) {
11854    return this.WEIGHTS[i];
11855  }
11856  /**
11857   * 
11858   * @param {number} i
11859   * @return {AlgebraicVector}
11860   */
11861  getSimpleRoot(i) {
11862    return this.ROOTS[i];
11863  }
11864};
11865F4Group["__class"] = "com.vzome.core.math.symmetry.F4Group";
11866F4Group["__interfaces"] = ["com.vzome.core.math.symmetry.CoxeterGroup"];
11867

11868// src/worker/legacy/from-java/com/vzome/core/math/symmetry/WythoffConstruction.ts
11869var WythoffConstruction = class {
11870  static constructPolytope(group, index, edgesToRender, edgeScales, renderingGroup, listener) {
11871    const neighbors = [null, null, null, null];
11872    const chiral = false;
11873    if (chiral) {
11874      index = edgesToRender = 15;
11875    }
11876    const origin = group.getOrigin();
11877    let model = origin;
11878    let bits = index;
11879    for (let i = 0; i < 4; i++) {
11880      {
11881        if (bits % 2 === 1) model = model.plus(group.getWeight(i).scale(edgeScales[i]));
11882        bits >>= 1;
11883      }
11884      ;
11885    }
11886    bits = index;
11887    for (let i = 0; i < 4; i++) {
11888      {
11889        if (bits % 2 === 1 && edgesToRender % 2 === 1) neighbors[i] = model.minus(group.getSimpleRoot(i).scale(edgeScales[i]));
11890        else neighbors[i] = origin;
11891        bits >>= 1;
11892        edgesToRender >>= 1;
11893      }
11894      ;
11895    }
11896    const order = renderingGroup.getOrder();
11897    if (chiral) {
11898      for (let i = 0; i < order; i++) {
11899        {
11900          const vector = renderingGroup.chiralSubgroupAction(model, i);
11901          if (vector == null) continue;
11902          for (let e = 0; e < 4; e++) {
11903            for (let f = e + 1; f < 4; f++) {
11904              {
11905                const v1 = renderingGroup.chiralSubgroupAction(neighbors[e], i);
11906                const p1 = listener.addVertex(v1);
11907                const v2 = renderingGroup.chiralSubgroupAction(neighbors[f], i);
11908                const p2 = listener.addVertex(v2);
11909                listener.addEdge(p1, p2);
11910              }
11911              ;
11912            }
11913            ;
11914          }
11915        }
11916        ;
11917      }
11918    } else for (let i = 0; i < order; i++) {
11919      {
11920        const vector = renderingGroup.groupAction(model, i);
11921        const p = listener.addVertex(vector);
11922        for (let e = 0; e < 4; e++) {
11923          {
11924            if (neighbors[e].equals(origin)) continue;
11925            const other = renderingGroup.groupAction(neighbors[e], i);
11926            if (!other.equals(vector)) {
11927              const p2 = listener.addVertex(other);
11928              listener.addEdge(p, p2);
11929            }
11930          }
11931          ;
11932        }
11933      }
11934      ;
11935    }
11936  }
11937};
11938WythoffConstruction["__class"] = "com.vzome.core.math.symmetry.WythoffConstruction";
11939((WythoffConstruction2) => {
11940  class VefPrinter {
11941    constructor(field22) {
11942      this.vefVertices = new java.lang.StringBuffer();
11943      this.vefEdges = new java.lang.StringBuffer();
11944      this.numEdges = 0;
11945      this.numVertices = 0;
11946      if (this.field === void 0) {
11947        this.field = null;
11948      }
11949      this.field = field22;
11950    }
11951    /**
11952     * 
11953     * @param {*} p1
11954     * @param {*} p2
11955     * @return {*}
11956     */
11957    addEdge(p1, p2) {
11958      this.vefEdges.append(p1 + "	" + p2 + "\n");
11959      ++this.numEdges;
11960      return null;
11961    }
11962    /**
11963     * 
11964     * @param {java.lang.Object[]} vertices
11965     * @return {*}
11966     */
11967    addFace(vertices) {
11968      return null;
11969    }
11970    /**
11971     * 
11972     * @param {AlgebraicVector} gv
11973     * @return {*}
11974     */
11975    addVertex(gv) {
11976      gv.getVectorExpression$java_lang_StringBuffer$int(this.vefVertices, AlgebraicField.VEF_FORMAT);
11977      this.vefVertices.append("\n");
11978      return this.numVertices++;
11979    }
11980    print(out) {
11981      out.println$java_lang_Object("vZome VEF 5");
11982      out.println$java_lang_Object(this.numVertices);
11983      out.println$java_lang_Object(this.vefVertices.toString());
11984      out.println$java_lang_Object(this.numEdges);
11985      out.println$java_lang_Object(this.vefEdges.toString());
11986      out.close();
11987    }
11988  }
11989  WythoffConstruction2.VefPrinter = VefPrinter;
11990  VefPrinter["__class"] = "com.vzome.core.math.symmetry.WythoffConstruction.VefPrinter";
11991  VefPrinter["__interfaces"] = ["com.vzome.core.math.symmetry.WythoffConstruction.Listener"];
11992})(WythoffConstruction || (WythoffConstruction = {}));
11993

11994// src/worker/legacy/from-java/com/vzome/core/tools/ModuleTool.ts
11995var ModuleTool = class _ModuleTool extends Tool {
11996  static {
11997    this.ID = "module";
11998  }
11999  static {
12000    this.LABEL = "Create a module tool";
12001  }
12002  static {
12003    this.TOOLTIP = "<p>Each tool duplicates the original module.<br></p>";
12004  }
12005  constructor(id, tools) {
12006    super(id, tools);
12007    if (this.name === void 0) {
12008      this.name = null;
12009    }
12010    this.bookmarkedSelection = new java.util.ArrayList();
12011    this.mSelection.copy(this.bookmarkedSelection);
12012  }
12013  /**
12014   * 
12015   * @return {boolean}
12016   */
12017  isSticky() {
12018    return true;
12019  }
12020  /**
12021   * 
12022   * @param {ChangeManifestations} applyTool
12023   */
12024  prepare(applyTool) {
12025  }
12026  /**
12027   * 
12028   * @param {ChangeManifestations} applyTool
12029   */
12030  complete(applyTool) {
12031  }
12032  /**
12033   * 
12034   * @return {boolean}
12035   */
12036  needsInput() {
12037    return true;
12038  }
12039  /**
12040   * 
12041   * @param {Construction} c
12042   * @param {ChangeManifestations} applyTool
12043   */
12044  performEdit(c, applyTool) {
12045    if (!(c != null && c instanceof Point)) return;
12046    const p = c;
12047    const loc = p.getLocation();
12048    const duper = new Duplicator(applyTool, loc);
12049    for (let index = this.bookmarkedSelection.iterator(); index.hasNext(); ) {
12050      let man = index.next();
12051      {
12052        duper.duplicateManifestation(man);
12053      }
12054    }
12055    applyTool.redo();
12056  }
12057  /**
12058   * 
12059   * @param {*} man
12060   * @param {ChangeManifestations} applyTool
12061   */
12062  performSelect(man, applyTool) {
12063  }
12064  /**
12065   * 
12066   */
12067  redo() {
12068  }
12069  /**
12070   * 
12071   */
12072  undo() {
12073  }
12074  /**
12075   * 
12076   * @return {string}
12077   */
12078  getXmlElementName() {
12079    return "ModuleTool";
12080  }
12081  /**
12082   * 
12083   * @param {*} element
12084   */
12085  getXmlAttributes(element) {
12086    element.setAttribute("name", this.name);
12087  }
12088  /**
12089   * 
12090   * @param {*} element
12091   * @param {XmlSaveFormat} format
12092   */
12093  setXmlAttributes(element, format) {
12094    this.name = element.getAttribute("name");
12095  }
12096  /**
12097   * 
12098   * @return {string}
12099   */
12100  getCategory() {
12101    return _ModuleTool.ID;
12102  }
12103  /**
12104   * 
12105   * @param {boolean} prepareTool
12106   * @return {string}
12107   */
12108  checkSelection(prepareTool) {
12109    return null;
12110  }
12111};
12112ModuleTool["__class"] = "com.vzome.core.tools.ModuleTool";
12113ModuleTool["__interfaces"] = ["com.vzome.api.Tool"];
12114

12115// src/worker/legacy/from-java/com/vzome/core/tools/ModuleToolFactory.ts
12116var ModuleToolFactory = class extends AbstractToolFactory {
12117  constructor(tools) {
12118    super(tools, null, ModuleTool.ID, ModuleTool.LABEL, ModuleTool.TOOLTIP);
12119  }
12120  /**
12121   * 
12122   * @param {number} total
12123   * @param {number} balls
12124   * @param {number} struts
12125   * @param {number} panels
12126   * @return {boolean}
12127   */
12128  countsAreValid(total, balls, struts, panels) {
12129    return total > 0;
12130  }
12131  /**
12132   * 
12133   * @param {string} id
12134   * @return {Tool}
12135   */
12136  createToolInternal(id) {
12137    return new ModuleTool(id, this.getToolsModel());
12138  }
12139  /**
12140   * 
12141   * @param {*} selection
12142   * @return {boolean}
12143   */
12144  bindParameters(selection) {
12145    return true;
12146  }
12147};
12148ModuleToolFactory["__class"] = "com.vzome.core.tools.ModuleToolFactory";
12149ModuleToolFactory["__interfaces"] = ["com.vzome.core.editor.SelectionSummary.Listener", "com.vzome.api.Tool.Factory"];
12150

12151// src/worker/legacy/from-java/com/vzome/core/algebra/Bivector3d.ts
12152var Bivector3d = class {
12153  constructor(a, b, c) {
12154    if (this.a === void 0) {
12155      this.a = null;
12156    }
12157    if (this.b === void 0) {
12158      this.b = null;
12159    }
12160    if (this.c === void 0) {
12161      this.c = null;
12162    }
12163    this.a = a;
12164    this.b = b;
12165    this.c = c;
12166  }
12167  /**
12168   * 
12169   * @return {number}
12170   */
12171  hashCode() {
12172    const prime = 31;
12173    let result = 1;
12174    result = prime * result + (this.a == null ? 0 : (
12175      /* hashCode */
12176      ((o) => {
12177        if (o.hashCode) {
12178          return o.hashCode();
12179        } else {
12180          return o.toString().split("").reduce((prevHash, currVal) => (prevHash << 5) - prevHash + currVal.charCodeAt(0) | 0, 0);
12181        }
12182      })(this.a)
12183    ));
12184    result = prime * result + (this.b == null ? 0 : (
12185      /* hashCode */
12186      ((o) => {
12187        if (o.hashCode) {
12188          return o.hashCode();
12189        } else {
12190          return o.toString().split("").reduce((prevHash, currVal) => (prevHash << 5) - prevHash + currVal.charCodeAt(0) | 0, 0);
12191        }
12192      })(this.b)
12193    ));
12194    result = prime * result + (this.c == null ? 0 : (
12195      /* hashCode */
12196      ((o) => {
12197        if (o.hashCode) {
12198          return o.hashCode();
12199        } else {
12200          return o.toString().split("").reduce((prevHash, currVal) => (prevHash << 5) - prevHash + currVal.charCodeAt(0) | 0, 0);
12201        }
12202      })(this.c)
12203    ));
12204    return result;
12205  }
12206  /**
12207   * 
12208   * @param {*} obj
12209   * @return {boolean}
12210   */
12211  equals(obj) {
12212    if (this === obj) {
12213      return true;
12214    }
12215    if (obj == null) {
12216      return false;
12217    }
12218    if (this.constructor !== obj.constructor) {
12219      return false;
12220    }
12221    const other = obj;
12222    if (this.a == null) {
12223      if (other.a != null) {
12224        return false;
12225      }
12226    } else if (!/* equals */
12227    ((o1, o2) => {
12228      if (o1 && o1.equals) {
12229        return o1.equals(o2);
12230      } else {
12231        return o1 === o2;
12232      }
12233    })(this.a, other.a)) {
12234      return false;
12235    }
12236    if (this.b == null) {
12237      if (other.b != null) {
12238        return false;
12239      }
12240    } else if (!/* equals */
12241    ((o1, o2) => {
12242      if (o1 && o1.equals) {
12243        return o1.equals(o2);
12244      } else {
12245        return o1 === o2;
12246      }
12247    })(this.b, other.b)) {
12248      return false;
12249    }
12250    if (this.c == null) {
12251      if (other.c != null) {
12252        return false;
12253      }
12254    } else if (!/* equals */
12255    ((o1, o2) => {
12256      if (o1 && o1.equals) {
12257        return o1.equals(o2);
12258      } else {
12259        return o1 === o2;
12260      }
12261    })(this.c, other.c)) {
12262      return false;
12263    }
12264    return true;
12265  }
12266  /**
12267   * The pseudoscalar is implied in the result.
12268   * @param {Vector3d} v
12269   * @return
12270   * @return {*}
12271   */
12272  outer(v) {
12273    const a = this.a["times$com_vzome_core_algebra_AlgebraicNumber"](v.c);
12274    const b = this.b["times$com_vzome_core_algebra_AlgebraicNumber"](v.a);
12275    const c = this.c["times$com_vzome_core_algebra_AlgebraicNumber"](v.b);
12276    return a["plus$com_vzome_core_algebra_AlgebraicNumber"](b)["plus$com_vzome_core_algebra_AlgebraicNumber"](c);
12277  }
12278};
12279Bivector3d["__class"] = "com.vzome.core.algebra.Bivector3d";
12280

12281// src/worker/legacy/from-java/com/vzome/core/algebra/Vector3d.ts
12282var Vector3d = class {
12283  constructor(a, b, c) {
12284    if ((a != null && (a.constructor != null && a.constructor["__interfaces"] != null && a.constructor["__interfaces"].indexOf("com.vzome.core.algebra.AlgebraicNumber") >= 0) || a === null) && (b != null && (b.constructor != null && b.constructor["__interfaces"] != null && b.constructor["__interfaces"].indexOf("com.vzome.core.algebra.AlgebraicNumber") >= 0) || b === null) && (c != null && (c.constructor != null && c.constructor["__interfaces"] != null && c.constructor["__interfaces"].indexOf("com.vzome.core.algebra.AlgebraicNumber") >= 0) || c === null)) {
12285      let __args = arguments;
12286      if (this.a === void 0) {
12287        this.a = null;
12288      }
12289      if (this.b === void 0) {
12290        this.b = null;
12291      }
12292      if (this.c === void 0) {
12293        this.c = null;
12294      }
12295      this.a = a;
12296      this.b = b;
12297      this.c = c;
12298    } else if ((a != null && a instanceof AlgebraicVector || a === null) && b === void 0 && c === void 0) {
12299      let __args = arguments;
12300      let v = __args[0];
12301      if (this.a === void 0) {
12302        this.a = null;
12303      }
12304      if (this.b === void 0) {
12305        this.b = null;
12306      }
12307      if (this.c === void 0) {
12308        this.c = null;
12309      }
12310      this.a = v.getComponent(0);
12311      this.b = v.getComponent(1);
12312      this.c = v.getComponent(2);
12313    } else throw new Error("invalid overload");
12314  }
12315  outer(that) {
12316    const a = this.a["times$com_vzome_core_algebra_AlgebraicNumber"](that.b)["minus$com_vzome_core_algebra_AlgebraicNumber"](this.b["times$com_vzome_core_algebra_AlgebraicNumber"](that.a));
12317    const b = this.b["times$com_vzome_core_algebra_AlgebraicNumber"](that.c)["minus$com_vzome_core_algebra_AlgebraicNumber"](this.c["times$com_vzome_core_algebra_AlgebraicNumber"](that.b));
12318    const c = this.c["times$com_vzome_core_algebra_AlgebraicNumber"](that.a)["minus$com_vzome_core_algebra_AlgebraicNumber"](this.a["times$com_vzome_core_algebra_AlgebraicNumber"](that.c));
12319    return new Bivector3d(a, b, c);
12320  }
12321};
12322Vector3d["__class"] = "com.vzome.core.algebra.Vector3d";
12323

12324// src/worker/legacy/from-java/com/vzome/core/tools/PlaneSelectionTool.ts
12325var PlaneSelectionTool = class extends Tool {
12326  constructor(id, tools) {
12327    super(id, tools);
12328    if (this.plane === void 0) {
12329      this.plane = null;
12330    }
12331    if (this.anchor === void 0) {
12332      this.anchor = null;
12333    }
12334    this.halfSpace = true;
12335    this.boundaryOpen = false;
12336    this.above = true;
12337    this.includeBalls = true;
12338    this.includeStruts = true;
12339    this.includePanels = true;
12340    this.includePartials = false;
12341  }
12342  /**
12343   * 
12344   * @return {boolean}
12345   */
12346  isSticky() {
12347    return true;
12348  }
12349  /**
12350   * 
12351   */
12352  perform() {
12353    let p1 = null;
12354    let p2 = null;
12355    let p3 = null;
12356    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
12357      let man = index.next();
12358      {
12359        this.unselect$com_vzome_core_model_Manifestation(man);
12360        if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0)) {
12361          if (p1 == null) {
12362            p1 = man.getLocation();
12363            continue;
12364          }
12365          if (p2 == null) {
12366            p2 = man.getLocation();
12367            continue;
12368          }
12369          if (p3 == null) {
12370            p3 = man.getLocation();
12371            continue;
12372          } else {
12373            throw new Command.Failure("half-space selection tool requires exactly three balls");
12374          }
12375        }
12376      }
12377    }
12378    if (p3 == null) throw new Command.Failure("half-space selection tool requires exactly three balls");
12379    const v1 = new Vector3d(p2.minus(p1));
12380    const v2 = new Vector3d(p3.minus(p1));
12381    this.plane = v1.outer(v2);
12382    this.anchor = p1;
12383    super.perform();
12384  }
12385  /**
12386   * 
12387   * @param {ChangeManifestations} applyTool
12388   */
12389  prepare(applyTool) {
12390  }
12391  /**
12392   * 
12393   * @param {ChangeManifestations} applyTool
12394   */
12395  complete(applyTool) {
12396  }
12397  /**
12398   * 
12399   * @return {boolean}
12400   */
12401  needsInput() {
12402    return false;
12403  }
12404  /**
12405   * 
12406   * @param {Construction} c
12407   * @param {ChangeManifestations} applyTool
12408   */
12409  performEdit(c, applyTool) {
12410  }
12411  /**
12412   * 
12413   * @param {*} man
12414   * @param {ChangeManifestations} applyTool
12415   */
12416  performSelect(man, applyTool) {
12417    if (man.isHidden()) return;
12418    if (!man.isRendered()) return;
12419    if (this.includePanels && (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Panel") >= 0))) return;
12420    if (this.includeBalls && (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0))) {
12421      const c = man;
12422      const orientation = this.orient(c.getLocation());
12423      if (!this.boundaryOpen && orientation === 0) applyTool.select$com_vzome_core_model_Manifestation(man);
12424      else if (this.halfSpace && this.above && orientation > 0) applyTool.select$com_vzome_core_model_Manifestation(man);
12425      else if (this.halfSpace && !this.above && orientation < 0) applyTool.select$com_vzome_core_model_Manifestation(man);
12426    } else if (this.includeStruts && (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0))) {
12427      const o1 = this.orient(man.getLocation());
12428      const o2 = this.orient(man.getEnd());
12429      if (this.includePartials) {
12430        if (!this.boundaryOpen && (o1 === 0 || o2 === 0)) applyTool.select$com_vzome_core_model_Manifestation(man);
12431        else if (this.halfSpace) {
12432          if (this.above && (o1 > 0 || o2 > 0)) applyTool.select$com_vzome_core_model_Manifestation(man);
12433          else if (!this.above && (o1 < 0 || o2 < 0)) applyTool.select$com_vzome_core_model_Manifestation(man);
12434        }
12435      } else {
12436        if (!this.halfSpace && o1 === 0 && o2 === 0) applyTool.select$com_vzome_core_model_Manifestation(man);
12437        else if (this.halfSpace) {
12438          if (this.boundaryOpen) {
12439            if (this.above && (o1 > 0 && o2 > 0)) applyTool.select$com_vzome_core_model_Manifestation(man);
12440            else if (!this.above && (o1 < 0 && o2 < 0)) applyTool.select$com_vzome_core_model_Manifestation(man);
12441          } else {
12442            if (this.above && (o1 >= 0 && o2 >= 0)) applyTool.select$com_vzome_core_model_Manifestation(man);

12443            else if (!this.above && (o1 <= 0 && o2 <= 0)) applyTool.select$com_vzome_core_model_Manifestation(man);
12444          }
12445        }
12446      }
12447    }
12448    applyTool.redo();
12449  }
12450  /*private*/
12451  orient(point) {
12452    const diff = point.minus(this.anchor);
12453    const v = new Vector3d(diff);
12454    const volume = this.plane.outer(v);
12455    if (volume.isZero()) return 0;
12456    else {
12457      const volD = volume.evaluate();
12458      return volD > 0 ? 1 : -1;
12459    }
12460  }
12461  /**
12462   * 
12463   */
12464  redo() {
12465  }
12466  /**
12467   * 
12468   */
12469  undo() {
12470  }
12471  /**
12472   * 
12473   * @return {string}
12474   */
12475  getXmlElementName() {
12476    return "PlaneSelectionTool";
12477  }
12478  /**
12479   * 
12480   * @param {*} element
12481   */
12482  getXmlAttributes(element) {
12483    element.setAttribute("name", this.getId());
12484  }
12485  /**
12486   * 
12487   * @param {*} element
12488   * @param {XmlSaveFormat} format
12489   */
12490  setXmlAttributes(element, format) {
12491    super.setXmlAttributes(element, format);
12492    this.includeBalls = !("false" === element.getAttribute("balls"));
12493    this.includeStruts = !("false" === element.getAttribute("struts"));
12494    this.includePanels = "true" === element.getAttribute("panels");
12495    this.includePartials = "any" === element.getAttribute("vertices");
12496    this.boundaryOpen = "true" === element.getAttribute("open");
12497    const halfSpace = element.getAttribute("halfSpace");
12498    if ("above" === halfSpace) {
12499      this.halfSpace = true;
12500      this.above = true;
12501    } else if ("below" === halfSpace) {
12502      this.halfSpace = true;
12503      this.above = false;
12504    } else {
12505      this.halfSpace = false;
12506      this.boundaryOpen = false;
12507    }
12508  }
12509  /**
12510   * 
12511   * @return {string}
12512   */
12513  getCategory() {
12514    return "plane";
12515  }
12516  getDefaultName() {
12517    return "plane";
12518  }
12519  /**
12520   * 
12521   * @param {boolean} prepareTool
12522   * @return {string}
12523   */
12524  checkSelection(prepareTool) {
12525    return null;
12526  }
12527};
12528PlaneSelectionTool["__class"] = "com.vzome.core.tools.PlaneSelectionTool";
12529PlaneSelectionTool["__interfaces"] = ["com.vzome.api.Tool"];
12530

12531// src/worker/legacy/from-java/com/vzome/core/tools/PlaneSelectionToolFactory.ts
12532var PlaneSelectionToolFactory = class extends AbstractToolFactory {
12533  constructor(tools) {
12534    super(tools, null, "plane", "", "");
12535  }
12536  /**
12537   * 
12538   * @param {number} total
12539   * @param {number} balls
12540   * @param {number} struts
12541   * @param {number} panels
12542   * @return {boolean}
12543   */
12544  countsAreValid(total, balls, struts, panels) {
12545    return total === 3 && balls === 3;
12546  }
12547  /**
12548   * 
12549   * @param {string} id
12550   * @return {Tool}
12551   */
12552  createToolInternal(id) {
12553    return new PlaneSelectionTool(id, this.getToolsModel());
12554  }
12555  /**
12556   * 
12557   * @param {*} selection
12558   * @return {boolean}
12559   */
12560  bindParameters(selection) {
12561    return true;
12562  }
12563};
12564PlaneSelectionToolFactory["__class"] = "com.vzome.core.tools.PlaneSelectionToolFactory";
12565PlaneSelectionToolFactory["__interfaces"] = ["com.vzome.core.editor.SelectionSummary.Listener", "com.vzome.api.Tool.Factory"];
12566

12567// src/worker/legacy/from-java/com/vzome/core/kinds/DefaultFieldApplication.ts
12568var DefaultFieldApplication = class {
12569  constructor(field5) {
12570    if (this.field === void 0) {
12571      this.field = null;
12572    }
12573    if (this.octahedralPerspective === void 0) {
12574      this.octahedralPerspective = null;
12575    }
12576    this.groups4d = new java.util.HashMap();
12577    this.pointsymm = new CommandCentralSymmetry();
12578    this.mirrorsymm = new CommandMirrorSymmetry();
12579    this.translate = new CommandTranslate();
12580    this.centroid = new CommandCentroid();
12581    this.hideball = new CommandHide();
12582    this.hide = new CommandHide();
12583    this.panel = new CommandPolygon();
12584    this.midpoint = new CommandMidpoint();
12585    this.field = field5;
12586  }
12587  /**
12588   * 
12589   * @return {string}
12590   */
12591  getName() {
12592    return this.field.getName();
12593  }
12594  /**
12595   * 
12596   * @return {string}
12597   */
12598  getLabel() {
12599    return null;
12600  }
12601  /**
12602   * 
12603   * @return {*}
12604   */
12605  getField() {
12606    return this.field;
12607  }
12608  /**
12609   * 
12610   * @return {*}
12611   */
12612  getDefaultSymmetryPerspective() {
12613    return this.getSymmetryPerspective("octahedral");
12614  }
12615  /**
12616   * 
12617   * @return {*}
12618   */
12619  getSymmetryPerspectives() {
12620    return java.util.Arrays.asList(this.getDefaultSymmetryPerspective());
12621  }
12622  /**
12623   * 
12624   * @param {string} symmName
12625   * @return {*}
12626   */
12627  getSymmetryPerspective(symmName) {
12628    switch (symmName) {
12629      case "octahedral":
12630        if (this.octahedralPerspective == null) {
12631          this.octahedralPerspective = new OctahedralSymmetryPerspective(this.field);
12632        }
12633        return this.octahedralPerspective;
12634      default:
12635        return null;
12636    }
12637  }
12638  /**
12639   * 
12640   * @param {string} name
12641   * @return {QuaternionicSymmetry}
12642   */
12643  getQuaternionSymmetry(name) {
12644    return null;
12645  }
12646  /**
12647   * 
12648   * @param {*} toolFactories
12649   * @param {ToolsModel} tools
12650   */
12651  registerToolFactories(toolFactories, tools) {
12652    toolFactories.put("SymmetryTool", new OctahedralToolFactory(tools, null));
12653    toolFactories.put("RotationTool", new RotationToolFactory(tools, null));
12654    toolFactories.put("ScalingTool", new ScalingToolFactory(tools, null));
12655    toolFactories.put("InversionTool", new InversionToolFactory(tools));
12656    toolFactories.put("LineReflectionTool", new LineReflectionToolFactory(tools));
12657    toolFactories.put("MirrorTool", new MirrorToolFactory(tools));
12658    toolFactories.put("TranslationTool", new TranslationToolFactory(tools));
12659    toolFactories.put("ProjectionTool", new ProjectionToolFactory(tools));
12660    toolFactories.put("PerspectiveProjectionTool", new PerspectiveProjectionToolFactory(tools));
12661    toolFactories.put("BookmarkTool", new BookmarkToolFactory(tools));
12662    toolFactories.put("LinearTransformTool", new LinearMapToolFactory(tools, null, false));
12663    toolFactories.put("LinearMapTool", new LinearMapToolFactory(tools, null, true));
12664    toolFactories.put("ModuleTool", new ModuleToolFactory(tools));
12665    toolFactories.put("PlaneSelectionTool", new PlaneSelectionToolFactory(tools));
12666  }
12667  /**
12668   * 
12669   * @param {string} groupName
12670   * @param {number} index
12671   * @param {number} edgesToRender
12672   * @param {AlgebraicNumber[]} edgeScales
12673   * @param {*} listener
12674   */
12675  constructPolytope(groupName, index, edgesToRender, edgeScales, listener) {
12676    let group = this.groups4d.get(groupName);
12677    if (group == null) {
12678      switch (groupName) {
12679        case "A4":
12680          group = new A4Group(this.field);
12681          break;
12682        case "D4":
12683          group = new D4Group(this.field);
12684          break;
12685        case "F4":
12686          group = new F4Group(this.field);
12687          break;
12688        default:
12689          group = new B4Group(this.field);
12690          break;
12691      }
12692      this.groups4d.put(groupName, group);
12693    }
12694    WythoffConstruction.constructPolytope(group, index, edgesToRender, edgeScales, group, listener);
12695  }
12696  /**
12697   * 
12698   * @param {string} action
12699   * @return {*}
12700   */
12701  getLegacyCommand(action) {
12702    switch (action) {
12703      case "pointsymm":
12704        return this.pointsymm;
12705      case "mirrorsymm":
12706        return this.mirrorsymm;
12707      case "translate":
12708        return this.translate;
12709      case "centroid":
12710        return this.centroid;
12711      case "hideball":
12712        return this.hideball;
12713      case "hide":
12714        return this.hide;
12715      case "panel":
12716        return this.panel;
12717      case "midpoint":
12718        return this.midpoint;
12719      case "octasymm":
12720        return this.getDefaultSymmetryPerspective().getLegacyCommand(action);
12721      default:
12722        return null;
12723    }
12724  }
12725};
12726DefaultFieldApplication["__class"] = "com.vzome.core.kinds.DefaultFieldApplication";
12727DefaultFieldApplication["__interfaces"] = ["com.vzome.core.math.symmetry.Symmetries4D", "com.vzome.core.editor.FieldApplication"];
12728

12729// src/worker/legacy/from-java/com/vzome/core/algebra/EdPeggField.ts
12730var EdPeggField = class _EdPeggField extends ParameterizedField {
12731  static {
12732    this.FIELD_NAME = "edPegg";
12733  }
12734  /**
12735   * 
12736   * @return {double[]} the coefficients of an EdPeggField.
12737   * This can be used to determine when two fields have compatible coefficients
12738   * without having to generate an instance of the class.
12739   */
12740  static getFieldCoefficients() {
12741    const a = 1.76929235423863;
12742    return [1, a, a * a];
12743  }
12744  /**
12745   * 
12746   * @return {number}
12747   */
12748  getNumMultipliers() {
12749    return 1;
12750  }
12751  /**
12752   * 
12753   * @return {double[]}
12754   */
12755  getCoefficients() {
12756    return _EdPeggField.getFieldCoefficients();
12757  }
12758  constructor(factory) {
12759    super(_EdPeggField.FIELD_NAME, 3, factory);
12760    this.initialize();
12761  }
12762  /**
12763   * 
12764   */
12765  initializeCoefficients() {
12766    const temp = this.getCoefficients();
12767    let i = 0;
12768    for (let index = 0; index < temp.length; index++) {
12769      let coefficient = temp[index];
12770      {
12771        this.coefficients[i++] = coefficient;
12772      }
12773    }
12774  }
12775  /**
12776   * 
12777   */
12778  initializeMultiplicationTensor() {
12779    const mt = [[[1, 0, 0], [0, 0, 2], [0, 2, 0]], [[0, 1, 0], [1, 0, 2], [0, 2, 2]], [[0, 0, 1], [0, 1, 0], [1, 0, 2]]];
12780    this.multiplicationTensor = mt;
12781  }
12782  /**
12783   * 
12784   */
12785  initializeLabels() {
12786    this.irrationalLabels[1] = ["\u03B5", "epsilon"];
12787    this.irrationalLabels[2] = ["\u03B5\xB2", "epsilon^2"];
12788  }
12789};
12790EdPeggField["__class"] = "com.vzome.core.algebra.EdPeggField";
12791EdPeggField["__interfaces"] = ["com.vzome.core.algebra.AlgebraicField"];
12792

12793// src/worker/legacy/from-java/com/vzome/core/editor/Branch.ts
12794var Branch = class _Branch extends UndoableEdit {
12795  constructor(context) {
12796    super();
12797    if (this.context === void 0) {
12798      this.context = null;
12799    }
12800    this.edits = new java.util.ArrayList();
12801    if (this.format === void 0) {
12802      this.format = null;
12803    }
12804    if (this.xml === void 0) {
12805      this.xml = null;
12806    }
12807    this.context = context;
12808  }
12809  /**
12810   * 
12811   * @return {boolean}
12812   */
12813  isNoOp() {
12814    return false;
12815  }
12816  addEdit(edit) {
12817    this.edits.add(edit);
12818  }
12819  /**
12820   * 
12821   * @return {boolean}
12822   */
12823  isDestructive() {
12824    return false;
12825  }
12826  /**
12827   * 
12828   */
12829  perform() {
12830    const toUndo = new java.util.Stack();
12831    const nodes = this.xml.getChildNodes();
12832    for (let i = 0; i < nodes.getLength(); i++) {
12833      {
12834        const kid = nodes.item(i);
12835        if (kid != null && (kid.constructor != null && kid.constructor["__interfaces"] != null && kid.constructor["__interfaces"].indexOf("org.w3c.dom.Element") >= 0)) {
12836          const editElem = kid;
12837          const edit = this.context.createEdit(editElem);
12838          this.addEdit(edit);
12839          edit.loadAndPerform(editElem, this.format, new _Branch.Branch$0(this, toUndo));
12840        }
12841      }
12842      ;
12843    }
12844    while (!toUndo.isEmpty()) {
12845      {
12846        const edit = toUndo.pop();
12847        edit.undo();
12848      }
12849    }
12850    ;
12851  }
12852  /**
12853   * 
12854   */
12855  undo() {
12856  }
12857  /**
12858   * 
12859   */
12860  redo() {
12861  }
12862  /**
12863   * 
12864   * @param {*} props
12865   */
12866  configure(props) {
12867  }
12868  /**
12869   * 
12870   * @return {boolean}
12871   */
12872  isVisible() {
12873    return false;
12874  }
12875  /**
12876   * 
12877   * @param {*} doc
12878   * @return {*}
12879   */
12880  getXml(doc) {
12881    const branch = doc.createElement("Branch");
12882    for (let index = this.edits.iterator(); index.hasNext(); ) {
12883      let edit = index.next();
12884      {
12885        branch.appendChild(edit.getXml(doc));
12886      }
12887    }
12888    return branch;
12889  }
12890  /**
12891   * 
12892   * @param {*} doc
12893   * @return {*}
12894   */
12895  getDetailXml(doc) {
12896    const branch = doc.createElement("Branch");
12897    for (let index = this.edits.iterator(); index.hasNext(); ) {
12898      let edit = index.next();
12899      {
12900        branch.appendChild(edit.getDetailXml(doc));
12901      }
12902    }
12903    return branch;
12904  }
12905  /**
12906   * 
12907   * @param {*} xml
12908   * @param {XmlSaveFormat} format
12909   * @param {*} context
12910   */
12911  loadAndPerform(xml, format, context) {
12912    this.xml = xml;
12913    this.format = format;
12914    context.performAndRecord(this);
12915  }
12916  /**
12917   * 
12918   * @return {boolean}
12919   */
12920  isSticky() {
12921    return true;
12922  }
12923};
12924Branch["__class"] = "com.vzome.core.editor.Branch";
12925((Branch2) => {
12926  class Branch$0 {
12927    constructor(__parent, toUndo) {
12928      this.toUndo = toUndo;
12929      this.__parent = __parent;
12930    }
12931    /**
12932     * 
12933     * @param {UndoableEdit} edit
12934     */
12935    performAndRecord(edit) {
12936      try {
12937        edit.perform();
12938      } catch (e) {
12939        throw new java.lang.RuntimeException(e);
12940      }
12941      this.toUndo.push(edit);
12942    }
12943    /**
12944     * 
12945     * @param {*} xml
12946     * @return {UndoableEdit}
12947     */
12948    createEdit(xml) {
12949      return this.__parent.context.createEdit(xml);
12950    }
12951    /**
12952     * 
12953     * @param {string} cmdName
12954     * @return {*}
12955     */
12956    createLegacyCommand(cmdName) {
12957      return this.__parent.context.createLegacyCommand(cmdName);
12958    }
12959    /**
12960     * 
12961     * @param {string} action
12962     * @param {*} props
12963     * @return {boolean}
12964     */
12965    doEdit(action, props) {
12966      return false;
12967    }
12968  }
12969  Branch2.Branch$0 = Branch$0;
12970  Branch$0["__interfaces"] = ["com.vzome.core.editor.api.Context"];
12971})(Branch || (Branch = {}));
12972

12973// src/worker/legacy/from-java/com/vzome/xml/LocationData.ts
12974var LocationData = class {
12975  static {
12976    this.LOCATION_DATA_KEY = "locationDataKey";
12977  }
12978  constructor(systemId, startLine, startColumn, endLine, endColumn) {
12979    if (this.systemId === void 0) {
12980      this.systemId = null;
12981    }
12982    if (this.startLine === void 0) {
12983      this.startLine = 0;
12984    }
12985    if (this.startColumn === void 0) {
12986      this.startColumn = 0;
12987    }
12988    if (this.endLine === void 0) {
12989      this.endLine = 0;
12990    }
12991    if (this.endColumn === void 0) {
12992      this.endColumn = 0;
12993    }
12994    this.systemId = systemId;
12995    this.startLine = startLine;
12996    this.startColumn = startColumn;
12997    this.endLine = endLine;
12998    this.endColumn = endColumn;
12999  }
13000  getSystemId() {
13001    return this.systemId;
13002  }
13003  getStartLine() {
13004    return this.startLine;
13005  }
13006  getStartColumn() {
13007    return this.startColumn;
13008  }
13009  getEndLine() {
13010    return this.endLine;
13011  }
13012  getEndColumn() {
13013    return this.endColumn;
13014  }
13015  /**
13016   * 
13017   * @return {string}
13018   */
13019  toString() {
13020    return this.getSystemId() + "[line " + this.startLine + ":" + this.startColumn + " to line " + this.endLine + ":" + this.endColumn + "]";
13021  }
13022};
13023LocationData["__class"] = "com.vzome.xml.LocationData";
13024

13025// src/worker/legacy/from-java/com/vzome/core/editor/EditHistory.ts
13026var EditHistory = class _EditHistory {
13027  static logger_$LI$() {
13028    if (_EditHistory.logger == null) {
13029      _EditHistory.logger = java.util.logging.Logger.getLogger("com.vzome.core.EditHistory");
13030    }
13031    return _EditHistory.logger;
13032  }
13033  static breakpointLogger_$LI$() {
13034    if (_EditHistory.breakpointLogger == null) {
13035      _EditHistory.breakpointLogger = java.util.logging.Logger.getLogger("com.vzome.core.editor.Breakpoint");
13036    }
13037    return _EditHistory.breakpointLogger;
13038  }
13039  setListener(listener) {
13040    this.listener = listener;
13041  }
13042  setSerializer(serializer) {
13043    this.serializer = serializer;
13044  }
13045  addEdit(edit, context) {
13046    if (!edit.isDestructive()) {
13047      this.mEdits.add(this.mEditNumber, edit);
13048      ++this.mEditNumber;
13049      return;
13050    }
13051    if (this.mEditNumber < this.mEdits.size()) {
13052      let makeBranch = false;
13053      let lastStickyEdit = this.mEditNumber - 1;
13054      let deadEditIndex = this.mEditNumber;
13055      for (const deadEdits = this.mEdits.listIterator(this.mEditNumber); deadEdits.hasNext(); ) {
13056        {
13057          const dead = deadEdits.next();
13058          if (dead.isSticky()) {
13059            makeBranch = true;
13060            lastStickyEdit = deadEditIndex;
13061          }
13062          ++deadEditIndex;
13063        }
13064        ;
13065      }
13066      const branch = makeBranch ? new Branch(context) : null;
13067      deadEditIndex = this.mEditNumber;
13068      for (const deadEdits = this.mEdits.listIterator(this.mEditNumber); deadEdits.hasNext(); ) {
13069        {
13070          const removed = deadEdits.next();
13071          deadEdits.remove();
13072          if (deadEditIndex <= lastStickyEdit) {
13073            branch.addEdit(removed);
13074          }
13075          ++deadEditIndex;
13076        }
13077        ;
13078      }
13079      if (makeBranch) {
13080        this.mEdits.add(branch);
13081        ++this.mEditNumber;
13082      }
13083    }
13084    this.mEdits.add(edit);
13085    ++this.mEditNumber;
13086  }
13087  undoAll() {
13088    let last = null;
13089    do {
13090      {
13091        const edit = this.undo$();
13092        if (edit == null) break;
13093        last = edit;
13094      }
13095    } while (true);
13096    this.listener.publishChanges();
13097    return last;
13098  }
13099  undoToManifestation(man) {
13100    let edit = null;
13101    do {
13102      {
13103        edit = this.undo$();
13104        if (edit == null) break;
13105        if (edit != null && edit instanceof ChangeManifestations && edit.showsManifestation(man)) {
13106          break;
13107        }
13108      }
13109    } while (true);
13110    this.listener.publishChanges();
13111    return edit;
13112  }
13113  redoToBreakpoint() {
13114    let edit = this.redo$();
13115    if (edit == null) return edit;
13116    do {
13117      {
13118        if (this.atBreakpoint()) break;
13119        edit = this.redo$();
13120        if (edit == null) break;
13121      }
13122    } while (true);
13123    this.listener.publishChanges();
13124    return edit;
13125  }
13126  atBreakpoint() {
13127    if (this.mEditNumber === this.mEdits.size()) return false;
13128    const edit = this.mEdits.get(this.mEditNumber);
13129    return edit.hasBreakpoint();
13130  }
13131  setBreakpoints(lineNumbers) {
13132    java.util.Arrays.sort(lineNumbers);
13133    let index = 0;
13134    let lineNumber = lineNumbers[index];
13135    for (let index1 = this.mEdits.iterator(); index1.hasNext(); ) {
13136      let edit = index1.next();
13137      {
13138        const startLine = edit.getLineNumber();
13139        if (startLine !== 0 && startLine >= lineNumber) {
13140          edit.setBreakpoint(true);
13141          ++index;
13142          if (index < lineNumbers.length) lineNumber = lineNumbers[index];
13143          else lineNumber = javaemul.internal.IntegerHelper.MAX_VALUE;
13144        } else {
13145          edit.setBreakpoint(false);
13146        }
13147      }
13148    }
13149  }
13150  getBreakpoints() {
13151    const result = new java.util.ArrayList();
13152    for (let index = this.mEdits.iterator(); index.hasNext(); ) {
13153      let edit = index.next();
13154      {
13155        if (edit.hasBreakpoint()) result.add(edit.getLineNumber());
13156      }
13157    }
13158    return result;
13159  }
13160  redoAll(breakpoint) {
13161    let last = null;
13162    this.breakpointHit = false;
13163    do {
13164      {
13165        const edit = this.redo$();
13166        if (edit == null) break;
13167        last = edit;
13168        if (this.breakpointHit) {
13169          this.breakpointHit = false;

13170          break;
13171        }
13172      }
13173    } while (breakpoint === -1 || this.mEditNumber < breakpoint);
13174    this.listener.publishChanges();
13175    return last;
13176  }
13177  goToEdit(editNum) {
13178    if (editNum === -1) editNum = this.mEdits.size();
13179    if (editNum === this.mEditNumber) return;
13180    while (this.mEditNumber < editNum) {
13181      {
13182        if (this.mEditNumber === this.mEdits.size()) break;
13183        const undoable = this.mEdits.get(this.mEditNumber++);
13184        undoable.redo();
13185      }
13186    }
13187    ;
13188    while (this.mEditNumber > editNum) {
13189      {
13190        if (this.mEditNumber === 0) break;
13191        const undoable = this.mEdits.get(--this.mEditNumber);
13192        undoable.undo();
13193      }
13194    }
13195    ;
13196    this.listener.publishChanges();
13197  }
13198  undo$() {
13199    return this.undo$boolean(true);
13200  }
13201  undo$boolean(useBlocks) {
13202    if (this.mEditNumber === 0) return null;
13203    const undoable = this.mEdits.get(--this.mEditNumber);
13204    if (useBlocks && (undoable != null && undoable instanceof EndBlock)) return this.undoBlock();
13205    undoable.undo();
13206    _EditHistory.logger_$LI$().fine("undo: " + undoable.toString());
13207    if (undoable != null && undoable instanceof BeginBlock) return undoable;
13208    if (!undoable.isVisible()) return this.undo$();
13209    this.listener.publishChanges();
13210    return undoable;
13211  }
13212  undo(useBlocks) {
13213    if (typeof useBlocks === "boolean" || useBlocks === null) {
13214      return this.undo$boolean(useBlocks);
13215    } else if (useBlocks === void 0) {
13216      return this.undo$();
13217    } else throw new Error("invalid overload");
13218  }
13219  undoBlock() {
13220    let undone;
13221    do {
13222      {
13223        undone = this.undo$();
13224      }
13225    } while (!(undone != null && undone instanceof BeginBlock));
13226    return undone;
13227  }
13228  getNextLineNumber() {
13229    if (this.mEdits.isEmpty()) return 3;
13230    let editNumber = this.mEditNumber;
13231    if (editNumber >= this.mEdits.size()) editNumber = this.mEdits.size() - 1;
13232    const undoable = this.mEdits.get(editNumber);
13233    if (undoable != null && undoable instanceof _EditHistory.DeferredEdit) return undoable.getLineNumber();
13234    else return 0;
13235  }
13236  redo$() {
13237    return this.redo$boolean(true);
13238  }
13239  redo$boolean(useBlocks) {
13240    if (this.mEditNumber === this.mEdits.size()) return null;
13241    const undoable = this.mEdits.get(this.mEditNumber++);
13242    if (useBlocks && (undoable != null && undoable instanceof BeginBlock)) return this.redoBlock();
13243    try {
13244      if (_EditHistory.logger_$LI$().isLoggable(java.util.logging.Level.FINE)) _EditHistory.logger_$LI$().fine("redo: " + undoable.toString());
13245      undoable.redo();
13246    } catch (e) {
13247      if (_EditHistory.logger_$LI$().isLoggable(java.util.logging.Level.WARNING)) _EditHistory.logger_$LI$().warning("edit number that failed is " + (this.mEditNumber - 1));
13248      throw e;
13249    }
13250    if (undoable != null && undoable instanceof EndBlock) return undoable;
13251    if (!undoable.isVisible()) return this.redo$();
13252    this.listener.publishChanges();
13253    return undoable;
13254  }
13255  redo(useBlocks) {
13256    if (typeof useBlocks === "boolean" || useBlocks === null) {
13257      return this.redo$boolean(useBlocks);
13258    } else if (useBlocks === void 0) {
13259      return this.redo$();
13260    } else throw new Error("invalid overload");
13261  }
13262  redoBlock() {
13263    let lastSuccessfulRedo = "none";
13264    const startingEditNumber = this.mEditNumber;
13265    let redone;
13266    do {
13267      {
13268        redone = this.redo$();
13269        if (redone == null) {
13270          throw new java.lang.IllegalStateException("All " + this.mEditNumber + " edits have been redone without reaching an EndBlock. Starting edit number was " + startingEditNumber + ". Last successful redo was " + lastSuccessfulRedo + ". ");
13271        }
13272        lastSuccessfulRedo = /* getSimpleName */
13273        ((c) => typeof c === "string" ? c.substring(c.lastIndexOf(".") + 1) : c["__class"] ? c["__class"].substring(c["__class"].lastIndexOf(".") + 1) : c["name"].substring(c["name"].lastIndexOf(".") + 1))(redone.constructor);
13274        if (_EditHistory.logger_$LI$().isLoggable(java.util.logging.Level.FINE)) {
13275          const msg = "redoBlock is redoing edits from " + startingEditNumber + ". Current edit number is " + this.mEditNumber + ". Last redone was " + lastSuccessfulRedo;
13276          _EditHistory.logger_$LI$().fine(msg);
13277        }
13278      }
13279    } while (!(redone != null && redone instanceof EndBlock));
13280    return redone;
13281  }
13282  getDetailXml(doc) {
13283    const result = doc.createElement("EditHistoryDetails");
13284    DomUtils.addAttribute(
13285      result,
13286      "editNumber",
13287      /* toString */
13288      "" + this.mEditNumber
13289    );
13290    let edits = 0;
13291    let lastStickyEdit = -1;
13292    for (let index = this.iterator(); index.hasNext(); ) {
13293      let undoable = index.next();
13294      {
13295        const edit = undoable.getDetailXml(doc);
13296        ++edits;
13297        DomUtils.addAttribute(
13298          edit,
13299          "editNumber",
13300          /* toString */
13301          "" + edits
13302        );
13303        if (_EditHistory.logger_$LI$().isLoggable(java.util.logging.Level.FINEST)) _EditHistory.logger_$LI$().finest("side-effect: " + this.serializer.serialize(edit));
13304        result.appendChild(edit);
13305        if (undoable.isSticky()) lastStickyEdit = edits;
13306      }
13307    }
13308    result.setAttribute(
13309      "lastStickyEdit",
13310      /* toString */
13311      "" + lastStickyEdit
13312    );
13313    return result;
13314  }
13315  getXml(doc) {
13316    const result = doc.createElement("EditHistory");
13317    DomUtils.addAttribute(
13318      result,
13319      "editNumber",
13320      /* toString */
13321      "" + this.mEditNumber
13322    );
13323    return result;
13324  }
13325  mergeSelectionChanges() {

13326    let cursor = this.mEditNumber;
13327    if (cursor === 0) return;
13328    --cursor;
13329    const above = this.mEdits.get(cursor);
13330    if (above != null && above instanceof ChangeManifestations) return;
13331    if (!(above != null && above instanceof ChangeSelection)) return;
13332    if (cursor === 0) return;
13333    --cursor;
13334    const below = this.mEdits.get(cursor);
13335    if (below != null && below instanceof ChangeManifestations) return;
13336    if (below != null && below instanceof ChangeSelection) {
13337      let bracket = new BeginBlock(null);
13338      this.mEdits.add(cursor, bracket);
13339      bracket = new EndBlock(null);
13340      this.mEdits.add(bracket);
13341      this.mEditNumber += 2;
13342    } else if (below != null && below instanceof EndBlock) {
13343      let scan = cursor - 1;
13344      const done = false;
13345      while (!done) {
13346        {
13347          const next = this.mEdits.get(scan);
13348          if (next != null && next instanceof ChangeManifestations) return;
13349          if (next != null && next instanceof ChangeSelection) --scan;
13350          else if (next != null && next instanceof BeginBlock) {
13351            this.mEdits.remove(above);
13352            this.mEdits.add(cursor, above);
13353            return;
13354          } else return;
13355        }
13356      }
13357      ;
13358    }
13359  }
13360  replaceEdit(oldEdit, newEdit) {
13361    this.mEdits.set(this.mEdits.indexOf(oldEdit), newEdit);
13362  }
13363  /**
13364   * This is used during DeferredEdit .redo(), possibly to migrate one UndoableEdit into several.
13365   * It must maintain the invariant that the next UndoableEdit is the next DeferredEdit to redo.
13366   * @param {UndoableEdit} edit
13367   */
13368  insert(edit) {
13369    this.mEdits.add(this.mEditNumber++, edit);
13370  }
13371  /**
13372   * Redo to greater of lastStickyEdit and lastDoneEdit, undo back to lastDoneEdit.
13373   * If there are explicitSnapshots, this is a migration of an old Article, using edit
13374   * numbers, and we have to redo as far as the last one, inserting snapshots as we go.
13375   * Note that lastStickyEdit and explicitSnapshots are mutually exclusive, after and before
13376   * migration, respectively.
13377   * 
13378   * @param {number} lastDoneEdit
13379   * @param {number} lastStickyEdit
13380   * @param {UndoableEdit[]} explicitSnapshots
13381   * @throws Failure
13382   */
13383  synchronize(lastDoneEdit, lastStickyEdit, explicitSnapshots) {
13384    let redoThreshold = Math.max(lastDoneEdit, lastStickyEdit);
13385    if (explicitSnapshots != null) redoThreshold = Math.max(redoThreshold, explicitSnapshots.length - 1);
13386    this.mEditNumber = 0;
13387    let targetEdit = 0;
13388    const toRedo = new java.util.ArrayList();
13389    for (let i = 0; i < redoThreshold; i++) {
13390      if (i < this.mEdits.size()) toRedo.add(this.mEdits.get(i));
13391      else break;
13392      ;
13393    }
13394    for (let oldIndex = 0; oldIndex < toRedo.size(); oldIndex++) {
13395      {
13396        const edit = toRedo.get(oldIndex);
13397        try {
13398          if (explicitSnapshots != null && explicitSnapshots.length > oldIndex && explicitSnapshots[oldIndex] != null) {
13399            const snapshot = explicitSnapshots[oldIndex];
13400            this.mEdits.add(this.mEditNumber, snapshot);
13401            if (this.mEditNumber <= lastDoneEdit) ++lastDoneEdit;
13402            ++this.mEditNumber;
13403            snapshot.perform();
13404          }
13405          ++this.mEditNumber;
13406          edit.redo();
13407          if (oldIndex + 1 === lastDoneEdit) targetEdit = this.mEditNumber;
13408        } catch (e) {
13409          if (_EditHistory.logger_$LI$().isLoggable(java.util.logging.Level.WARNING)) _EditHistory.logger_$LI$().warning("edit number that failed is " + (this.mEditNumber - 1));
13410          const t = null;
13411          if (t != null && t instanceof Command.Failure) throw t;
13412          else throw e;
13413        }
13414      }
13415      ;
13416    }
13417    if (explicitSnapshots != null && explicitSnapshots.length > redoThreshold && explicitSnapshots[redoThreshold] != null) {
13418      const snapshot = explicitSnapshots[redoThreshold];
13419      this.mEdits.add(this.mEditNumber, snapshot);
13420      ++this.mEditNumber;
13421      snapshot.perform();
13422    }
13423    this.goToEdit(targetEdit);
13424  }
13425  loadEdit(format, editElem, context) {
13426    const edit = new _EditHistory.DeferredEdit(this, format, editElem, context);
13427    this.addEdit(edit, context);
13428  }
13429  /**
13430   * 
13431   * @return {*}
13432   */
13433  iterator() {
13434    return this.mEdits.iterator();
13435  }
13436  getEditNumber() {
13437    return this.mEditNumber;
13438  }
13439  constructor() {
13440    this.mEdits = new java.util.ArrayList();
13441    this.mEditNumber = 0;
13442    this.breakpointHit = false;

13443    if (this.listener === void 0) {
13444      this.listener = null;
13445    }
13446    if (this.serializer === void 0) {
13447      this.serializer = null;
13448    }
13449  }
13450};
13451EditHistory["__class"] = "com.vzome.core.editor.EditHistory";
13452EditHistory["__interfaces"] = ["java.lang.Iterable"];
13453((EditHistory2) => {
13454  class Breakpoint extends UndoableEdit {
13455    /**
13456     * 
13457     * @param {*} doc
13458     * @return {*}
13459     */
13460    getXml(doc) {
13461      return doc.createElement("Breakpoint");
13462    }
13463    /**
13464     * 
13465     * @return {boolean}
13466     */
13467    isNoOp() {
13468      return false;
13469    }
13470    /**
13471     * 
13472     * @return {boolean}
13473     */
13474    isVisible() {
13475      return true;
13476    }
13477    /**
13478     * 
13479     * @param {*} xml
13480     * @param {XmlSaveFormat} format
13481     * @param {*} context
13482     */
13483    loadAndPerform(xml, format, context) {
13484      context.performAndRecord(this);
13485    }
13486    /**
13487     * 
13488     */
13489    perform() {
13490      EditHistory2.breakpointLogger_$LI$().info("hit a Breakpoint at " + this.__parent.mEditNumber);
13491      this.__parent.breakpointHit = true;
13492    }
13493    /**
13494     * 
13495     */
13496    redo() {
13497      this.perform();
13498    }
13499    /**
13500     * 
13501     */
13502    undo() {
13503    }
13504    /**
13505     * 
13506     * @param {*} props
13507     */
13508    configure(props) {
13509    }
13510    /**
13511     * 
13512     * @return {boolean}
13513     */
13514    isSticky() {
13515      return false;
13516    }
13517    /**
13518     * 
13519     * @return {boolean}
13520     */
13521    isDestructive() {
13522      return false;
13523    }
13524    /**
13525     * 
13526     * @param {*} doc
13527     * @return {*}
13528     */
13529    getDetailXml(doc) {
13530      return this.getXml(doc);
13531    }
13532    constructor(__parent) {
13533      super();
13534      this.__parent = __parent;
13535    }
13536  }
13537  EditHistory2.Breakpoint = Breakpoint;
13538  Breakpoint["__class"] = "com.vzome.core.editor.EditHistory.Breakpoint";
13539  class DeferredEdit extends UndoableEdit {
13540    constructor(__parent, format, editElem, context) {
13541      super();
13542      this.__parent = __parent;
13543      if (this.format === void 0) {
13544        this.format = null;
13545      }
13546      if (this.xml === void 0) {
13547        this.xml = null;
13548      }
13549      if (this.context === void 0) {
13550        this.context = null;
13551      }
13552      this.isBreakpoint = false;
13553      this.format = format;
13554      this.xml = editElem;
13555      this.context = context;
13556    }
13557    /**
13558     * 
13559     * @param {boolean} value
13560     */
13561    setBreakpoint(value) {
13562      this.isBreakpoint = value;
13563    }
13564    /**
13565     * 
13566     * @return {boolean}
13567     */
13568    hasBreakpoint() {
13569      return this.isBreakpoint;
13570    }
13571    /**
13572     * 
13573     * @return {boolean}
13574     */
13575    isNoOp() {
13576      return false;
13577    }
13578    /**
13579     * 
13580     * @return {number}
13581     */
13582    getLineNumber() {
13583      const locationData = this.xml.getUserData(LocationData.LOCATION_DATA_KEY);
13584      if (locationData != null) return locationData.getStartLine();
13585      else return 0;
13586    }
13587    /**
13588     * 
13589     * @param {*} doc
13590     * @return {*}
13591     */
13592    getXml(doc) {
13593      return (
13594        /* equals */
13595        ((o1, o2) => {
13596          if (o1 && o1.equals) {
13597            return o1.equals(o2);
13598          } else {
13599            return o1 === o2;
13600          }
13601        })(doc, this.xml.getOwnerDocument()) ? this.xml : doc.importNode(this.xml, true)
13602      );
13603    }
13604    /**
13605     * 
13606     * @return {boolean}
13607     */
13608    isVisible() {
13609      return true;
13610    }
13611    /**
13612     * 
13613     * @return {boolean}
13614     */
13615    isDestructive() {
13616      return true;
13617    }
13618    /**
13619     * 
13620     */
13621    redo() {
13622      const num = this.getLineNumber();
13623      this.__parent.mEdits.remove(--this.__parent.mEditNumber);
13624      if (EditHistory2.logger_$LI$().isLoggable(java.util.logging.Level.FINE)) EditHistory2.logger_$LI$().fine("%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% " + num + ": " + this.__parent.serializer.serialize(this.xml));
13625      let realized = null;
13626      const cmdName = this.xml.getLocalName();
13627      if (cmdName === "Breakpoint") {
13628        realized = new EditHistory2.Breakpoint(this.__parent);
13629      } else realized = this.context.createEdit(this.xml);
13630      realized.setLineNumber(num);

13631      try {
13632        this.__parent.listener.showCommand(this.xml, num);
13633        realized.loadAndPerform(this.xml, this.format, new DeferredEdit.DeferredEdit$0(this));
13634      } catch (e) {
13635        EditHistory2.logger_$LI$().warning("failure during initial edit replay:\n" + this.__parent.serializer.serialize(this.xml));
13636        throw e;
13637      }
13638    }
13639    /**
13640     * 
13641     * @param {*} xml
13642     * @param {XmlSaveFormat} format
13643     * @param {*} context
13644     */
13645    loadAndPerform(xml, format, context) {
13646      throw new java.lang.IllegalStateException("should never be called");
13647    }
13648    /**
13649     * 
13650     */
13651    undo() {
13652    }
13653    /**
13654     * 
13655     * @param {*} props
13656     */
13657    configure(props) {
13658    }
13659    /**
13660     * 
13661     */
13662    perform() {
13663    }
13664    /**
13665     * 
13666     * @return {boolean}
13667     */
13668    isSticky() {
13669      return false;
13670    }
13671    /**
13672     * 
13673     * @param {*} doc
13674     * @return {*}
13675     */
13676    getDetailXml(doc) {
13677      return doc.createElement("deferredEdit");
13678    }
13679  }
13680  EditHistory2.DeferredEdit = DeferredEdit;
13681  DeferredEdit["__class"] = "com.vzome.core.editor.EditHistory.DeferredEdit";
13682  ((DeferredEdit2) => {
13683    class DeferredEdit$0 {
13684      /**
13685       * 
13686       * @param {UndoableEdit} edit
13687       */
13688      performAndRecord(edit) {
13689        try {
13690          edit.perform();
13691          if (edit.isNoOp()) return;
13692          if (EditHistory2.logger_$LI$().isLoggable(java.util.logging.Level.FINEST)) {
13693            const details = edit.getDetailXml(this.__parent.xml.getOwnerDocument());
13694            EditHistory2.logger_$LI$().finest("side-effect: " + this.__parent.__parent.serializer.serialize(details));
13695          }
13696        } catch (e) {
13697          throw new java.lang.RuntimeException(e);
13698        }
13699        this.__parent.__parent.insert(edit);
13700      }
13701      /**
13702       * 
13703       * @param {*} xml
13704       * @return {UndoableEdit}
13705       */
13706      createEdit(xml) {
13707        const edit = this.__parent.context.createEdit(xml);
13708        edit.setLineNumber(this.__parent.getLineNumber());
13709        return edit;
13710      }
13711      /**
13712       * 
13713       * @param {string} cmdName
13714       * @return {*}
13715       */
13716      createLegacyCommand(cmdName) {
13717        return this.__parent.context.createLegacyCommand(cmdName);
13718      }
13719      /**
13720       * 
13721       * @param {string} action
13722       * @param {*} props
13723       * @return {boolean}
13724       */
13725      doEdit(action, props) {
13726        return false;
13727      }
13728      constructor(__parent) {
13729        this.__parent = __parent;
13730      }
13731    }
13732    DeferredEdit2.DeferredEdit$0 = DeferredEdit$0;
13733    DeferredEdit$0["__interfaces"] = ["com.vzome.core.editor.api.Context"];
13734  })(DeferredEdit = EditHistory2.DeferredEdit || (EditHistory2.DeferredEdit = {}));
13735})(EditHistory || (EditHistory = {}));
13736

13737// src/worker/legacy/from-java/com/vzome/core/construction/SegmentTauDivision.ts
13738var SegmentTauDivision = class extends Point {
13739  constructor(seg) {
13740    super(seg.field);
13741    if (this.mSegment === void 0) {
13742      this.mSegment = null;
13743    }
13744    if (this.shrink === void 0) {
13745      this.shrink = null;
13746    }
13747    this.mSegment = seg;
13748    this.shrink = this.field["createPower$int"](-1);
13749    this.mapParamsToState();
13750  }
13751  /**
13752   * 
13753   * @return {boolean}
13754   */
13755  mapParamsToState() {
13756    if (this.mSegment.isImpossible()) return this.setStateVariable(null, true);
13757    let loc = this.mSegment.getStart();
13758    const off = this.mSegment.getOffset().scale(this.shrink);
13759    loc = loc.plus(off);
13760    return this.setStateVariable(loc, false);
13761  }
13762};
13763SegmentTauDivision["__class"] = "com.vzome.core.construction.SegmentTauDivision";
13764

13765// src/worker/legacy/from-java/com/vzome/core/commands/CommandTauDivision.ts
13766var CommandTauDivision = class _CommandTauDivision extends AbstractCommand {
13767  static PARAM_SIGNATURE_$LI$() {
13768    if (_CommandTauDivision.PARAM_SIGNATURE == null) {
13769      _CommandTauDivision.PARAM_SIGNATURE = [["start", Point], ["end", Point]];
13770    }
13771    return _CommandTauDivision.PARAM_SIGNATURE;
13772  }
13773  static ATTR_SIGNATURE_$LI$() {
13774    if (_CommandTauDivision.ATTR_SIGNATURE == null) {
13775      _CommandTauDivision.ATTR_SIGNATURE = [];
13776    }
13777    return _CommandTauDivision.ATTR_SIGNATURE;
13778  }
13779  /**
13780   * 
13781   * @return {java.lang.Object[][]}
13782   */
13783  getParameterSignature() {
13784    return _CommandTauDivision.PARAM_SIGNATURE_$LI$();
13785  }
13786  /**
13787   * 
13788   * @return {java.lang.Object[][]}
13789   */
13790  getAttributeSignature() {
13791    return _CommandTauDivision.ATTR_SIGNATURE_$LI$();
13792  }
13793  /**
13794   * 
13795   * @return {boolean}
13796   */
13797  ordersSelection() {
13798    return true;
13799  }
13800  /**
13801   * 
13802   * @param {ConstructionList} parameters
13803   * @param {AttributeMap} attrs
13804   * @param {*} effects
13805   * @return {ConstructionList}
13806   */
13807  apply(parameters, attrs, effects) {
13808    const result = new ConstructionList();
13809    if (parameters == null || parameters.size() !== 2) throw new Command.Failure("Tau division applies to two balls.");
13810    try {
13811      const start = parameters.get(0);
13812      const end = parameters.get(1);
13813      const join = new SegmentJoiningPoints(start, end);
13814      const midpoint = new SegmentTauDivision(join);
13815      result.addConstruction(midpoint);
13816      effects["constructionAdded$com_vzome_core_construction_Construction"](midpoint);
13817    } catch (e) {
13818      throw new Command.Failure("Tau division applies to two balls.");
13819    }
13820    return result;
13821  }
13822  constructor() {
13823    super();
13824  }
13825};
13826CommandTauDivision["__class"] = "com.vzome.core.commands.CommandTauDivision";
13827CommandTauDivision["__interfaces"] = ["com.vzome.core.commands.Command"];
13828

13829// src/worker/legacy/from-java/com/vzome/core/math/Projection.ts
13830var Projection;
13831((Projection2) => {
13832  class Default {
13833    constructor(field5) {
13834      if (this.field === void 0) {
13835        this.field = null;
13836      }
13837      this.field = field5;
13838    }
13839    /**
13840     * 
13841     * @param {AlgebraicVector} source
13842     * @param {boolean} wFirst
13843     * @return {AlgebraicVector}
13844     */
13845    projectImage(source, wFirst) {
13846      return this.field.projectTo3d(source, wFirst);
13847    }
13848    /**
13849     * 
13850     * @param {*} element
13851     */
13852    getXmlAttributes(element) {
13853    }
13854    /**
13855     * 
13856     * @param {*} xml
13857     */
13858    setXmlAttributes(xml) {
13859    }
13860    /**
13861     * 
13862     * @return {string}
13863     */
13864    getProjectionName() {
13865      return "";
13866    }
13867  }
13868  Projection2.Default = Default;
13869  Default["__class"] = "com.vzome.core.math.Projection.Default";
13870  Default["__interfaces"] = ["com.vzome.core.math.Projection"];
13871})(Projection || (Projection = {}));
13872

13873// src/worker/legacy/from-java/com/vzome/core/math/QuaternionProjection.ts
13874var QuaternionProjection = class _QuaternionProjection {
13875  constructor(field5, leftQuat, rightQuat) {
13876    this.quaternions = (function(dims) {
13877      let allocate = function(dims2) {
13878        if (dims2.length === 0) {
13879          return null;
13880        } else {
13881          let array = [];
13882          for (let i = 0; i < dims2[0]; i++) {
13883            array.push(allocate(dims2.slice(1)));
13884          }
13885          return array;
13886        }
13887      };
13888      return allocate(dims);
13889    })([2, 2]);
13890    if (this.field === void 0) {
13891      this.field = null;
13892    }
13893    this.field = field5;
13894    this.setQuaternion(leftQuat, _QuaternionProjection.LEFT);
13895    this.setQuaternion(rightQuat, _QuaternionProjection.RIGHT);
13896  }
13897  /**
13898   * 
13899   * @param {AlgebraicVector} source
13900   * @param {boolean} wFirst
13901   * @return {AlgebraicVector}
13902   */
13903  projectImage(source, wFirst) {
13904    let result = source;
13905    const leftQuat = this.getQuaternion(_QuaternionProjection.LEFT, wFirst);
13906    const rightQuat = this.getQuaternion(_QuaternionProjection.RIGHT, wFirst);
13907    if (rightQuat != null) {
13908      if (leftQuat != null) {
13909        result = leftQuat.rightMultiply(result);
13910        console.info("left mult: " + result.toString());
13911      }
13912      result = rightQuat.leftMultiply(result);
13913    } else {
13914      result = leftQuat.rightMultiply(result);
13915    }
13916    return this.field.projectTo3d(result, wFirst);
13917  }
13918  static {
13919    this.LEFT = 0;
13920  }
13921  static {
13922    this.RIGHT = 1;
13923  }
13924  static {
13925    this.WFIRST = 0;
13926  }
13927  static {
13928    this.WLAST = 1;
13929  }
13930  /*private*/
13931  setQuaternion(quatVector, hand) {
13932    this.quaternions[hand][_QuaternionProjection.WFIRST] = quatVector == null ? null : new Quaternion(this.field, quatVector.inflateTo4d$boolean(true));
13933    this.quaternions[hand][_QuaternionProjection.WLAST] = quatVector == null ? null : new Quaternion(this.field, quatVector.inflateTo4d$boolean(false));
13934  }
13935  /*private*/
13936  getQuaternion(hand, wFirst) {
13937    return this.quaternions[hand][wFirst ? _QuaternionProjection.WFIRST : _QuaternionProjection.WLAST];
13938  }
13939  static {
13940    this.RIGHT_QUATERNION_ATTRIBUTENAME = "quaternion";
13941  }
13942  static {
13943    this.LEFT_QUATERNION_ATTRIBUTENAME = "leftQuaternion";
13944  }
13945  /**
13946   * 
13947   * @param {*} element
13948   */
13949  getXmlAttributes(element) {
13950    const leftQuat = this.getQuaternion(_QuaternionProjection.LEFT, true);
13951    const rightQuat = this.getQuaternion(_QuaternionProjection.RIGHT, true);
13952    if (leftQuat != null) {
13953      DomUtils.addAttribute(element, _QuaternionProjection.LEFT_QUATERNION_ATTRIBUTENAME, leftQuat.getVector().toParsableString());
13954    }
13955    if (rightQuat != null) {
13956      DomUtils.addAttribute(element, _QuaternionProjection.RIGHT_QUATERNION_ATTRIBUTENAME, rightQuat.getVector().toParsableString());
13957    }
13958  }
13959  /**
13960   * 
13961   * @param {*} xml
13962   */
13963  setXmlAttributes(xml) {
13964    this.setQuaternion(this.parseRationalVector(xml, _QuaternionProjection.LEFT_QUATERNION_ATTRIBUTENAME), _QuaternionProjection.LEFT);
13965    this.setQuaternion(this.parseRationalVector(xml, _QuaternionProjection.RIGHT_QUATERNION_ATTRIBUTENAME), _QuaternionProjection.RIGHT);
13966  }
13967  /*private*/
13968  parseRationalVector(xml, attrName) {
13969    const nums = xml.getAttribute(attrName);
13970    if (nums == null || /* isEmpty */
13971    nums.length === 0) return null;
13972    const loc = this.field.parseVector(nums);
13973    return loc;
13974  }
13975  /**
13976   * 
13977   * @return {string}
13978   */
13979  getProjectionName() {
13980    return "Quaternion";
13981  }
13982};
13983QuaternionProjection["__class"] = "com.vzome.core.math.QuaternionProjection";
13984QuaternionProjection["__interfaces"] = ["com.vzome.core.math.Projection"];
13985

13986// src/worker/legacy/from-java/com/vzome/core/commands/CommandUniformH4Polytope.ts
13987var CommandUniformH4Polytope = class _CommandUniformH4Polytope extends CommandTransform {
13988  /**
13989   * 
13990   * @param {AttributeMap} attributes
13991   * @param {XmlSaveFormat} format
13992   */
13993  setFixedAttributes(attributes, format) {
13994    super.setFixedAttributes(attributes, format);
13995    this.field = format.getField();
13996    this.symm = this.h4Symms.get(this.field.getName());
13997    if (this.symm == null) {
13998      this.symm = new _CommandUniformH4Polytope.H4Symmetry(this.field);
13999      this.h4Symms.put(this.field.getName(), this.symm);
14000    }
14001    this.mRoots = format.getQuaternionicSymmetry("H_4").getRoots();
14002  }
14003  static {
14004    this.POLYTOPE_INDEX_ATTR_NAME = "polytope.index";
14005  }
14006  static logger_$LI$() {
14007    if (_CommandUniformH4Polytope.logger == null) {
14008      _CommandUniformH4Polytope.logger = java.util.logging.Logger.getLogger("com.vzome.core.commands.h4polytope");
14009    }
14010    return _CommandUniformH4Polytope.logger;
14011  }
14012  constructor(field5, qsymm, index) {
14013    if ((field5 != null && (field5.constructor != null && field5.constructor["__interfaces"] != null && field5.constructor["__interfaces"].indexOf("com.vzome.core.algebra.AlgebraicField") >= 0) || field5 === null) && (qsymm != null && qsymm instanceof QuaternionicSymmetry || qsymm === null) && (typeof index === "number" || index === null)) {
14014      let __args = arguments;
14015      super();
14016      if (this.mRoots === void 0) {
14017        this.mRoots = null;
14018      }
14019      if (this.field === void 0) {
14020        this.field = null;
14021      }
14022      if (this.symm === void 0) {
14023        this.symm = null;
14024      }
14025      this.h4Symms = new java.util.HashMap();
14026      this.mPolytopeIndex = -1;
14027      this.quaternionVector = null;
14028      this.mPolytopeIndex = index;
14029      this.field = field5;
14030      this.symm = new _CommandUniformH4Polytope.H4Symmetry(field5);
14031      this.mRoots = qsymm.getRoots();
14032    } else if (field5 === void 0 && qsymm === void 0 && index === void 0) {
14033      let __args = arguments;
14034      super();
14035      if (this.mRoots === void 0) {
14036        this.mRoots = null;
14037      }
14038      if (this.field === void 0) {
14039        this.field = null;
14040      }
14041      if (this.symm === void 0) {
14042        this.symm = null;
14043      }
14044      this.h4Symms = new java.util.HashMap();
14045      this.mPolytopeIndex = -1;
14046      this.quaternionVector = null;
14047    } else throw new Error("invalid overload");
14048  }
14049  /**
14050   * Only called when migrating a 2.0 model file.
14051   * @param {AlgebraicVector} offset
14052   */
14053  setQuaternion(offset) {
14054    this.quaternionVector = offset;
14055  }
14056  /**
14057   * 
14058   * @param {*} xml
14059   * @param {XmlSaveFormat} format
14060   * @return {AttributeMap}
14061   */
14062  setXml(xml, format) {
14063    const attrs = super.setXml(xml, format);
14064    this.quaternionVector = format.parseRationalVector(xml, "quaternion");
14065    return attrs;
14066  }
14067  /**
14068   * 
14069   * @param {*} result
14070   * @param {AttributeMap} attributes
14071   */
14072  getXml(result, attributes) {
14073    if (this.quaternionVector != null) DomUtils.addAttribute(result, "quaternion", this.quaternionVector.toParsableString());
14074    super.getXml(result, attributes);
14075  }
14076  /**
14077   * 
14078   * @return {java.lang.Object[][]}
14079   */
14080  getAttributeSignature() {
14081    return CommandTransform.GROUP_ATTR_SIGNATURE_$LI$();
14082  }
14083  /**
14084   * 
14085   * @param {string} attrName
14086   * @return {boolean}
14087   */
14088  attributeIs3D(attrName) {
14089    if ("symmetry.axis.segment" === attrName) return false;
14090    else return true;
14091  }
14092  /**
14093   * 
14094   * @param {ConstructionList} parameters
14095   * @param {AttributeMap} attributes
14096   * @param {*} effects
14097   * @return {ConstructionList}
14098   */
14099  apply(parameters, attributes, effects) {
14100    const SCALE_DOWN_5 = this.field["createPower$int"](-5);
14101    let proj = new Projection.Default(this.field);
14102    let leftQuat = null;
14103    let rightQuat = null;
14104    if (parameters.size() === 0) {
14105      rightQuat = this.quaternionVector;
14106      const symmAxis = attributes.get(CommandTransform.SYMMETRY_AXIS_ATTR_NAME);
14107      if (rightQuat == null) rightQuat = symmAxis == null ? null : symmAxis.getOffset();
14108      if (rightQuat != null) rightQuat = rightQuat.scale(SCALE_DOWN_5);
14109    } else {
14110      let numSegs = 0;
14111      for (let index = parameters.iterator(); index.hasNext(); ) {
14112        let cons = index.next();
14113        {
14114          if (cons != null && cons instanceof Segment) {
14115            const seg = cons;
14116            if (++numSegs === 1) rightQuat = seg.getOffset().scale(SCALE_DOWN_5);
14117            else if (numSegs === 2) leftQuat = seg.getOffset().scale(SCALE_DOWN_5);
14118            else throw new Command.Failure("Too many struts to specify quaternion multiplication.");
14119          }
14120        }
14121      }
14122    }
14123    if (rightQuat != null) proj = new QuaternionProjection(this.field, leftQuat, rightQuat);
14124    if (this.mPolytopeIndex < 0) {
14125      const indexObj = attributes.get(_CommandUniformH4Polytope.POLYTOPE_INDEX_ATTR_NAME);
14126      this.mPolytopeIndex = indexObj;
14127    } else attributes.put(_CommandUniformH4Polytope.POLYTOPE_INDEX_ATTR_NAME, this.mPolytopeIndex);
14128    this.generate(this.mPolytopeIndex, this.mPolytopeIndex, null, new _CommandUniformH4Polytope.ConstructionChangesAdapter(effects, proj, this.field["createPower$int"](5)));
14129    return new ConstructionList();
14130  }
14131  generate(index, renderEdges, edgeScales, listener) {
14132    const reflections = [null, null, null, null];
14133    let prototype = this.symm.getPrototype(index);
14134    if (edgeScales != null) {
14135      prototype = this.field.origin(4);
14136      for (let b = 0; b < 4; b++) {
14137        {
14138          const mask = 1 << b;
14139          const test = index & mask;
14140          if (test !== 0) {
14141            const contribution = this.symm.getCoRoot(b).scale(edgeScales[b]);
14142            prototype = prototype.plus(contribution);
14143          }
14144        }
14145        ;
14146      }
14147    }
14148    for (let mirror = 0; mirror < 4; mirror++) {
14149      if ((renderEdges & 1 << mirror) !== 0) reflections[mirror] = this.symm.reflect(mirror, prototype);
14150      ;
14151    }
14152    for (let index1 = 0; index1 < this.mRoots.length; index1++) {
14153      let outerRoot = this.mRoots[index1];
14154      {
14155        for (let index2 = 0; index2 < this.mRoots.length; index2++) {
14156          let innerRoot = this.mRoots[index2];
14157          {
14158            let vertex = outerRoot.rightMultiply(prototype);
14159            vertex = innerRoot.leftMultiply(vertex);
14160            const p1 = listener.addVertex(vertex);
14161            for (let mirror = 0; mirror < 4; mirror++) {
14162              {
14163                if (reflections[mirror] != null) {
14164                  let other = outerRoot.rightMultiply(reflections[mirror]);
14165                  other = innerRoot.leftMultiply(other);
14166                  if (!other.equals(vertex)) {
14167                    const p2 = listener.addVertex(other);
14168                    listener.addEdge(p1, p2);
14169                  }
14170                }
14171              }
14172              ;
14173            }
14174          }
14175        }
14176      }
14177    }
14178  }
14179};
14180CommandUniformH4Polytope["__class"] = "com.vzome.core.commands.CommandUniformH4Polytope";
14181CommandUniformH4Polytope["__interfaces"] = ["com.vzome.core.commands.Command"];

14182((CommandUniformH4Polytope2) => {
14183  class H4Symmetry {
14184    constructor(field5) {
14185      this.mPrototypes = ((s) => {
14186        let a = [];
14187        while (s-- > 0) a.push(null);
14188        return a;
14189      })(15);
14190      this.mMirrors = [null, null, null, null];
14191      this.coRoots = [null, null, null, null];
14192      const ONE = field5["createRational$long"](1);
14193      const NEG_ONE = field5["createRational$long"](-1);
14194      const TWO = field5["createRational$long"](2);
14195      const A = field5["createAlgebraicNumber$int$int$int$int"](1, -1, 1, 0);
14196      const B = field5["createAlgebraicNumber$int$int$int$int"](0, 1, 1, 0);
14197      let temp = field5.origin(4);
14198      temp.setComponent(1, A.dividedBy(TWO));
14199      temp.setComponent(2, ONE.dividedBy(TWO));
14200      temp.setComponent(3, B.dividedBy(TWO));
14201      this.mMirrors[3] = new Quaternion(field5, temp);
14202      temp = field5.origin(4);
14203      temp.setComponent(3, NEG_ONE);
14204      this.mMirrors[2] = new Quaternion(field5, temp);
14205      temp = field5.origin(4);
14206      temp.setComponent(1, ONE.dividedBy(TWO));
14207      temp.setComponent(2, NEG_ONE.dividedBy(TWO));
14208      temp.setComponent(3, ONE.dividedBy(TWO));
14209      temp.setComponent(0, NEG_ONE.dividedBy(TWO));
14210      this.mMirrors[1] = new Quaternion(field5, temp);
14211      temp = field5.origin(4);
14212      temp.setComponent(0, ONE);
14213      this.mMirrors[0] = new Quaternion(field5, temp);
14214      const B2 = field5["createAlgebraicNumber$int$int$int$int"](0, 2, 1, 0);
14215      this.coRoots[3] = field5.origin(4);
14216      this.coRoots[3].setComponent(1, B2);
14217      this.coRoots[3].setComponent(2, B2);
14218      this.coRoots[2] = field5.origin(4);
14219      this.coRoots[2].setComponent(1, B2["plus$com_vzome_core_algebra_AlgebraicNumber"](ONE));
14220      this.coRoots[2].setComponent(2, B["plus$com_vzome_core_algebra_AlgebraicNumber"](TWO));
14221      this.coRoots[2].setComponent(3, A);
14222      this.coRoots[1] = field5.origin(4);
14223      this.coRoots[1].setComponent(1, B2);
14224      this.coRoots[1].setComponent(2, TWO);
14225      this.coRoots[0] = field5.origin(4);
14226      this.coRoots[0].setComponent(1, B);
14227      this.coRoots[0].setComponent(2, ONE);
14228      this.coRoots[0].setComponent(0, A.negate());
14229      if (CommandUniformH4Polytope2.logger_$LI$().isLoggable(java.util.logging.Level.FINE)) for (let i = 0; i < 4; i++) {
14230        {
14231          const buf = new java.lang.StringBuffer();
14232          this.coRoots[i].getVectorExpression$java_lang_StringBuffer$int(buf, AlgebraicField.DEFAULT_FORMAT);
14233          CommandUniformH4Polytope2.logger_$LI$().fine(buf.toString());
14234        }
14235        ;
14236      }
14237      const origin = field5.origin(4);
14238      for (let index = 1; index <= 15; index++) {
14239        {
14240          let vertex = origin;
14241          for (let b = 0; b < 4; b++) {
14242            {
14243              const mask = 1 << b;
14244              const test = index & mask;
14245              if (test !== 0) {
14246                vertex = vertex.plus(this.coRoots[b]);
14247              }
14248            }
14249            ;
14250          }
14251          this.mPrototypes[index - 1] = vertex;
14252        }
14253        ;
14254      }
14255    }
14256    getPrototype(index) {
14257      return this.mPrototypes[index - 1];
14258    }
14259    reflect(mirror, prototype) {
14260      return this.mMirrors[mirror].reflect(prototype);
14261    }
14262    getCoRoot(i) {
14263      return this.coRoots[i];
14264    }
14265  }
14266  CommandUniformH4Polytope2.H4Symmetry = H4Symmetry;
14267  H4Symmetry["__class"] = "com.vzome.core.commands.CommandUniformH4Polytope.H4Symmetry";
14268  class ConstructionChangesAdapter {
14269    constructor(effects, proj, scale) {
14270      this.vertices = new java.util.HashMap();
14271      if (this.effects === void 0) {
14272        this.effects = null;
14273      }
14274      if (this.proj === void 0) {
14275        this.proj = null;
14276      }
14277      if (this.scale === void 0) {
14278        this.scale = null;
14279      }
14280      this.edges = new java.util.HashSet();
14281      this.effects = effects;
14282      this.proj = proj;
14283      this.scale = scale;
14284    }
14285    /**
14286     * 
14287     * @param {*} v1
14288     * @param {*} v2
14289     * @return {*}
14290     */
14291    addEdge(v1, v2) {
14292      const p1 = v1;
14293      const p2 = v2;
14294      const edge = new CommandUniformH4Polytope2.Edge(p1.getIndex(), p2.getIndex());
14295      if (this.edges.contains(edge)) return null;
14296      this.edges.add(edge);
14297      this.effects["constructionAdded$com_vzome_core_construction_Construction"](new SegmentJoiningPoints(p1, p2));
14298      return edge;
14299    }
14300    /**
14301     * 
14302     * @param {java.lang.Object[]} vertices
14303     * @return {*}
14304     */
14305    addFace(vertices) {
14306      return null;
14307    }
14308    /**
14309     * 
14310     * @param {AlgebraicVector} vertex
14311     * @return {*}
14312     */
14313    addVertex(vertex) {
14314      let p = this.vertices.get(vertex);
14315      if (p == null) {
14316        let projected = vertex;
14317        CommandUniformH4Polytope2.logger_$LI$().finer("before   : ");
14318        this.printGoldenVector(projected);
14319        if (this.proj != null) projected = this.proj.projectImage(projected, true);
14320        CommandUniformH4Polytope2.logger_$LI$().finer("projected: ");
14321        this.printGoldenVector(projected);
14322        projected = projected.scale(this.scale);
14323        CommandUniformH4Polytope2.logger_$LI$().finer("scaled   : ");
14324        this.printGoldenVector(projected);
14325        p = new FreePoint(projected);
14326        p.setIndex(this.vertices.size());
14327        this.effects["constructionAdded$com_vzome_core_construction_Construction"](p);
14328        this.vertices.put(vertex, p);
14329      }
14330      return p;
14331    }
14332    printGoldenVector(gv) {
14333      if (CommandUniformH4Polytope2.logger_$LI$().isLoggable(java.util.logging.Level.FINER)) {
14334        const buf = new java.lang.StringBuffer();
14335        gv.getVectorExpression$java_lang_StringBuffer$int(buf, AlgebraicField.DEFAULT_FORMAT);
14336        CommandUniformH4Polytope2.logger_$LI$().finer(buf.toString());
14337      }
14338    }
14339  }
14340  CommandUniformH4Polytope2.ConstructionChangesAdapter = ConstructionChangesAdapter;
14341  ConstructionChangesAdapter["__class"] = "com.vzome.core.commands.CommandUniformH4Polytope.ConstructionChangesAdapter";
14342  ConstructionChangesAdapter["__interfaces"] = ["com.vzome.core.math.symmetry.WythoffConstruction.Listener"];
14343  class Edge {
14344    constructor(p1, p2) {
14345      if (this.p1 === void 0) {
14346        this.p1 = 0;
14347      }
14348      if (this.p2 === void 0) {
14349        this.p2 = 0;
14350      }
14351      this.p1 = p1;
14352      this.p2 = p2;
14353    }
14354    /**
14355     * 
14356     * @param {*} obj
14357     * @return {boolean}
14358     */
14359    equals(obj) {
14360      if (!(obj != null && obj instanceof CommandUniformH4Polytope2.Edge)) return false;

14361      const that = obj;
14362      if (this.p1 === that.p1 && this.p2 === that.p2) return true;
14363      if (this.p1 === that.p2 && this.p2 === that.p1) return true;
14364      return false;
14365    }
14366    /**
14367     * 
14368     * @return {number}
14369     */
14370    hashCode() {
14371      return this.p1 ^ this.p2;
14372    }
14373  }
14374  CommandUniformH4Polytope2.Edge = Edge;
14375  Edge["__class"] = "com.vzome.core.commands.CommandUniformH4Polytope.Edge";
14376})(CommandUniformH4Polytope || (CommandUniformH4Polytope = {}));
14377

14378// src/worker/legacy/from-java/com/vzome/core/commands/CommandRotate.ts
14379var CommandRotate = class extends CommandSymmetry {
14380  /**
14381   * 
14382   * @param {ConstructionList} parameters
14383   * @param {AttributeMap} attributes
14384   * @param {*} effects
14385   * @return {ConstructionList}
14386   */
14387  apply(parameters, attributes, effects) {
14388    const center = this.setSymmetry(attributes);
14389    const norm = attributes.get(CommandTransform.SYMMETRY_AXIS_ATTR_NAME);
14390    if (norm == null) {
14391      throw new Command.Failure("no symmetry axis provided");
14392    }
14393    const params = parameters.getConstructions();
14394    const output = new ConstructionList();
14395    let vector = norm.getOffset();
14396    vector = norm.getField().projectTo3d(vector, true);
14397    const axis = this.mSymmetry["getAxis$com_vzome_core_algebra_AlgebraicVector"](vector);
14398    const rotation = axis.getRotation();
14399    const transform = new SymmetryTransformation(this.mSymmetry, rotation, center);
14400    effects["constructionAdded$com_vzome_core_construction_Construction"](transform);
14401    output.addAll(this.transform(params, transform, effects));
14402    return output;
14403  }
14404  constructor() {
14405    super();
14406  }
14407};
14408CommandRotate["__class"] = "com.vzome.core.commands.CommandRotate";
14409CommandRotate["__interfaces"] = ["com.vzome.core.commands.Command"];
14410

14411// src/worker/legacy/from-java/com/vzome/core/commands/CommandAxialSymmetry.ts
14412var CommandAxialSymmetry = class extends CommandSymmetry {
14413  constructor(symmetry = null) {
14414    super(symmetry);
14415  }
14416  /**
14417   * 
14418   * @param {ConstructionList} parameters
14419   * @param {AttributeMap} attributes
14420   * @param {*} effects
14421   * @return {ConstructionList}
14422   */
14423  apply(parameters, attributes, effects) {
14424    this.setSymmetry(attributes);
14425    const norm = attributes.get(CommandTransform.SYMMETRY_AXIS_ATTR_NAME);
14426    if (norm == null) {
14427      throw new Command.Failure("no symmetry axis provided");
14428    }
14429    const output = new ConstructionList();
14430    let vector = norm.getOffset();
14431    vector = norm.getField().projectTo3d(vector, true);
14432    const axis = this.mSymmetry["getAxis$com_vzome_core_algebra_AlgebraicVector"](vector);
14433    const rotation = axis.getRotationPermutation();
14434    if (rotation == null) {
14435      throw new Command.Failure("symmetry axis does not support axial symmetry");
14436    }
14437    const order = rotation.getOrder();
14438    const rotate = new CommandRotate();
14439    for (let i = 1; i < order; i++) {
14440      {
14441        for (let index = parameters.iterator(); index.hasNext(); ) {
14442          let param = index.next();
14443          {
14444            output.addConstruction(param);
14445          }
14446        }
14447        parameters = rotate.apply(parameters, attributes, effects);
14448      }
14449      ;
14450    }
14451    for (let index = parameters.iterator(); index.hasNext(); ) {
14452      let param = index.next();
14453      {
14454        output.addConstruction(param);
14455      }
14456    }
14457    return output;
14458  }
14459};
14460CommandAxialSymmetry["__class"] = "com.vzome.core.commands.CommandAxialSymmetry";
14461CommandAxialSymmetry["__interfaces"] = ["com.vzome.core.commands.Command"];
14462

14463// src/worker/legacy/from-java/com/vzome/core/construction/PointRotated4D.ts
14464var PointRotated4D = class extends Point {
14465  constructor(leftQuaternion, rightQuaternion, prototype) {
14466    super(prototype.field);
14467    if (this.mLeftQuaternion === void 0) {
14468      this.mLeftQuaternion = null;
14469    }
14470    if (this.mRightQuaternion === void 0) {
14471      this.mRightQuaternion = null;
14472    }
14473    if (this.mPrototype === void 0) {
14474      this.mPrototype = null;
14475    }
14476    this.mLeftQuaternion = leftQuaternion;
14477    this.mRightQuaternion = rightQuaternion;
14478    this.mPrototype = prototype;
14479    this.mapParamsToState();
14480  }
14481  /**
14482   * 
14483   * @return {boolean}
14484   */
14485  mapParamsToState() {
14486    if (this.mPrototype.isImpossible()) return this.setStateVariable(null, true);
14487    const field5 = this.mPrototype.getField();
14488    let loc = field5.origin(4);
14489    const loc3d = this.mPrototype.getLocation();
14490    loc = loc3d.inflateTo4d$boolean(true);
14491    loc = this.mRightQuaternion.leftMultiply(loc);
14492    loc = this.mLeftQuaternion.rightMultiply(loc);
14493    return this.setStateVariable(loc, false);
14494  }
14495};
14496PointRotated4D["__class"] = "com.vzome.core.construction.PointRotated4D";
14497

14498// src/worker/legacy/from-java/com/vzome/core/construction/PolygonRotated4D.ts
14499var PolygonRotated4D = class extends Polygon {
14500  constructor(leftQuaternion, rightQuaternion, prototype) {
14501    super(prototype.field);
14502    if (this.mLeftQuaternion === void 0) {
14503      this.mLeftQuaternion = null;
14504    }
14505    if (this.mRightQuaternion === void 0) {
14506      this.mRightQuaternion = null;
14507    }
14508    if (this.mPrototype === void 0) {
14509      this.mPrototype = null;
14510    }
14511    this.mLeftQuaternion = leftQuaternion;
14512    this.mRightQuaternion = rightQuaternion;
14513    this.mPrototype = prototype;
14514    this.mapParamsToState();
14515  }
14516  /**
14517   * 
14518   * @return {boolean}
14519   */
14520  mapParamsToState() {
14521    if (this.mPrototype.isImpossible()) return this.setStateVariable(null, true);
14522    const vertices = ((s) => {
14523      let a = [];
14524      while (s-- > 0) a.push(null);
14525      return a;
14526    })(this.mPrototype.getVertexCount());
14527    for (let i = 0; i < vertices.length; i++) {
14528      {
14529        let loc = this.mRightQuaternion.leftMultiply(this.mPrototype.getVertex(i));
14530        loc = this.mLeftQuaternion.rightMultiply(loc);
14531        vertices[i] = loc;
14532      }
14533      ;
14534    }
14535    return this.setStateVariable(vertices, false);
14536  }
14537};
14538PolygonRotated4D["__class"] = "com.vzome.core.construction.PolygonRotated4D";
14539

14540// src/worker/legacy/from-java/com/vzome/core/construction/SegmentRotated4D.ts
14541var SegmentRotated4D = class _SegmentRotated4D extends Segment {
14542  static logger_$LI$() {
14543    if (_SegmentRotated4D.logger == null) {
14544      _SegmentRotated4D.logger = java.util.logging.Logger.getLogger("com.vzome.core.4d");
14545    }
14546    return _SegmentRotated4D.logger;
14547  }
14548  constructor(leftQuaternion, rightQuaternion, prototype) {
14549    super(prototype.field);
14550    if (this.mLeftQuaternion === void 0) {
14551      this.mLeftQuaternion = null;
14552    }
14553    if (this.mRightQuaternion === void 0) {
14554      this.mRightQuaternion = null;
14555    }
14556    if (this.mPrototype === void 0) {
14557      this.mPrototype = null;
14558    }
14559    this.mLeftQuaternion = leftQuaternion;
14560    this.mRightQuaternion = rightQuaternion;
14561    this.mPrototype = prototype;
14562    this.mapParamsToState();
14563  }
14564  /**
14565   * 
14566   * @return {boolean}
14567   */
14568  mapParamsToState() {
14569    if (this.mPrototype.isImpossible()) return this.setStateVariables(null, null, true);
14570    let loc = this.mPrototype.getStart();
14571    loc = loc.inflateTo4d$boolean(true);
14572    loc = this.mRightQuaternion.leftMultiply(loc);
14573    loc = this.mLeftQuaternion.rightMultiply(loc);
14574    let end = this.mPrototype.getEnd();
14575    end = end.inflateTo4d$boolean(true);
14576    end = this.mRightQuaternion.leftMultiply(end);
14577    end = this.mLeftQuaternion.rightMultiply(end);
14578    if (_SegmentRotated4D.logger_$LI$().isLoggable(java.util.logging.Level.FINER)) {
14579      _SegmentRotated4D.logger_$LI$().finer("------------------- SegmentRotated4D");
14580      _SegmentRotated4D.logger_$LI$().finer("left:    " + this.mLeftQuaternion.toString());
14581      _SegmentRotated4D.logger_$LI$().finer("right:   " + this.mRightQuaternion.toString());
14582      _SegmentRotated4D.logger_$LI$().finer("start: " + this.mPrototype.getStart().getVectorExpression$int(AlgebraicField.EXPRESSION_FORMAT));
14583      _SegmentRotated4D.logger_$LI$().finer("end:   " + this.mPrototype.getEnd().getVectorExpression$int(AlgebraicField.EXPRESSION_FORMAT));
14584      _SegmentRotated4D.logger_$LI$().finer("new start: " + loc.getVectorExpression$int(AlgebraicField.EXPRESSION_FORMAT));
14585      _SegmentRotated4D.logger_$LI$().finer("new end:   " + end.getVectorExpression$int(AlgebraicField.EXPRESSION_FORMAT));
14586    }
14587    return this.setStateVariables(loc, end.minus(loc), false);
14588  }
14589};
14590SegmentRotated4D["__class"] = "com.vzome.core.construction.SegmentRotated4D";
14591

14592// src/worker/legacy/from-java/com/vzome/core/commands/CommandQuaternionSymmetry.ts
14593var CommandQuaternionSymmetry = class _CommandQuaternionSymmetry extends CommandTransform {
14594  /**
14595   * 
14596   * @param {AttributeMap} attributes
14597   * @param {XmlSaveFormat} format
14598   */
14599  setFixedAttributes(attributes, format) {
14600    super.setFixedAttributes(attributes, format);
14601    if (!attributes.containsKey(_CommandQuaternionSymmetry.LEFT_SYMMETRY_GROUP_ATTR_NAME_$LI$())) {
14602      this.mLeft = format.getQuaternionicSymmetry("H_4");
14603      attributes.put(_CommandQuaternionSymmetry.LEFT_SYMMETRY_GROUP_ATTR_NAME_$LI$(), this.mLeft);
14604    }
14605    if (!attributes.containsKey(_CommandQuaternionSymmetry.RIGHT_SYMMETRY_GROUP_ATTR_NAME)) {
14606      this.mRight = format.getQuaternionicSymmetry("H_4");
14607      attributes.put(_CommandQuaternionSymmetry.RIGHT_SYMMETRY_GROUP_ATTR_NAME, this.mRight);
14608    }
14609  }
14610  static LEFT_SYMMETRY_GROUP_ATTR_NAME_$LI$() {
14611    if (_CommandQuaternionSymmetry.LEFT_SYMMETRY_GROUP_ATTR_NAME == null) {
14612      _CommandQuaternionSymmetry.LEFT_SYMMETRY_GROUP_ATTR_NAME = CommandTransform.SYMMETRY_GROUP_ATTR_NAME;
14613    }
14614    return _CommandQuaternionSymmetry.LEFT_SYMMETRY_GROUP_ATTR_NAME;
14615  }
14616  static {
14617    this.RIGHT_SYMMETRY_GROUP_ATTR_NAME = "right.symmetry.group";
14618  }
14619  constructor(left, right) {
14620    if ((left != null && left instanceof QuaternionicSymmetry || left === null) && (right != null && right instanceof QuaternionicSymmetry || right === null)) {
14621      let __args = arguments;
14622      super();
14623      if (this.mLeft === void 0) {
14624        this.mLeft = null;
14625      }
14626      if (this.mRight === void 0) {
14627        this.mRight = null;
14628      }
14629      this.mLeft = left;
14630      this.mRight = right;
14631    } else if (left === void 0 && right === void 0) {
14632      let __args = arguments;
14633      super();
14634      if (this.mLeft === void 0) {
14635        this.mLeft = null;
14636      }
14637      if (this.mRight === void 0) {
14638        this.mRight = null;
14639      }
14640    } else throw new Error("invalid overload");
14641  }
14642  /**
14643   * 
14644   * @return {java.lang.Object[][]}
14645   */
14646  getAttributeSignature() {
14647    return CommandTransform.GROUP_ATTR_SIGNATURE_$LI$();
14648  }
14649  /**
14650   * 
14651   * @param {ConstructionList} parameters
14652   * @param {AttributeMap} attributes
14653   * @param {*} effects
14654   * @return {ConstructionList}
14655   */
14656  apply(parameters, attributes, effects) {
14657    if (this.mLeft == null) this.mLeft = attributes.get(_CommandQuaternionSymmetry.LEFT_SYMMETRY_GROUP_ATTR_NAME_$LI$());
14658    else if (!attributes.containsKey(_CommandQuaternionSymmetry.LEFT_SYMMETRY_GROUP_ATTR_NAME_$LI$())) attributes.put(_CommandQuaternionSymmetry.LEFT_SYMMETRY_GROUP_ATTR_NAME_$LI$(), this.mLeft);
14659    if (this.mRight == null) this.mRight = attributes.get(_CommandQuaternionSymmetry.RIGHT_SYMMETRY_GROUP_ATTR_NAME);
14660    else if (!attributes.containsKey(_CommandQuaternionSymmetry.RIGHT_SYMMETRY_GROUP_ATTR_NAME)) attributes.put(_CommandQuaternionSymmetry.RIGHT_SYMMETRY_GROUP_ATTR_NAME, this.mRight);
14661    const leftRoots = this.mLeft.getRoots();
14662    const rightRoots = this.mRight.getRoots();
14663    const params = parameters.getConstructions();
14664    const output = new ConstructionList();
14665    for (let index = 0; index < params.length; index++) {
14666      let param = params[index];
14667      {
14668        output.addConstruction(param);
14669      }
14670    }
14671    for (let index = 0; index < leftRoots.length; index++) {
14672      let leftRoot = leftRoots[index];
14673      {
14674        for (let index1 = 0; index1 < rightRoots.length; index1++) {
14675          let rightRoot = rightRoots[index1];
14676          {
14677            for (let index2 = 0; index2 < params.length; index2++) {
14678              let param = params[index2];
14679              {
14680                let result = null;
14681                if (param != null && param instanceof Point) {
14682                  result = new PointRotated4D(leftRoot, rightRoot, param);
14683                } else if (param != null && param instanceof Segment) {
14684                  result = new SegmentRotated4D(leftRoot, rightRoot, param);
14685                } else if (param != null && param instanceof Polygon) {
14686                  result = new PolygonRotated4D(leftRoot, rightRoot, param);
14687                } else {
14688                }
14689                if (result == null) continue;
14690                effects["constructionAdded$com_vzome_core_construction_Construction"](result);
14691                output.addConstruction(result);
14692              }
14693            }
14694          }
14695        }
14696      }
14697    }
14698    return output;
14699  }
14700};
14701CommandQuaternionSymmetry["__class"] = "com.vzome.core.commands.CommandQuaternionSymmetry";
14702CommandQuaternionSymmetry["__interfaces"] = ["com.vzome.core.commands.Command"];
14703

14704// src/worker/legacy/from-java/com/vzome/core/construction/VefToModel.ts
14705var VefToModel = class _VefToModel extends VefParser {
14706  static logger_$LI$() {
14707    if (_VefToModel.logger == null) {
14708      _VefToModel.logger = java.util.logging.Logger.getLogger("com.vzome.core.construction.VefToModel");
14709    }
14710    return _VefToModel.logger;
14711  }
14712  constructor(projection, effects, scale, offset) {
14713    super();
14714    if (this.offset === void 0) {
14715      this.offset = null;
14716    }
14717    if (this.scale === void 0) {
14718      this.scale = null;
14719    }
14720    if (this.__com_vzome_core_construction_VefToModel_field === void 0) {
14721      this.__com_vzome_core_construction_VefToModel_field = null;
14722    }
14723    if (this.mProjection === void 0) {
14724      this.mProjection = null;
14725    }
14726    if (this.mVertices === void 0) {
14727      this.mVertices = null;
14728    }
14729    if (this.mEffects === void 0) {
14730      this.mEffects = null;
14731    }
14732    this.noBallsSection = true;
14733    this.mEffects = effects;
14734    this.__com_vzome_core_construction_VefToModel_field = scale.getField();
14735    this.scale = scale;
14736    this.offset = offset;
14737    this.mProjection = projection == null ? new Projection.Default(this.__com_vzome_core_construction_VefToModel_field) : projection;
14738    if (projection != null && _VefToModel.logger_$LI$().isLoggable(java.util.logging.Level.FINEST)) {
14739      _VefToModel.logger_$LI$().finest("projection = " + projection.getProjectionName());
14740    }
14741  }
14742  /**
14743   * 
14744   * @param {number} numVertices
14745   */
14746  startVertices(numVertices) {
14747    this.mVertices = ((s) => {
14748      let a = [];
14749      while (s-- > 0) a.push(null);
14750      return a;
14751    })(numVertices);
14752  }
14753  /**
14754   * 
14755   * @param {number} index
14756   * @param {AlgebraicVector} location
14757   */
14758  addVertex(index, location) {
14759    _VefToModel.logger_$LI$().finest("addVertex location = " + location.getVectorExpression$int(AlgebraicField.VEF_FORMAT));
14760    if (this.scale != null) {
14761      location = location.scale(this.scale);
14762      _VefToModel.logger_$LI$().finest("scaled = " + location.getVectorExpression$int(AlgebraicField.VEF_FORMAT));
14763    }
14764    if (this.wFirst() && location.dimension() === 3) {
14765      location = location.inflateTo4d$();
14766    }
14767    location = this.mProjection.projectImage(location, this.wFirst());
14768    _VefToModel.logger_$LI$().finest("projected = " + location.getVectorExpression$int(AlgebraicField.VEF_FORMAT));
14769    if (this.offset != null) {
14770      location = location.plus(this.offset);
14771      _VefToModel.logger_$LI$().finest("translated = " + location.getVectorExpression$int(AlgebraicField.VEF_FORMAT));
14772    }
14773    this.mVertices[index] = new FreePoint(location);
14774    this.mVertices[index].setIndex(index);
14775  }
14776  /**
14777   * 
14778   * @param {number} numEdges
14779   */
14780  startEdges(numEdges) {
14781  }
14782  /**
14783   * 
14784   * @param {number} index
14785   * @param {number} v1
14786   * @param {number} v2
14787   */
14788  addEdge(index, v1, v2) {
14789    const p1 = this.mVertices[v1];
14790    const p2 = this.mVertices[v2];
14791    if (p1 == null || p2 == null) return;
14792    const seg = new SegmentJoiningPoints(p1, p2);
14793    seg.setIndex(index);
14794    this.mEffects["constructionAdded$com_vzome_core_construction_Construction"](seg);
14795  }
14796  /**
14797   * 
14798   * @param {number} numFaces
14799   */
14800  startFaces(numFaces) {
14801  }
14802  /**
14803   * 
14804   * @param {number} index
14805   * @param {int[]} verts
14806   */
14807  addFace(index, verts) {
14808    const points = ((s) => {
14809      let a = [];
14810      while (s-- > 0) a.push(null);
14811      return a;
14812    })(verts.length);
14813    for (let i = 0; i < verts.length; i++) {
14814      points[i] = this.mVertices[verts[i]];
14815    }
14816    const panel = new PolygonFromVertices(points);
14817    panel.setIndex(index);
14818    this.mEffects["constructionAdded$com_vzome_core_construction_Construction"](panel);
14819  }
14820  /**
14821   * 
14822   * @param {number} index
14823   * @param {number} vertex
14824   */
14825  addBall(index, vertex) {
14826    this.mEffects["constructionAdded$com_vzome_core_construction_Construction"](this.mVertices[vertex]);
14827  }
14828  /**
14829   * 
14830   * @param {number} numVertices
14831   */
14832  startBalls(numVertices) {
14833    this.noBallsSection = false;
14834  }
14835  /**
14836   * 
14837   * @param {java.util.StringTokenizer} tokens
14838   */
14839  endFile(tokens) {
14840    if (this.noBallsSection) {
14841      for (let index = 0; index < this.mVertices.length; index++) {
14842        let vertex = this.mVertices[index];
14843        {
14844          this.mEffects["constructionAdded$com_vzome_core_construction_Construction"](vertex);
14845        }
14846      }
14847    }
14848  }
14849};
14850VefToModel["__class"] = "com.vzome.core.construction.VefToModel";
14851

14852// src/worker/legacy/from-java/com/vzome/core/commands/CommandImportVEFData.ts
14853var CommandImportVEFData = class _CommandImportVEFData extends AbstractCommand {
14854  static {
14855    this.X = 0;
14856  }
14857  static {
14858    this.Y = 1;
14859  }
14860  static {
14861    this.Z = 2;
14862  }
14863  static {
14864    this.W = 3;
14865  }
14866  static {
14867    this.VEF_STRING_ATTR_NAME = "org.vorthmann.zome.commands.CommandImportVEFData.vef.string";
14868  }
14869  static {
14870    this.FIELD_ATTR_NAME = "org.vorthmann.zome.commands.CommandImportVEFData.field";
14871  }
14872  static {
14873    this.NO_INVERSION_ATTR_NAME = "org.vorthmann.zome.commands.CommandImportVEFData.no.inversion";
14874  }
14875  static PARAM_SIGNATURE_$LI$() {
14876    if (_CommandImportVEFData.PARAM_SIGNATURE == null) {
14877      _CommandImportVEFData.PARAM_SIGNATURE = [[Command.GENERIC_PARAM_NAME, Construction]];
14878    }
14879    return _CommandImportVEFData.PARAM_SIGNATURE;
14880  }
14881  static ATTR_SIGNATURE_$LI$() {
14882    if (_CommandImportVEFData.ATTR_SIGNATURE == null) {
14883      _CommandImportVEFData.ATTR_SIGNATURE = [[_CommandImportVEFData.VEF_STRING_ATTR_NAME, String], [Command.FIELD_ATTR_NAME, java.io.InputStream], [_CommandImportVEFData.NO_INVERSION_ATTR_NAME, java.io.InputStream]];
14884    }
14885    return _CommandImportVEFData.ATTR_SIGNATURE;
14886  }
14887  constructor(projection) {
14888    if (projection != null && (projection.constructor != null && projection.constructor["__interfaces"] != null && projection.constructor["__interfaces"].indexOf("com.vzome.core.math.Projection") >= 0) || projection === null) {
14889      let __args = arguments;
14890      super();
14891      if (this.mProjection === void 0) {
14892        this.mProjection = null;
14893      }
14894      this.quaternionVector = null;
14895      this.mProjection = projection;
14896    } else if (projection === void 0) {
14897      let __args = arguments;
14898      {
14899        let __args2 = arguments;
14900        let projection2 = null;
14901        super();
14902        if (this.mProjection === void 0) {
14903          this.mProjection = null;
14904        }
14905        this.quaternionVector = null;
14906        this.mProjection = projection2;
14907      }
14908    } else throw new Error("invalid overload");
14909  }
14910  /**
14911   * 
14912   * @return {java.lang.Object[][]}
14913   */
14914  getParameterSignature() {
14915    return _CommandImportVEFData.PARAM_SIGNATURE_$LI$();
14916  }
14917  /**
14918   * 
14919   * @return {java.lang.Object[][]}
14920   */
14921  getAttributeSignature() {
14922    return _CommandImportVEFData.ATTR_SIGNATURE_$LI$();
14923  }
14924  /**
14925   * 
14926   * @param {string} attrName
14927   * @return {boolean}
14928   */
14929  attributeIs3D(attrName) {
14930    return !("symmetry.axis.segment" === attrName);
14931  }
14932  /**
14933   * Only called when migrating a 2.0 model file.
14934   * @param {AlgebraicVector} offset
14935   */
14936  setQuaternion(offset) {
14937    this.quaternionVector = offset;
14938  }
14939  /**
14940   * 
14941   * @param {*} xml
14942   * @param {XmlSaveFormat} format
14943   * @return {AttributeMap}
14944   */
14945  setXml(xml, format) {
14946    const attrs = super.setXml(xml, format);
14947    this.quaternionVector = format.parseRationalVector(xml, "quaternion");
14948    return attrs;
14949  }
14950  /**
14951   * 
14952   * @param {*} result
14953   * @param {AttributeMap} attributes
14954   */
14955  getXml(result, attributes) {
14956    if (this.quaternionVector != null) DomUtils.addAttribute(result, "quaternion", this.quaternionVector.toParsableString());
14957    super.getXml(result, attributes);
14958  }
14959  /**
14960   * 
14961   * @param {AttributeMap} attributes
14962   * @param {XmlSaveFormat} format
14963   */
14964  setFixedAttributes(attributes, format) {
14965    if (!attributes.containsKey(_CommandImportVEFData.FIELD_ATTR_NAME)) attributes.put(_CommandImportVEFData.FIELD_ATTR_NAME, format.getField());
14966    super.setFixedAttributes(attributes, format);
14967  }
14968  /**
14969   * 
14970   * @param {ConstructionList} parameters
14971   * @param {AttributeMap} attributes
14972   * @param {*} effects
14973   * @return {ConstructionList}
14974   */
14975  apply(parameters, attributes, effects) {
14976    const result = new ConstructionList();
14977    let field5 = attributes.get(_CommandImportVEFData.FIELD_ATTR_NAME);
14978    if (field5 == null) field5 = attributes.get(Command.FIELD_ATTR_NAME);
14979    const symmAxis = attributes.get(CommandTransform.SYMMETRY_AXIS_ATTR_NAME);
14980    const vefData = attributes.get(_CommandImportVEFData.VEF_STRING_ATTR_NAME);
14981    const noInversion = attributes.get(_CommandImportVEFData.NO_INVERSION_ATTR_NAME);
14982    let projection = this.mProjection;
14983    if (projection == null) {
14984      let quaternion = this.quaternionVector;

14985      if (quaternion == null) quaternion = symmAxis == null ? null : symmAxis.getOffset();
14986      if (quaternion != null) quaternion = quaternion.scale(field5["createPower$int"](-5));
14987      projection = quaternion == null ? null : new QuaternionProjection(field5, null, quaternion);
14988    }
14989    if (noInversion != null && noInversion) new _CommandImportVEFData.VefToModelNoInversion(this, projection, field5, effects).parseVEF(vefData, field5);
14990    else new VefToModel(projection, effects, field5["createPower$int"](5), null).parseVEF(vefData, field5);
14991    return result;
14992  }
14993};
14994CommandImportVEFData["__class"] = "com.vzome.core.commands.CommandImportVEFData";
14995CommandImportVEFData["__interfaces"] = ["com.vzome.core.commands.Command"];
14996((CommandImportVEFData2) => {
14997  class VefToModelNoInversion extends VefToModel {
14998    constructor(__parent, projection, field5, effects) {
14999      super(projection, effects, field5["createPower$int"](5), null);
15000      this.__parent = __parent;
15001      if (this.mProjected === void 0) {
15002        this.mProjected = null;
15003      }
15004      this.mUsedPoints = new java.util.HashSet();
15005    }
15006    /**
15007     * 
15008     * @param {number} index
15009     * @param {AlgebraicVector} location
15010     */
15011    addVertex(index, location) {
15012      if (this.scale != null) {
15013        location = location.scale(this.scale);
15014      }
15015      if (this.mProjection != null) location = this.mProjection.projectImage(location, this.wFirst());
15016      this.mVertices[index] = new FreePoint(location);
15017    }
15018    /**
15019     * 
15020     * @param {number} numEdges
15021     */
15022    startEdges(numEdges) {
15023      this.mProjected = (function(dims) {
15024        let allocate = function(dims2) {
15025          if (dims2.length === 0) {
15026            return null;
15027          } else {
15028            let array = [];
15029            for (let i = 0; i < dims2[0]; i++) {
15030              array.push(allocate(dims2.slice(1)));
15031            }
15032            return array;
15033          }
15034        };
15035        return allocate(dims);
15036      })([numEdges, 2]);
15037    }
15038    /**
15039     * 
15040     * @param {number} index
15041     * @param {number} v1
15042     * @param {number} v2
15043     */
15044    addEdge(index, v1, v2) {
15045      const p1 = this.mVertices[v1];
15046      const p2 = this.mVertices[v2];
15047      if (p1 == null || p2 == null) return;
15048      const seg = new SegmentJoiningPoints(p1, p2);
15049      const pr1 = p1.getLocation().projectTo3d(this.wFirst()).negate();
15050      const pr2 = p2.getLocation().projectTo3d(this.wFirst()).negate();
15051      for (let i = 0; i < index; i++) {
15052        {
15053          if (pr1.equals(this.mProjected[i][0]) && pr2.equals(this.mProjected[i][1])) return;
15054          if (pr2.equals(this.mProjected[i][0]) && pr1.equals(this.mProjected[i][1])) return;
15055        }
15056        ;
15057      }
15058      this.mProjected[index][0] = pr1.negate();
15059      this.mProjected[index][1] = pr2.negate();
15060      this.mEffects["constructionAdded$com_vzome_core_construction_Construction"](seg);
15061      this.mUsedPoints.add(p1);
15062      this.mUsedPoints.add(p2);
15063    }
15064    /**
15065     * 
15066     */
15067    endEdges() {
15068      for (let index = this.mUsedPoints.iterator(); index.hasNext(); ) {
15069        let point = index.next();
15070        {
15071          this.mEffects["constructionAdded$com_vzome_core_construction_Construction"](point);
15072        }
15073      }
15074    }
15075  }
15076  CommandImportVEFData2.VefToModelNoInversion = VefToModelNoInversion;
15077  VefToModelNoInversion["__class"] = "com.vzome.core.commands.CommandImportVEFData.VefToModelNoInversion";
15078})(CommandImportVEFData || (CommandImportVEFData = {}));
15079

15080// src/worker/legacy/from-java/com/vzome/core/commands/CommandVanOss600Cell.ts
15081var CommandVanOss600Cell = class _CommandVanOss600Cell extends CommandImportVEFData {
15082  /**
15083   * 
15084   * @param {ConstructionList} parameters
15085   * @param {AttributeMap} attributes
15086   * @param {*} effects
15087   * @return {ConstructionList}
15088   */
15089  apply(parameters, attributes, effects) {
15090    try {
15091      const input = this.constructor.getClassLoader().getResourceAsStream("com/vzome/core/commands/600cell.vef");
15092      const out = new java.io.ByteArrayOutputStream();
15093      const buf = ((s) => {
15094        let a = [];
15095        while (s-- > 0) a.push(0);
15096        return a;
15097      })(1024);
15098      let num;
15099      while ((num = input.read(buf, 0, 1024)) > 0) {
15100        out.write(buf, 0, num);
15101      }
15102      ;
15103      const vefData = new String(out.toByteArray());
15104      const result = new ConstructionList();
15105      let field5 = attributes.get(CommandImportVEFData.FIELD_ATTR_NAME);
15106      if (field5 == null) field5 = attributes.get(Command.FIELD_ATTR_NAME);
15107      new _CommandVanOss600Cell.VefToModel(this, null, effects).parseVEF(vefData, field5);
15108      return result;
15109    } catch (exc) {
15110      throw new Command.Failure(exc);
15111    }
15112  }
15113  constructor() {
15114    super();
15115  }
15116};
15117CommandVanOss600Cell["__class"] = "com.vzome.core.commands.CommandVanOss600Cell";
15118CommandVanOss600Cell["__interfaces"] = ["com.vzome.core.commands.Command"];
15119((CommandVanOss600Cell2) => {
15120  class VefToModel2 extends VefParser {
15121    constructor(__parent, quaternion, effects) {
15122      super();
15123      this.__parent = __parent;
15124      if (this.mProjection === void 0) {
15125        this.mProjection = null;
15126      }
15127      if (this.mVertices === void 0) {
15128        this.mVertices = null;
15129      }
15130      if (this.mEffects === void 0) {
15131        this.mEffects = null;
15132      }
15133      if (this.mLocations === void 0) {
15134        this.mLocations = null;
15135      }
15136      this.mEffects = effects;
15137    }
15138    /**
15139     * 
15140     * @param {number} numVertices
15141     */
15142    startVertices(numVertices) {
15143      this.mVertices = ((s) => {
15144        let a = [];
15145        while (s-- > 0) a.push(null);
15146        return a;
15147      })(numVertices);
15148      this.mLocations = ((s) => {
15149        let a = [];
15150        while (s-- > 0) a.push(null);
15151        return a;
15152      })(numVertices);
15153      this.mProjection = null;
15154    }
15155    /**
15156     * 
15157     * @param {number} index
15158     * @param {AlgebraicVector} location
15159     */
15160    addVertex(index, location) {
15161      this.mLocations[index] = location;
15162    }
15163    /**
15164     * 
15165     */
15166    endVertices() {
15167      const field5 = this.getField();

15168      const half = field5["createRational$long$long"](1, 2);
15169      const quarter = field5["createRational$long$long"](1, 4);
15170      const centroid = this.mLocations[0].plus(this.mLocations[48]).plus(this.mLocations[50]).plus(this.mLocations[64]).scale(quarter);
15171      const edgeCenter = this.mLocations[0].plus(this.mLocations[48]).scale(half);
15172      const vertex = this.mLocations[50];
15173      const edgeToVertex = vertex.minus(edgeCenter);
15174      const edgeToCenter = centroid.minus(edgeCenter);
15175      const symmCenter1 = edgeCenter.plus(edgeToCenter.scale(field5["createAlgebraicNumber$int$int$int$int"](0, 3, 5, 0)));
15176      const symmCenter2 = edgeCenter.plus(edgeToVertex.scale(field5["createAlgebraicNumber$int$int$int$int"](0, 2, 5, 0)));
15177      const direction = symmCenter2.minus(symmCenter1);
15178      const target = symmCenter1.plus(direction.scale(field5["createAlgebraicNumber$int$int$int$int"](0, 1, 1, 0)));
15179      this.mProjection = new QuaternionProjection(field5, null, target);
15180      const power5 = field5["createPower$int"](5);
15181      for (let i = 0; i < this.mLocations.length; i++) {
15182        {
15183          let location = this.mLocations[i].scale(power5);
15184          location = this.mProjection.projectImage(location, this.wFirst());
15185          this.mVertices[i] = new FreePoint(location);
15186          this.mEffects["constructionAdded$com_vzome_core_construction_Construction"](this.mVertices[i]);
15187        }
15188        ;
15189      }
15190    }
15191    /**
15192     * 
15193     * @param {number} index
15194     * @param {number} v1
15195     * @param {number} v2
15196     */
15197    addEdge(index, v1, v2) {
15198      const p1 = this.mVertices[v1];
15199      const p2 = this.mVertices[v2];
15200      if (p1 == null || p2 == null) {
15201        console.info("skipping " + v1 + " " + v2);
15202        return;
15203      }
15204      const seg = new SegmentJoiningPoints(p1, p2);
15205      this.mEffects["constructionAdded$com_vzome_core_construction_Construction"](seg);
15206    }
15207    /**
15208     * 
15209     * @param {number} numEdges
15210     */
15211    startEdges(numEdges) {
15212    }
15213    /**
15214     * 
15215     * @param {number} numFaces
15216     */
15217    startFaces(numFaces) {
15218    }
15219    /**
15220     * 
15221     * @param {number} index
15222     * @param {int[]} verts
15223     */
15224    addFace(index, verts) {
15225    }
15226    /**
15227     * 
15228     * @param {number} index
15229     * @param {number} vertex
15230     */
15231    addBall(index, vertex) {
15232    }
15233    /**
15234     * 
15235     * @param {number} numVertices
15236     */
15237    startBalls(numVertices) {
15238    }
15239  }
15240  CommandVanOss600Cell2.VefToModel = VefToModel2;
15241  VefToModel2["__class"] = "com.vzome.core.commands.CommandVanOss600Cell.VefToModel";
15242})(CommandVanOss600Cell || (CommandVanOss600Cell = {}));
15243

15244// src/worker/legacy/from-java/com/vzome/core/tools/AxialStretchTool.ts
15245var AxialStretchTool = class _AxialStretchTool extends TransformationTool {
15246  static {
15247    this.TOOLTIP_REDSQUASH1 = '<p>Each tool applies a "squash" transformation to the<br>selected objects, compressing along a red axis.  To create<br>a tool, select a ball as the center of the mapping, and a<br>red strut as the direction of the compression.  The ball and<br>strut need not be collinear.<br><br>The mapping comes from the usual Zome projection of the<br>120-cell.  It is the mapping that transforms the central,<br>blue dodecahedron into the compressed form in the next<br>layer outward.<br><br>By default, the input selection will be removed, and replaced<br>with the squashed equivalent.  If you want to keep the inputs,<br>you can right-click after creating the tool, to configure it.<br></p>';
15248  }
15249  static {
15250    this.TOOLTIP_REDSTRETCH1 = '<p>Each tool applies a "stretch" transformation to the<br>selected objects, stretching along a red axis.  To create<br>a tool, select a ball as the center of the mapping, and a<br>red strut as the direction of the stretch.  The ball and<br>strut need not be collinear.<br><br>The mapping comes from the usual Zome projection of the<br>120-cell.  It is the inverse of the mapping that transforms<br>the central, blue dodecahedron into the compressed form in<br>the next layer outward.<br><br>By default, the input selection will be removed, and replaced<br>with the stretched equivalent.  If you want to keep the inputs,<br>you can right-click after creating the tool, to configure it.<br></p>';
15251  }
15252  static {
15253    this.TOOLTIP_YELLOWSQUASH = '<p>Each tool applies a "squash" transformation to the<br>selected objects, compressing along a yellow axis.  To create<br>a tool, select a ball as the center of the mapping, and a<br>yellow strut as the direction of the compression.  The ball and<br>strut need not be collinear.<br><br>The mapping comes from the usual Zome projection of the<br>120-cell.  It is the mapping that transforms the central,<br>blue dodecahedron into the compressed form along a yellow axis.<br><br>By default, the input selection will be removed, and replaced<br>with the squashed equivalent.  If you want to keep the inputs,<br>you can right-click after creating the tool, to configure it.<br></p>';
15254  }
15255  static {
15256    this.TOOLTIP_YELLOWSTRETCH = '<p>Each tool applies a "stretch" transformation to the<br>selected objects, stretching along a yellow axis.  To create<br>a tool, select a ball as the center of the mapping, and a<br>yellow strut as the direction of the stretch.  The ball and<br>strut need not be collinear.<br><br>The mapping comes from the usual Zome projection of the<br>120-cell.  It is the inverse of the mapping that transforms<br>the central, blue dodecahedron into the compressed form along<br>a yellow axis.<br><br>By default, the input selection will be removed, and replaced<br>with the stretched equivalent.  If you want to keep the inputs,<br>you can right-click after creating the tool, to configure it.<br></p>';
15257  }
15258  static {
15259    this.TOOLTIP_REDSQUASH2 = '<p>Each tool applies a "squash" transformation to the<br>selected objects, compressing along a red axis.  To create<br>a tool, select a ball as the center of the mapping, and a<br>red strut as the direction of the compression.  The ball and<br>strut need not be collinear.<br><br>The mapping comes from the usual Zome projection of the<br>120-cell.  It is the mapping that transforms the central,<br>blue dodecahedron into the compressed form in the second<br>layer outward along a red axis.<br><br>By default, the input selection will be removed, and replaced<br>with the squashed equivalent.  If you want to keep the inputs,<br>you can right-click after creating the tool, to configure it.<br></p>';
15260  }
15261  static {
15262    this.TOOLTIP_REDSTRETCH2 = '<p>Each tool applies a "stretch" transformation to the<br>selected objects, stretching along a red axis.  To create<br>a tool, select a ball as the center of the mapping, and a<br>red strut as the direction of the stretch.  The ball and<br>strut need not be collinear.<br><br>The mapping comes from the usual Zome projection of the<br>120-cell.  It is the inverse of the mapping that transforms<br>the central, blue dodecahedron into the compressed form in<br>the second layer outward along a red axis.<br><br>By default, the input selection will be removed, and replaced<br>with the stretched equivalent.  If you want to keep the inputs,<br>

15262you can right-click after creating the tool, to configure it.<br></p>';
15263  }
15264  constructor(id, symmetry, tools, stretch, red, first, category) {
15265    super(id, tools);
15266    if (this.symmetry === void 0) {
15267      this.symmetry = null;
15268    }
15269    if (this.stretch === void 0) {
15270      this.stretch = false;
15271    }
15272    if (this.red === void 0) {
15273      this.red = false;
15274    }
15275    if (this.first === void 0) {
15276      this.first = false;
15277    }
15278    if (this.__com_vzome_core_tools_AxialStretchTool_category === void 0) {
15279      this.__com_vzome_core_tools_AxialStretchTool_category = null;
15280    }
15281    this.symmetry = symmetry;
15282    this.stretch = stretch;
15283    this.red = red;
15284    this.first = first;
15285    this.__com_vzome_core_tools_AxialStretchTool_category = category;
15286    this.setInputBehaviors(false, true);
15287  }
15288  /**
15289   * 
15290   * @param {boolean} prepareTool
15291   * @return {string}
15292   */
15293  checkSelection(prepareTool) {
15294    let center = null;
15295    let axis = null;
15296    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
15297      let man = index.next();
15298      {
15299        if (prepareTool) this.unselect$com_vzome_core_model_Manifestation(man);
15300        if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0)) {
15301          if (center != null) return "Only one ball may be selected";
15302          center = man.getFirstConstruction();
15303        } else if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0)) {
15304          if (axis != null) return "Only one strut may be selected";
15305          axis = man.getFirstConstruction();
15306        } else if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Panel") >= 0)) {
15307          return "Panels are not supported.";
15308        }
15309      }
15310    }
15311    if (center == null) return "Exactly one ball must be selected.";
15312    if (axis == null) return "Exactly one strut must be selected.";
15313    const zone = this.symmetry.getAxis$com_vzome_core_algebra_AlgebraicVector(axis.getOffset());
15314    if (zone == null) return "Selected alignment strut is not an appropriate axis.";
15315    let o0;
15316    let o1;
15317    let o2;
15318    let n0;
15319    let n1;
15320    let n2;
15321    switch (zone.getDirection().getName()) {
15322      case "yellow":
15323        {
15324          if (this.red) return "A red axis strut must be selected.";
15325          const blueOrbit = this.symmetry.getDirection("blue");
15326          const blueScale = blueOrbit.getUnitLength();
15327          o0 = blueOrbit.getAxis$int$int(Symmetry.PLUS, 2).normal().scale(blueScale);
15328          o1 = blueOrbit.getAxis$int$int(Symmetry.PLUS, 54).normal().scale(blueScale);
15329          o2 = blueOrbit.getAxis$int$int(Symmetry.PLUS, 36).normal().scale(blueScale);
15330          const redOrbit = this.symmetry.getDirection("red");
15331          const redScale = redOrbit.getUnitLength();
15332          n0 = redOrbit.getAxis$int$int(Symmetry.PLUS, 2).normal().scale(redScale);
15333          n1 = redOrbit.getAxis$int$int(Symmetry.PLUS, 46).normal().scale(redScale);
15334          n2 = redOrbit.getAxis$int$int(Symmetry.PLUS, 16).normal().scale(redScale);
15335          break;
15336        }
15337        ;
15338      case "red":
15339        {
15340          if (!this.red) return "A yellow axis strut must be selected.";
15341          const blueOrbit = this.symmetry.getDirection("blue");
15342          const blueScale = blueOrbit.getUnitLength();
15343          const redOrbit = this.symmetry.getDirection("red");
15344          let redScale = redOrbit.getUnitLength();
15345          if (this.first) {
15346            o0 = blueOrbit.getAxis$int$int(Symmetry.PLUS, 56).normal().scale(blueScale);
15347            o1 = blueOrbit.getAxis$int$int(Symmetry.PLUS, 38).normal().scale(blueScale);
15348            o2 = blueOrbit.getAxis$int$int(Symmetry.PLUS, 40).normal().scale(blueScale);
15349            n0 = redOrbit.getAxis$int$int(Symmetry.PLUS, 46).normal().scale(redScale);
15350            n1 = redOrbit.getAxis$int$int(Symmetry.PLUS, 1).normal().scale(redScale);
15351            n2 = redOrbit.getAxis$int$int(Symmetry.PLUS, 2).normal().scale(redScale);
15352          } else {
15353            o0 = blueOrbit.getAxis$int$int(Symmetry.PLUS, 37).normal().scale(blueScale);
15354            o1 = blueOrbit.getAxis$int$int(Symmetry.PLUS, 25).normal().scale(blueScale);
15355            o2 = blueOrbit.getAxis$int$int(Symmetry.PLUS, 45).normal().scale(blueScale);
15356            n0 = blueOrbit.getAxis$int$int(Symmetry.PLUS, 37).normal().scale(blueScale);
15357            n1 = blueOrbit.getAxis$int$int(Symmetry.PLUS, 25).normal().scale(blueScale);

15358            redScale = redScale["times$com_vzome_core_algebra_AlgebraicNumber"](this.symmetry.getField()["createPower$int"](-1));
15359            n2 = redOrbit.getAxis$int$int(Symmetry.PLUS, 45).normal().scale(redScale);
15360          }
15361          break;
15362        }
15363        ;
15364      default:
15365        return "Selected alignment strut is not an appropriate axis.";
15366    }
15367    if (prepareTool) {
15368      const orientation = this.symmetry.getMatrix(zone.getOrientation());
15369      const inverse = orientation.inverse();
15370      let oldBasis = new AlgebraicMatrix(o0, o1, o2);
15371      let newBasis = new AlgebraicMatrix(n0, n1, n2);
15372      if (this.stretch) {
15373        const temp = oldBasis;
15374        oldBasis = newBasis;
15375        newBasis = temp;
15376      }
15377      const matrix = orientation.times(newBasis.times(oldBasis.inverse()).times(inverse));
15378      this.transforms = [null];
15379      this.transforms[0] = new MatrixTransformation(matrix, center.getLocation());
15380    }
15381    return null;
15382  }
15383  /**
15384   * 
15385   * @return {string}
15386   */
15387  getXmlElementName() {
15388    return "AxialStretchTool";
15389  }
15390  /**
15391   * 
15392   * @param {*} element
15393   */
15394  getXmlAttributes(element) {
15395    super.getXmlAttributes(element);
15396    if (this.stretch) element.setAttribute("stretch", "true");
15397    element.setAttribute("orbit", this.red ? "red" : "yellow");
15398    if (!this.first) element.setAttribute("first", "false");
15399  }
15400  /**
15401   * 
15402   * @param {*} element
15403   * @param {XmlSaveFormat} format
15404   */
15405  setXmlAttributes(element, format) {
15406    let value = element.getAttribute("stretch");
15407    this.stretch = value != null && value === "true";
15408    value = element.getAttribute("orbit");
15409    this.red = value === "red";
15410    value = element.getAttribute("first");
15411    this.first = value == null || !(value === "false");
15412    this.__com_vzome_core_tools_AxialStretchTool_category = _AxialStretchTool.Factory.getCategory(this.red, this.stretch, this.first);
15413    this.symmetry = format.parseSymmetry("icosahedral");
15414    super.setXmlAttributes(element, format);
15415  }
15416  /**
15417   * 
15418   * @return {string}
15419   */
15420  getCategory() {
15421    return this.__com_vzome_core_tools_AxialStretchTool_category;
15422  }
15423};
15424AxialStretchTool["__class"] = "com.vzome.core.tools.AxialStretchTool";
15425AxialStretchTool["__interfaces"] = ["com.vzome.api.Tool"];
15426((AxialStretchTool2) => {
15427  class Factory extends AbstractToolFactory {
15428    static getCategory(red, stretch, first) {
15429      if (red) if (first) return stretch ? "redstretch1" : "redsquash1";
15430      else return stretch ? "redstretch2" : "redsquash2";
15431      else return stretch ? "yellowstretch" : "yellowsquash";
15432    }
15433    static getLabel(red, stretch, first) {
15434      let label;
15435      if (red) if (first) label = stretch ? "weak red stretch" : "weak red squash";
15436      else label = stretch ? "strong red stretch" : "strong red squash";
15437      else label = stretch ? "yellow stretch" : "yellow squash";
15438      return "Create a " + label + " tool";
15439    }
15440    static getToolTip(red, stretch, first) {
15441      if (red) if (first) return stretch ? AxialStretchTool2.TOOLTIP_REDSTRETCH1 : AxialStretchTool2.TOOLTIP_REDSQUASH1;
15442      else return stretch ? AxialStretchTool2.TOOLTIP_REDSTRETCH2 : AxialStretchTool2.TOOLTIP_REDSQUASH2;
15443      else return stretch ? AxialStretchTool2.TOOLTIP_YELLOWSTRETCH : AxialStretchTool2.TOOLTIP_YELLOWSQUASH;
15444    }
15445    constructor(tools, symmetry, red, stretch, first) {
15446      super(tools, symmetry, Factory.getCategory(red, stretch, first), Factory.getLabel(red, stretch, first), Factory.getToolTip(red, stretch, first));
15447      if (this.red === void 0) {
15448        this.red = false;
15449      }
15450      if (this.stretch === void 0) {
15451        this.stretch = false;
15452      }
15453      if (this.first === void 0) {
15454        this.first = false;
15455      }
15456      this.red = red;
15457      this.stretch = stretch;
15458      this.first = first;
15459    }
15460    /**
15461     * 
15462     * @param {number} total
15463     * @param {number} balls
15464     * @param {number} struts
15465     * @param {number} panels
15466     * @return {boolean}
15467     */
15468    countsAreValid(total, balls, struts, panels) {
15469      return total === 2 && balls === 1 && struts === 1;
15470    }
15471    /**
15472     * 
15473     * @param {string} id
15474     * @return {Tool}
15475     */
15476    createToolInternal(id) {
15477      const category = Factory.getCategory(this.red, this.stretch, this.first);

15478      return new AxialStretchTool2(id, this.getSymmetry(), this.getToolsModel(), this.stretch, this.red, this.first, category);
15479    }
15480    /**
15481     * 
15482     * @return {Tool}
15483     */
15484    createTool() {
15485      const result = super.createTool();
15486      result.setCopyColors(false);
15487      return result;
15488    }
15489    /**
15490     * 
15491     * @param {*} selection
15492     * @return {boolean}
15493     */
15494    bindParameters(selection) {
15495      const symmetry = this.getSymmetry();
15496      for (let index = selection.iterator(); index.hasNext(); ) {
15497        let man = index.next();
15498        if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0)) {
15499          const axisStrut = man;
15500          let vector = axisStrut.getOffset();
15501          vector = symmetry.getField().projectTo3d(vector, true);
15502          const axis = symmetry.getAxis$com_vzome_core_algebra_AlgebraicVector(vector);
15503          if (axis == null) return false;
15504          const orbitName = axis.getDirection().getName();
15505          if (this.red) return orbitName === "red";
15506          else return orbitName === "yellow";
15507        }
15508      }
15509      return true;
15510    }
15511  }
15512  AxialStretchTool2.Factory = Factory;
15513  Factory["__class"] = "com.vzome.core.tools.AxialStretchTool.Factory";
15514  Factory["__interfaces"] = ["com.vzome.core.editor.SelectionSummary.Listener", "com.vzome.api.Tool.Factory"];
15515})(AxialStretchTool || (AxialStretchTool = {}));
15516

15517// src/worker/legacy/from-java/com/vzome/core/tools/IcosahedralToolFactory.ts
15518var IcosahedralToolFactory = class _IcosahedralToolFactory extends AbstractToolFactory {
15519  static {
15520    this.ID = "icosahedral";
15521  }
15522  static {
15523    this.LABEL = "Create an icosahedral symmetry tool";
15524  }
15525  static {
15526    this.TOOLTIP = "<p>Each tool produces up to 59 copies of the input<br>selection, using the rotation symmetries of an<br>icosahedron.  To create a tool, select a single<br>ball that defines the center of symmetry.<br><br>Combine with a point reflection tool to achieve<br>all 120 symmetries of the icosahedron, including<br>reflections.<br></p>";
15527  }
15528  constructor(tools, symmetry) {
15529    super(tools, symmetry, _IcosahedralToolFactory.ID, _IcosahedralToolFactory.LABEL, _IcosahedralToolFactory.TOOLTIP);
15530  }
15531  /**
15532   * 
15533   * @param {number} total
15534   * @param {number} balls
15535   * @param {number} struts
15536   * @param {number} panels
15537   * @return {boolean}
15538   */
15539  countsAreValid(total, balls, struts, panels) {
15540    return total === 1 && balls === 1;
15541  }
15542  /**
15543   * 
15544   * @param {string} id
15545   * @return {Tool}
15546   */
15547  createToolInternal(id) {

15548    return new SymmetryTool(id, this.getSymmetry(), this.getToolsModel());
15549  }
15550  /**
15551   * 
15552   * @param {*} selection
15553   * @return {boolean}
15554   */
15555  bindParameters(selection) {
15556    return selection.size() === 1 && (selection.iterator().next() != null && (selection.iterator().next().constructor != null && selection.iterator().next().constructor["__interfaces"] != null && selection.iterator().next().constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0));
15557  }
15558};
15559IcosahedralToolFactory["__class"] = "com.vzome.core.tools.IcosahedralToolFactory";
15560IcosahedralToolFactory["__interfaces"] = ["com.vzome.core.editor.SelectionSummary.Listener", "com.vzome.api.Tool.Factory"];
15561

15562// src/worker/legacy/from-java/com/vzome/core/viewing/ExportedVEFStrutGeometry.ts
15563var ExportedVEFStrutGeometry = class _ExportedVEFStrutGeometry {
15564  static LOGGER_$LI$() {
15565    if (_ExportedVEFStrutGeometry.LOGGER == null) {
15566      _ExportedVEFStrutGeometry.LOGGER = java.util.logging.Logger.getLogger("com.vzome.core.viewing.ExportedVEFStrutGeometry");
15567    }
15568    return _ExportedVEFStrutGeometry.LOGGER;
15569  }
15570  constructor(vertices, faces, prototype, fullScaleVertices, halfScaleVertices, field5) {
15571    if ((vertices != null && (vertices.constructor != null && vertices.constructor["__interfaces"] != null && vertices.constructor["__interfaces"].indexOf("java.util.List") >= 0) || vertices === null) && (faces != null && (faces.constructor != null && faces.constructor["__interfaces"] != null && faces.constructor["__interfaces"].indexOf("java.util.List") >= 0) || faces === null) && (prototype != null && prototype instanceof AlgebraicVector || prototype === null) && (fullScaleVertices != null && (fullScaleVertices.constructor != null && fullScaleVertices.constructor["__interfaces"] != null && fullScaleVertices.constructor["__interfaces"].indexOf("java.util.Set") >= 0) || fullScaleVertices === null) && (halfScaleVertices != null && (halfScaleVertices.constructor != null && halfScaleVertices.constructor["__interfaces"] != null && halfScaleVertices.constructor["__interfaces"].indexOf("java.util.Set") >= 0) || halfScaleVertices === null) && (field5 != null && (field5.constructor != null && field5.constructor["__interfaces"] != null && field5.constructor["__interfaces"].indexOf("com.vzome.core.algebra.AlgebraicField") >= 0) || field5 === null)) {
15572      let __args = arguments;
15573      if (this.prototypeVertices === void 0) {
15574        this.prototypeVertices = null;
15575      }
15576      if (this.prototypeFaces === void 0) {
15577        this.prototypeFaces = null;
15578      }
15579      if (this.field === void 0) {
15580        this.field = null;
15581      }
15582      if (this.prototypeVector === void 0) {
15583        this.prototypeVector = null;
15584      }
15585      if (this.fullScaleVertices === void 0) {
15586        this.fullScaleVertices = null;
15587      }
15588      if (this.halfScaleVertices === void 0) {
15589        this.halfScaleVertices = null;
15590      }
15591      this.shortGeometry = null;
15592      this.prototypeVertices = vertices;
15593      this.prototypeFaces = faces;
15594      this.prototypeVector = prototype;
15595      this.fullScaleVertices = fullScaleVertices;
15596      this.halfScaleVertices = halfScaleVertices;
15597      this.field = field5;
15598    } else if ((vertices != null && (vertices.constructor != null && vertices.constructor["__interfaces"] != null && vertices.constructor["__interfaces"].indexOf("java.util.List") >= 0) || vertices === null) && (faces != null && (faces.constructor != null && faces.constructor["__interfaces"] != null && faces.constructor["__interfaces"].indexOf("java.util.List") >= 0) || faces === null) && (prototype != null && prototype instanceof AlgebraicVector || prototype === null) && (fullScaleVertices != null && (fullScaleVertices.constructor != null && fullScaleVertices.constructor["__interfaces"] != null && fullScaleVertices.constructor["__interfaces"].indexOf("java.util.Set") >= 0) || fullScaleVertices === null) && (halfScaleVertices != null && (halfScaleVertices.constructor != null && halfScaleVertices.constructor["__interfaces"] != null && halfScaleVertices.constructor["__interfaces"].indexOf("com.vzome.core.algebra.AlgebraicField") >= 0) || halfScaleVertices === null) && field5 === void 0) {
15599      let __args = arguments;
15600      let field6 = __args[4];
15601      {
15602        let __args2 = arguments;
15603        let halfScaleVertices2 = null;
15604        if (this.prototypeVertices === void 0) {
15605          this.prototypeVertices = null;
15606        }
15607        if (this.prototypeFaces === void 0) {
15608          this.prototypeFaces = null;
15609        }
15610        if (this.field === void 0) {
15611          this.field = null;
15612        }
15613        if (this.prototypeVector === void 0) {
15614          this.prototypeVector = null;
15615        }
15616        if (this.fullScaleVertices === void 0) {
15617          this.fullScaleVertices = null;
15618        }
15619        if (this.halfScaleVertices === void 0) {
15620          this.halfScaleVertices = null;
15621        }
15622        this.shortGeometry = null;
15623        this.prototypeVertices = vertices;
15624        this.prototypeFaces = faces;
15625        this.prototypeVector = prototype;
15626        this.fullScaleVertices = fullScaleVertices;
15627        this.halfScaleVertices = halfScaleVertices2;
15628        this.field = field6;
15629      }
15630    } else throw new Error("invalid overload");
15631  }
15632  getTriangles() {

15633    return this.getStrutPolyhedron(this.field.one()).getTriangleFaces();
15634  }
15635  /**
15636   * 
15637   * @param {*} length
15638   * @return {Polyhedron}
15639   */
15640  getStrutPolyhedron(length) {
15641    const tipVertex = this.prototypeVector.scale(length);
15642    let maxNonTipDistance = 0;
15643    let minTipDistance = tipVertex.toRealVector().length();
15644    const midpoint = tipVertex.scale(this.field["createRational$long$long"](1, 2));
15645    if (this.field.getName() === "snubDodec" && _ExportedVEFStrutGeometry.LOGGER_$LI$().isLoggable(java.util.logging.Level.FINE)) {
15646      _ExportedVEFStrutGeometry.LOGGER_$LI$().fine("proto length = " + this.prototypeVector.toRealVector().length());
15647      _ExportedVEFStrutGeometry.LOGGER_$LI$().fine("strut length = " + length.evaluate());
15648      _ExportedVEFStrutGeometry.LOGGER_$LI$().fine("tip length = " + tipVertex.toRealVector().length());
15649    }
15650    const result = new Polyhedron(this.field);
15651    for (let i = 0; i < this.prototypeVertices.size(); i++) {
15652      {
15653        let vertex = this.prototypeVertices.get(i);
15654        if (this.fullScaleVertices.contains(i)) {
15655          vertex = vertex.plus(tipVertex);
15656          minTipDistance = Math.min(minTipDistance, vertex.toRealVector().length());
15657        } else {
15658          if (this.halfScaleVertices != null && this.halfScaleVertices.contains(i)) {
15659            vertex = vertex.plus(midpoint);
15660          }
15661          maxNonTipDistance = Math.max(maxNonTipDistance, vertex.toRealVector().length());
15662        }
15663        result.addVertex(vertex);
15664      }
15665      ;
15666    }
15667    if (maxNonTipDistance > minTipDistance) {
15668      if (this.shortGeometry != null) {
15669        return this.shortGeometry.getStrutPolyhedron(length);
15670      } else return null;
15671    }
15672    for (let index = this.prototypeFaces.iterator(); index.hasNext(); ) {
15673      let prototypeFace = index.next();
15674      {
15675        const face = result.newFace();
15676        face.addAll(prototypeFace);
15677        result.addFace(face);
15678      }
15679    }
15680    return result;
15681  }
15682  setShortGeometry(shortGeometry) {
15683    this.shortGeometry = shortGeometry;
15684  }
15685};
15686ExportedVEFStrutGeometry["__class"] = "com.vzome.core.viewing.ExportedVEFStrutGeometry";
15687ExportedVEFStrutGeometry["__interfaces"] = ["com.vzome.core.parts.StrutGeometry"];
15688

15689// src/worker/legacy/from-java/java/util/Properties.ts
15690var Properties = class {
15691  constructor() {
15692    /*private*/
15693    this.map = {};
15694  }
15695  getProperty(key) {
15696    const value = this.map[key];
15697    return value === void 0 ? null : value;
15698  }
15699  setProperty(key, value) {
15700    this.map[key] = value;
15701  }
15702  load(inStream) {
15703    if (inStream == null) return;
15704    const bytes = [];
15705    let b;
15706    while ((b = inStream.read()) >= 0) bytes.push(b);
15707    const text = bytes.map((c) => String.fromCharCode(c)).join("");
15708    for (const rawLine of text.split(/\r\n|\r|\n/)) {
15709      const line = rawLine.trim();
15710      if (line.length === 0) continue;
15711      if (line.charAt(0) === "#" || line.charAt(0) === "!") continue;
15712      let sep = -1;
15713      for (let i = 0; i < line.length; i++) {
15714        const c = line.charAt(i);
15715        if (c === "=" || c === ":") {
15716          sep = i;
15717          break;
15718        }
15719      }
15720      if (sep < 0) {
15721        this.map[line] = "";
15722        continue;
15723      }
15724      const key = line.substring(0, sep).trim();
15725      const value = line.substring(sep + 1).trim();
15726      if (key.length > 0) this.map[key] = value;
15727    }
15728  }
15729  isEmpty() {
15730    return Object.keys(this.map).length === 0;
15731  }
15732};
15733Properties["__class"] = "java.util.Properties";
15734

15735// src/worker/legacy/from-java/com/vzome/core/viewing/ExportedVEFShapes.ts
15736var ExportedVEFShapes = class _ExportedVEFShapes extends AbstractShapes {
15737  static LOGGER_$LI$() {
15738    if (_ExportedVEFShapes.LOGGER == null) {
15739      _ExportedVEFShapes.LOGGER = java.util.logging.Logger.getLogger("com.vzome.core.viewing.shapes");
15740    }
15741    return _ExportedVEFShapes.LOGGER;
15742  }
15743  static {
15744    this.MODEL_PREFIX = "com/vzome/core/parts/";
15745  }
15746  static {
15747    this.NODE_MODEL = "connector";
15748  }
15749  static injectShapeVEF(key, vef) {
15750  }
15751  constructor(prefsFolder, pkgName, name, alias, symm, fallback, isSnub) {
15752    if ((prefsFolder != null && prefsFolder instanceof File || prefsFolder === null) && (typeof pkgName === "string" || pkgName === null) && (typeof name === "string" || name === null) && (typeof alias === "string" || alias === null) && (symm != null && (symm.constructor != null && symm.constructor["__interfaces"] != null && symm.constructor["__interfaces"].indexOf("com.vzome.core.math.symmetry.Symmetry") >= 0) || symm === null) && (fallback != null && fallback instanceof AbstractShapes || fallback === null) && (typeof isSnub === "boolean" || isSnub === null)) {
15753      let __args = arguments;
15754      super(pkgName, name, alias, symm);
15755      if (this.fallback === void 0) {
15756        this.fallback = null;
15757      }
15758      if (this.isSnub === void 0) {
15759        this.isSnub = false;
15760      }
15761      this.colors = new Properties();
15762      this.fallback = fallback;
15763      this.isSnub = isSnub;
15764      const colorProps = _ExportedVEFShapes.MODEL_PREFIX + pkgName + "/colors.properties";
15765      const resource = ResourceLoader.loadStringResource(colorProps);
15766      if (resource != null) try {
15767        const inputStream = new java.io.ByteArrayInputStream(
15768          /* getBytes */
15769          resource.split("").map((s) => s.charCodeAt(0))
15770        );
15771        this.colors.load(inputStream);
15772      } catch (ioe) {
15773        if (_ExportedVEFShapes.LOGGER_$LI$().isLoggable(java.util.logging.Level.FINE)) _ExportedVEFShapes.LOGGER_$LI$().fine("problem with shape color properties: " + colorProps);
15774      }
15775    } else if ((prefsFolder != null && prefsFolder instanceof File || prefsFolder === null) && (typeof pkgName === "string" || pkgName === null) && (typeof name === "string" || name === null) && (typeof alias === "string" || alias === null) && (symm != null && (symm.constructor != null && symm.constructor["__interfaces"] != null && symm.constructor["__interfaces"].indexOf("com.vzome.core.math.symmetry.Symmetry") >= 0) || symm === null) && (fallback != null && fallback instanceof AbstractShapes || fallback === null) && isSnub === void 0) {
15776      let __args = arguments;
15777      {
15778        let __args2 = arguments;
15779        let isSnub2 = false;
15780        super(pkgName, name, alias, symm);
15781        if (this.fallback === void 0) {
15782          this.fallback = null;
15783        }
15784        if (this.isSnub === void 0) {
15785          this.isSnub = false;
15786        }
15787        this.colors = new Properties();
15788        this.fallback = fallback;
15789        this.isSnub = isSnub2;
15790        const colorProps = _ExportedVEFShapes.MODEL_PREFIX + pkgName + "/colors.properties";
15791        const resource = ResourceLoader.loadStringResource(colorProps);
15792        if (resource != null) try {
15793          const inputStream = new java.io.ByteArrayInputStream(
15794            /* getBytes */
15795            resource.split("").map((s) => s.charCodeAt(0))
15796          );
15797          this.colors.load(inputStream);
15798        } catch (ioe) {
15799          if (_ExportedVEFShapes.LOGGER_$LI$().isLoggable(java.util.logging.Level.FINE)) _ExportedVEFShapes.LOGGER_$LI$().fine("problem with shape color properties: " + colorProps);
15800        }
15801      }
15802    } else if ((prefsFolder != null && prefsFolder instanceof File || prefsFolder === null) && (typeof pkgName === "string" || pkgName === null) && (typeof name === "string" || name === null) && (typeof alias === "string" || alias === null) && (symm != null && (symm.constructor != null && symm.constructor["__interfaces"] != null && symm.constructor["__interfaces"].indexOf("com.vzome.core.math.symmetry.Symmetry") >= 0) || symm === null) && fallback === void 0 && isSnub === void 0) {
15803      let __args = arguments;
15804      {
15805        let __args2 = arguments;
15806        let fallback2 = new OctahedralShapes(__args2[1], __args2[2], __args2[4]);
15807        {
15808          let __args3 = arguments;
15809          let isSnub2 = false;

15810          super(pkgName, name, alias, symm);
15811          if (this.fallback === void 0) {
15812            this.fallback = null;
15813          }
15814          if (this.isSnub === void 0) {
15815            this.isSnub = false;
15816          }
15817          this.colors = new Properties();
15818          this.fallback = fallback2;
15819          this.isSnub = isSnub2;
15820          const colorProps = _ExportedVEFShapes.MODEL_PREFIX + pkgName + "/colors.properties";
15821          const resource = ResourceLoader.loadStringResource(colorProps);
15822          if (resource != null) try {
15823            const inputStream = new java.io.ByteArrayInputStream(
15824              /* getBytes */
15825              resource.split("").map((s) => s.charCodeAt(0))
15826            );
15827            this.colors.load(inputStream);
15828          } catch (ioe) {
15829            if (_ExportedVEFShapes.LOGGER_$LI$().isLoggable(java.util.logging.Level.FINE)) _ExportedVEFShapes.LOGGER_$LI$().fine("problem with shape color properties: " + colorProps);
15830          }
15831        }
15832      }
15833    } else if ((prefsFolder != null && prefsFolder instanceof File || prefsFolder === null) && (typeof pkgName === "string" || pkgName === null) && (typeof name === "string" || name === null) && (alias != null && (alias.constructor != null && alias.constructor["__interfaces"] != null && alias.constructor["__interfaces"].indexOf("com.vzome.core.math.symmetry.Symmetry") >= 0) || alias === null) && (symm != null && symm instanceof AbstractShapes || symm === null) && fallback === void 0 && isSnub === void 0) {
15834      let __args = arguments;
15835      let symm2 = __args[3];
15836      let fallback2 = __args[4];
15837      {
15838        let __args2 = arguments;
15839        let alias2 = null;
15840        {
15841          let __args3 = arguments;
15842          let isSnub2 = false;
15843          super(pkgName, name, alias2, symm2);
15844          if (this.fallback === void 0) {
15845            this.fallback = null;
15846          }
15847          if (this.isSnub === void 0) {
15848            this.isSnub = false;
15849          }
15850          this.colors = new Properties();
15851          this.fallback = fallback2;
15852          this.isSnub = isSnub2;
15853          const colorProps = _ExportedVEFShapes.MODEL_PREFIX + pkgName + "/colors.properties";
15854          const resource = ResourceLoader.loadStringResource(colorProps);
15855          if (resource != null) try {
15856            const inputStream = new java.io.ByteArrayInputStream(
15857              /* getBytes */
15858              resource.split("").map((s) => s.charCodeAt(0))
15859            );
15860            this.colors.load(inputStream);
15861          } catch (ioe) {
15862            if (_ExportedVEFShapes.LOGGER_$LI$().isLoggable(java.util.logging.Level.FINE)) _ExportedVEFShapes.LOGGER_$LI$().fine("problem with shape color properties: " + colorProps);
15863          }
15864        }
15865      }
15866    } else if ((prefsFolder != null && prefsFolder instanceof File || prefsFolder === null) && (typeof pkgName === "string" || pkgName === null) && (typeof name === "string" || name === null) && (alias != null && (alias.constructor != null && alias.constructor["__interfaces"] != null && alias.constructor["__interfaces"].indexOf("com.vzome.core.math.symmetry.Symmetry") >= 0) || alias === null) && symm === void 0 && fallback === void 0 && isSnub === void 0) {
15867      let __args = arguments;
15868      let symm2 = __args[3];
15869      {
15870        let __args2 = arguments;
15871        let alias2 = null;
15872        {
15873          let __args3 = arguments;
15874          let fallback2 = new OctahedralShapes(__args3[1], __args3[2], __args3[4]);
15875          {
15876            let __args4 = arguments;
15877            let isSnub2 = false;
15878            super(pkgName, name, alias2, symm2);
15879            if (this.fallback === void 0) {
15880              this.fallback = null;
15881            }
15882            if (this.isSnub === void 0) {
15883              this.isSnub = false;
15884            }
15885            this.colors = new Properties();
15886            this.fallback = fallback2;
15887            this.isSnub = isSnub2;
15888            const colorProps = _ExportedVEFShapes.MODEL_PREFIX + pkgName + "/colors.properties";
15889            const resource = ResourceLoader.loadStringResource(colorProps);
15890            if (resource != null) try {
15891              const inputStream = new java.io.ByteArrayInputStream(
15892                /* getBytes */
15893                resource.split("").map((s) =>

15893 s.charCodeAt(0))
15894              );
15895              this.colors.load(inputStream);
15896            } catch (ioe) {
15897              if (_ExportedVEFShapes.LOGGER_$LI$().isLoggable(java.util.logging.Level.FINE)) _ExportedVEFShapes.LOGGER_$LI$().fine("problem with shape color properties: " + colorProps);
15898            }
15899          }
15900        }
15901      }
15902    } else throw new Error("invalid overload");
15903  }
15904  /**
15905   * 
15906   * @param {string} pkgName
15907   * @return {Polyhedron}
15908   */
15909  buildConnectorShape(pkgName) {
15910    const vefData = this.loadVefData(_ExportedVEFShapes.NODE_MODEL);
15911    if (vefData != null) {
15912      const parser = new _ExportedVEFShapes.VefToShape(this);
15913      parser.invertSnubBall = this.isSnub;
15914      parser.parseVEF(vefData, this.mSymmetry.getField());
15915      return parser.getConnectorPolyhedron();
15916    }
15917    const logLevel = java.util.logging.Level.FINE;
15918    if (_ExportedVEFShapes.LOGGER_$LI$().isLoggable(logLevel)) {
15919      _ExportedVEFShapes.LOGGER_$LI$().log(logLevel, this.toString() + " has no VEF data for " + _ExportedVEFShapes.NODE_MODEL + " at " + pkgName);
15920    }
15921    if (this.fallback != null) {
15922      if (_ExportedVEFShapes.LOGGER_$LI$().isLoggable(logLevel)) {
15923        _ExportedVEFShapes.LOGGER_$LI$().log(logLevel, "	" + _ExportedVEFShapes.NODE_MODEL + " --> fallback to " + this.fallback.toString());
15924      }
15925      return this.fallback.buildConnectorShape(pkgName);
15926    }
15927    throw new java.lang.IllegalStateException("missing connector shape: " + pkgName);
15928  }
15929  /**
15930   * 
15931   * @param {Direction} dir
15932   * @return {*}
15933   */
15934  createStrutGeometry(dir) {
15935    if (!dir.isAutomatic()) {
15936      const defaultGeometry = new FastDefaultStrutGeometry(dir);
15937      let shortGeometry = defaultGeometry;
15938      let vefData = this.loadVefData(dir.getName() + "-short");
15939      if (vefData != null) {
15940        const parser = new _ExportedVEFShapes.VefToShape(this);
15941        parser.parseVEF(vefData, this.mSymmetry.getField());
15942        shortGeometry = parser.getStrutGeometry(dir.getAxis$int$int(Symmetry.PLUS, 0).normal());
15943        shortGeometry.setShortGeometry(defaultGeometry);
15944      }
15945      vefData = this.loadVefData(dir.getName());
15946      if (vefData != null) {
15947        const parser = new _ExportedVEFShapes.VefToShape(this);
15948        parser.parseVEF(vefData, this.mSymmetry.getField());
15949        const geometry = parser.getStrutGeometry(dir.getAxis$int$int(Symmetry.PLUS, 0).normal());
15950        geometry.setShortGeometry(shortGeometry);
15951        return geometry;
15952      }
15953      const logLevel = java.util.logging.Level.FINER;
15954      if (_ExportedVEFShapes.LOGGER_$LI$().isLoggable(logLevel)) {
15955        _ExportedVEFShapes.LOGGER_$LI$().log(logLevel, this.toString() + " has no VEF data for strut: " + dir.getName());
15956      }
15957      if (this.fallback != null) {
15958        if (_ExportedVEFShapes.LOGGER_$LI$().isLoggable(logLevel)) {
15959          _ExportedVEFShapes.LOGGER_$LI$().log(logLevel, "	" + dir.getName() + " strut --> fallback to " + this.fallback.toString());
15960        }
15961        return this.fallback.createStrutGeometry(dir);
15962      }
15963    }
15964    return super.createStrutGeometry(dir);
15965  }
15966  loadVefData(name) {
15967    const script = this.mPkgName + "/" + name + ".vef";
15968    return ResourceLoader.loadStringResource(_ExportedVEFShapes.MODEL_PREFIX + script);
15969  }
15970  /**
15971   * 
15972   * @return {boolean}
15973   */
15974  hasColors() {
15975    return !this.colors.isEmpty();
15976  }
15977  /**
15978   * 
15979   * @param {Direction} dir
15980   * @return {Color}
15981   */
15982  getColor(dir) {
15983    if (this.colors.isEmpty()) return null;
15984    const dirName = dir == null ? _ExportedVEFShapes.NODE_MODEL : dir.getName();
15985    const colorString = this.colors.getProperty(dirName);
15986    if (colorString == null) return null;
15987    return Colors.parseColor(colorString);
15988  }
15989};
15990ExportedVEFShapes["__class"] = "com.vzome.core.viewing.ExportedVEFShapes";
15991ExportedVEFShapes["__interfaces"] = ["com.vzome.core.editor.api.Shapes"];
15992((ExportedVEFShapes2) => {
15993  class VefToShape extends VefParser {
15994    getStrutGeometry(prototype) {
15995      const tipAxis = this.__parent.mSymmetry["getAxis$com_vzome_core_algebra_AlgebraicVector"](this.tipVertex);
15996      const midpoint = this.tipVertex.scale(this.__parent.mSymmetry.getField()["createRational$long$long"](1, 2));
15997      const orientation = this.__parent.mSymmetry.inverse(tipAxis.getOrientation());
15998      const adjustment = this.__parent.mSymmetry.getMatrix(orientation);
15999      const newVertices = new java.util.ArrayList();
16000      for (let i = 0; i < this.vertices.size(); i++) {
16001        {
16002          let originalVertex = this.vertices.get(i);
16003          if (this.tipVertexIndices.contains(i)) originalVertex = originalVertex.minus(this.tipVertex);
16004          else if (this.midpointVertexIndices.contains(i)) originalVertex = originalVertex.minus(midpoint);
16005          const adjustedVertex = adjustment.timesColumn(originalVertex);
16006          newVertices.add(adjustedVertex);
16007        }
16008        ;
16009      }
16010      return new ExportedVEFStrutGeometry(newVertices, this.faces, prototype, this.tipVertexIndices, this.midpointVertexIndices, this.__parent.mSymmetry.getField());
16011    }
16012    getConnectorPolyhedron() {
16013      const result = new Polyhedron(this.__parent.mSymmetry.getField());
16014      for (let index = this.vertices.iterator(); index.hasNext(); ) {
16015        let vertex = index.next();
16016        {
16017          result.addVertex(vertex);
16018        }
16019      }
16020      for (let index = this.faces.iterator(); index.hasNext(); ) {
16021        let prototypeFace = index.next();
16022        {
16023          const face = result.newFace();
16024          face.addAll(prototypeFace);
16025          result.addFace(face);
16026        }
16027      }
16028      return result;
16029    }
16030    /**
16031     * 
16032     * @param {number} index
16033     * @param {int[]} verts
16034     */
16035    addFace(index, verts) {
16036      const face = new java.util.ArrayList();
16037      for (let i = 0; i < verts.length; i++) {
16038        {
16039          const n = this.invertSnubBall ? verts.length - 1 - i : i;
16040          const j = verts[n];
16041          face.add(j);
16042        }
16043        ;
16044      }
16045      this.faces.add(face);
16046    }
16047    /**
16048     * 
16049     * @param {number} index
16050     * @param {AlgebraicVector} location
16051     */
16052    addVertex(index, location) {
16053      let vertex = this.__parent.mSymmetry.getField().projectTo3d(location, this.wFirst());
16054      if (this.invertSnubBall) {
16055        vertex = vertex.negate();
16056      }
16057      this.vertices.add(vertex);
16058    }
16059    /**
16060     * 
16061     * @param {number} index
16062     * @param {number} vertex
16063     */
16064    addBall(index, vertex) {
16065      this.tipVertexIndices.add(vertex);
16066    }
16067    /**
16068     * 
16069     * @param {java.util.StringTokenizer} tokens
16070     */
16071    endFile(tokens) {
16072      if (!tokens.hasMoreTokens()) return;
16073      let token = tokens.nextToken();
16074      if (!("tip" === token)) throw new java.lang.IllegalStateException('VEF format error: token after face list ("' + token + '" should be "tip"');

16075      try {
16076        token = tokens.nextToken();
16077      } catch (e1) {
16078        throw new java.lang.IllegalStateException('VEF format error: no tokens after "tip"');
16079      }
16080      let tipIndex;
16081      try {
16082        tipIndex = javaemul.internal.IntegerHelper.parseInt(token);
16083      } catch (e) {
16084        throw new java.lang.RuntimeException('VEF format error: strut tip vertex index ("' + token + '") must be an integer', e);
16085      }
16086      this.tipVertex = this.vertices.get(tipIndex);
16087      if (!tokens.hasMoreTokens()) return;
16088      token = tokens.nextToken();
16089      if (!("middle" === token)) throw new java.lang.IllegalStateException('VEF format error: token after tip vertex ("' + token + '" should be "middle"');
16090      while (tokens.hasMoreTokens()) {
16091        {
16092          token = tokens.nextToken();
16093          let vertexIndex;
16094          try {
16095            vertexIndex = javaemul.internal.IntegerHelper.parseInt(token);
16096          } catch (e) {
16097            throw new java.lang.RuntimeException('VEF format error: middle vertex index ("' + token + '") must be an integer', e);
16098          }
16099          this.midpointVertexIndices.add(vertexIndex);
16100        }
16101      }
16102      ;
16103    }
16104    /**
16105     * 
16106     * @param {number} numVertices
16107     */
16108    startBalls(numVertices) {
16109    }
16110    /**
16111     * 
16112     * @param {number} numEdges
16113     */
16114    startEdges(numEdges) {
16115    }
16116    /**
16117     * 
16118     * @param {number} index
16119     * @param {number} v1
16120     * @param {number} v2
16121     */
16122    addEdge(index, v1, v2) {
16123    }
16124    /**
16125     * 
16126     * @param {number} numFaces
16127     */
16128    startFaces(numFaces) {
16129    }
16130    /**
16131     * 
16132     * @param {number} numVertices
16133     */
16134    startVertices(numVertices) {
16135    }
16136    constructor(__parent) {
16137      super();
16138      this.__parent = __parent;
16139      this.tipVertexIndices = new java.util.HashSet();
16140      this.midpointVertexIndices = new java.util.HashSet();
16141      if (this.tipVertex === void 0) {
16142        this.tipVertex = null;
16143      }
16144      this.vertices = new java.util.ArrayList();
16145      this.faces = new java.util.ArrayList();
16146      this.invertSnubBall = false;
16147    }
16148  }
16149  ExportedVEFShapes2.VefToShape = VefToShape;
16150  VefToShape["__class"] = "com.vzome.core.viewing.ExportedVEFShapes.VefToShape";
16151})(ExportedVEFShapes || (ExportedVEFShapes = {}));
16152

16153// src/worker/legacy/from-java/com/vzome/core/kinds/IcosahedralSymmetryPerspective.ts
16154var IcosahedralSymmetryPerspective = class extends AbstractSymmetryPerspective {
16155  constructor(af) {
16156    if (af != null && (af.constructor != null && af.constructor["__interfaces"] != null && af.constructor["__interfaces"].indexOf("com.vzome.core.algebra.AlgebraicField") >= 0) || af === null) {
16157      let __args = arguments;
16158      {
16159        let __args2 = arguments;
16160        let symm = new IcosahedralSymmetry(af);
16161        super(symm);
16162        if (this.qSymmH4 === void 0) {
16163          this.qSymmH4 = null;
16164        }
16165        if (this.qSymmH4_ROT === void 0) {
16166          this.qSymmH4_ROT = null;
16167        }
16168        if (this.qSymmT2 === void 0) {
16169          this.qSymmT2 = null;
16170        }
16171        if (this.cmdIcosasymm === void 0) {
16172          this.cmdIcosasymm = null;
16173        }
16174        if (this.cmdTetrasymm === void 0) {
16175          this.cmdTetrasymm = null;
16176        }
16177        if (this.cmdAxialsymm === void 0) {
16178          this.cmdAxialsymm = null;
16179        }
16180        if (this.cmdH4symmetry === void 0) {
16181          this.cmdH4symmetry = null;
16182        }
16183        if (this.cmdH4rotations === void 0) {
16184          this.cmdH4rotations = null;
16185        }
16186        if (this.cmdIxTsymmetry === void 0) {
16187          this.cmdIxTsymmetry = null;
16188        }
16189        if (this.cmdTxTsymmetry === void 0) {
16190          this.cmdTxTsymmetry = null;
16191        }
16192        if (this.cmdVanOss600cell === void 0) {
16193          this.cmdVanOss600cell = null;
16194        }
16195        const icosadefaultShapes = new ExportedVEFShapes(null, "default", "solid connectors", this.symmetry);
16196        const printableShapes = new ExportedVEFShapes(null, "printable", "printable", this.symmetry, icosadefaultShapes);
16197        const lifelikeShapes = new ExportedVEFShapes(null, "lifelike", "lifelike", this.symmetry, icosadefaultShapes);
16198        const tinyShapes = new ExportedVEFShapes(null, "tiny", "tiny connectors", this.symmetry);
16199        const tinyDodecs = new ExportedVEFShapes(null, "dodecs", "small dodecahedra", "tiny dodecahedra", this.symmetry, tinyShapes);
16200        const bigZome = new ExportedVEFShapes(null, "bigzome", "Big Zome", this.symmetry, tinyShapes);
16201        const noTwist = new ExportedVEFShapes(null, "noTwist", "no-twist 121 zone", null, this.symmetry);
16202        const vienne2 = new ExportedVEFShapes(null, "vienne2", "Vienne", this.symmetry, icosadefaultShapes);
16203        const vienne3 = new ExportedVEFShapes(null, "vienne3", "Vienne lifelike", this.symmetry, vienne2);
16204        const vienne = new ExportedVEFShapes(null, "vienne", "Vienne 121 zone", null, this.symmetry);
16205        const dimtoolShapes = new ExportedVEFShapes(null, "dimtool", "dimtool", this.symmetry, icosadefaultShapes);
16206        this.setDefaultGeometry(printableShapes);
16207        this.addShapes(icosadefaultShapes);
16208        this.addShapes(lifelikeShapes);
16209        this.addShapes(tinyShapes);
16210        this.addShapes(tinyDodecs);
16211        this.addShapes(bigZome);
16212        this.addShapes(noTwist);
16213        this.addShapes(vienne2);
16214        this.addShapes(vienne3);
16215        this.addShapes(vienne);
16216        this.addShapes(dimtoolShapes);
16217        const field5 = this.symmetry.getField();
16218        this.qSymmH4 = new QuaternionicSymmetry("H_4", "com/vzome/core/math/symmetry/H4roots.vef", field5);
16219        this.qSymmH4_ROT = new QuaternionicSymmetry("H4_ROT", "com/vzome/core/math/symmetry/H4roots-rotationalSubgroup.vef", field5);
16220        this.qSymmT2 = new QuaternionicSymmetry("2T", "com/vzome/core/math/symmetry/binaryTetrahedralGroup.vef", field5);
16221        this.cmdIcosasymm = new CommandSymmetry(this.symmetry);
16222        this.cmdTetrasymm = new CommandTetrahedralSymmetry(this.symmetry);
16223        this.cmdAxialsymm = new CommandAxialSymmetry(this.symmetry);
16224        this.cmdH4symmetry = new CommandQuaternionSymmetry(this.qSymmH4, this.qSymmH4);
16225        this.cmdH4rotations = new CommandQuaternionSymmetry(this.qSymmH4_ROT, this.qSymmH4_ROT);
16226        this.cmdIxTsymmetry = new CommandQuaternionSymmetry(this.qSymmH4, this.qSymmT2);
16227        this.cmdTxTsymmetry = new CommandQuaternionSymmetry(this.qSymmT2, this.qSymmT2);
16228        this.cmdVanOss600cell = new CommandVanOss600Cell();
16229      }
16230    } else if (af != null && af instanceof IcosahedralSymmetry || af === null) {
16231      let __args = arguments;
16232      let symm = __args[0];
16233      super(symm);
16234      if (this.qSymmH4 === void 0) {
16235        this.qSymmH4 = null;
16236      }
16237      if (this.qSymmH4_ROT === void 0) {
16238        this.qSymmH4_ROT = null;
16239      }
16240      if (this.qSymmT2 === void 0) {
16241        this.qSymmT2 = null;
16242      }
16243      if (this.cmdIcosasymm === void 0) {
16244        this.cmdIcosasymm = null;
16245      }
16246      if (this.cmdTetrasymm === void 0) {
16247        this.cmdTetrasymm = null;
16248      }
16249      if (this.cmdAxialsymm === void 0) {
16250        this.cmdAxialsymm = null;
16251      }
16252      if (this.cmdH4symmetry === void 0) {
16253        this.cmdH4symmetry = null;
16254      }
16255      if (this.cmdH4rotations === void 0) {
16256        this.cmdH4rotations = null;
16257      }
16258      if (this.cmdIxTsymmetry === void 0) {
16259        this.cmdIxTsymmetry = null;
16260      }
16261      if (this.cmdTxTsymmetry === void 0) {
16262        this.cmdTxTsymmetry = null;
16263      }
16264      if (this.cmdVanOss600cell === void 0) {
16265        this.cmdVanOss600cell = null;
16266      }
16267      const icosadefaultShapes = new ExportedVEFShapes(null, "default", "solid connectors", this.symmetry);
16268      const printableShapes = new ExportedVEFShapes(null, "printable", "printable", this.symmetry, icosadefaultShapes);
16269      const lifelikeShapes = new ExportedVEFShapes(null, "lifelike", "lifelike", this.symmetry, icosadefaultShapes);
16270      const tinyShapes = new ExportedVEFShapes(null, "tiny", "tiny connectors", this.symmetry);
16271      const tinyDodecs = new ExportedVEFShapes(null, "dodecs", "small dodecahedra", "tiny dodecahedra", this.symmetry, tinyShapes);
16272      const bigZome = new ExportedVEFShapes(null, "bigzome", "Big Zome", this.symmetry, tinyShapes);
16273      const noTwist = new ExportedVEFShapes(null, "noTwist", "no-twist 121 zone", null, this.symmetry);
16274      const vienne2 = new ExportedVEFShapes(null, "vienne2", "Vienne", this.symmetry, icosadefaultShapes);
16275      const vienne3 = new ExportedVEFShapes(null, "vienne3", "Vienne lifelike", this.symmetry, vienne2);
16276      const vienne = new ExportedVEFShapes(null, "vienne", "Vienne 121 zone", null, this.symmetry);
16277      const dimtoolShapes = new ExportedVEFShapes(null, "dimtool", "dimtool", this.symmetry, icosadefaultShapes);
16278      this.setDefaultGeometry(printableShapes);
16279      this.addShapes(icosadefaultShapes);
16280      this.addShapes(lifelikeShapes);
16281      this.addShapes(tinyShapes);
16282      this.addShapes(tinyDodecs);
16283      this.addShapes(bigZome);
16284      this.addShapes(noTwist);
16285      this.addShapes(vienne2);
16286      this.addShapes(vienne3);
16287      this.addShapes(vienne);
16288      this.addShapes(dimtoolShapes);
16289      const field5 = this.symmetry.getField();
16290      this.qSymmH4 = new QuaternionicSymmetry("H_4", "com/vzome/core/math/symmetry/H4roots.vef", field5);
16291      this.qSymmH4_ROT = new QuaternionicSymmetry("H4_ROT", "com/vzome/core/math/symmetry/H4roots-rotationalSubgroup.vef", field5);
16292      this.qSymmT2 = new QuaternionicSymmetry("2T", "com/vzome/core/math/symmetry/binaryTetrahedralGroup.vef", field5);
16293      this.cmdIcosasymm = new CommandSymmetry(this.symmetry);
16294      this.cmdTetrasymm = new CommandTetrahedralSymmetry(this.symmetry);
16295      this.cmdAxialsymm = new CommandAxialSymmetry(this.symmetry);
16296      this.cmdH4symmetry = new CommandQuaternionSymmetry(this.qSymmH4, this.qSymmH4);
16297      this.cmdH4rotations = new CommandQuaternionSymmetry(this.qSymmH4_ROT, this.qSymmH4_ROT);
16298      this.cmdIxTsymmetry = new CommandQuaternionSymmetry(this.qSymmH4, this.qSymmT2);
16299      this.cmdTxTsymmetry = new CommandQuaternionSymmetry(this.qSymmT2, this.qSymmT2);
16300      this.cmdVanOss600cell = new CommandVanOss600Cell();
16301    } else throw new Error("invalid overload");
16302  }
16303  /**
16304   * 
16305   * @return {IcosahedralSymmetry}
16306   */
16307  getSymmetry() {
16308    return this.symmetry;
16309  }
16310  /**
16311   * 
16312   * @param {Tool.Kind} kind
16313   * @param {ToolsModel} tools
16314   * @return {*}
16315   */
16316  createToolFactories(kind, tools) {
16317    const result = new java.util.ArrayList();

16318    const icosaSymm = this.getSymmetry();
16319    switch (kind) {
16320      case Tool2.Kind.SYMMETRY:
16321        result.add(new IcosahedralToolFactory(tools, icosaSymm));
16322        result.add(new TetrahedralToolFactory(tools, icosaSymm));
16323        result.add(new InversionToolFactory(tools));
16324        result.add(new LineReflectionToolFactory(tools));
16325        result.add(new MirrorToolFactory(tools));
16326        result.add(new AxialSymmetryToolFactory(tools, icosaSymm));
16327        break;
16328      case Tool2.Kind.TRANSFORM:
16329        result.add(new ScalingToolFactory(tools, icosaSymm));
16330        result.add(new RotationToolFactory(tools, icosaSymm));
16331        result.add(new TranslationToolFactory(tools));
16332        result.add(new ProjectionToolFactory(tools));
16333        result.add(new PerspectiveProjectionToolFactory(tools));
16334        break;
16335      case Tool2.Kind.LINEAR_MAP:
16336        result.add(new AxialStretchTool.Factory(tools, icosaSymm, true, true, true));
16337        result.add(new AxialStretchTool.Factory(tools, icosaSymm, true, false, true));
16338        result.add(new AxialStretchTool.Factory(tools, icosaSymm, true, true, false));
16339        result.add(new AxialStretchTool.Factory(tools, icosaSymm, true, false, false));
16340        result.add(new AxialStretchTool.Factory(tools, icosaSymm, false, true, false));
16341        result.add(new AxialStretchTool.Factory(tools, icosaSymm, false, false, false));
16342        result.add(new LinearMapToolFactory(tools, icosaSymm, false));
16343        break;
16344      default:
16345        break;
16346    }
16347    return result;
16348  }
16349  /**
16350   * 
16351   * @param {Tool.Kind} kind
16352   * @param {ToolsModel} tools
16353   * @return {*}
16354   */
16355  predefineTools(kind, tools) {
16356    const result = new java.util.ArrayList();
16357    const icosaSymm = this.getSymmetry();
16358    switch (kind) {
16359      case Tool2.Kind.SYMMETRY:
16360        result.add(new IcosahedralToolFactory(tools, icosaSymm).createPredefinedTool("icosahedral around origin"));
16361        result.add(new TetrahedralToolFactory(tools, icosaSymm).createPredefinedTool("tetrahedral around origin"));
16362        result.add(new InversionToolFactory(tools).createPredefinedTool("reflection through origin"));
16363        result.add(new MirrorToolFactory(tools).createPredefinedTool("reflection through XY plane"));
16364        result.add(new MirrorToolFactory(tools).createPredefinedTool("reflection through X=Y green plane"));
16365        result.add(new AxialSymmetryToolFactory(tools, icosaSymm).createPredefinedTool("symmetry around red through origin"));
16366        break;
16367      case Tool2.Kind.TRANSFORM:
16368        result.add(new ScalingToolFactory(tools, icosaSymm).createPredefinedTool("scale down"));
16369        result.add(new ScalingToolFactory(tools, icosaSymm).createPredefinedTool("scale up"));
16370        result.add(new RotationToolFactory(tools, icosaSymm, true).createPredefinedTool("rotate around red through origin"));
16371        result.add(new TranslationToolFactory(tools).createPredefinedTool("b1 move along +X"));
16372        break;
16373      default:
16374        break;
16375    }
16376    return result;
16377  }
16378  /**
16379   * 
16380   * @param {string} action
16381   * @return {*}
16382   */
16383  getLegacyCommand(action) {
16384    switch (action) {
16385      case "icosasymm":
16386        return this.cmdIcosasymm;
16387      case "tetrasymm":
16388        return this.cmdTetrasymm;
16389      case "axialsymm":
16390        return this.cmdAxialsymm;
16391      case "h4symmetry":
16392        return this.cmdH4symmetry;
16393      case "h4rotations":
16394        return this.cmdH4rotations;
16395      case "IxTsymmetry":
16396        return this.cmdIxTsymmetry;
16397      case "TxTsymmetry":
16398        return this.cmdTxTsymmetry;
16399      case "vanOss600cell":
16400        return this.cmdVanOss600cell;
16401      default:
16402        return super.getLegacyCommand(action);
16403    }
16404  }
16405  getQuaternionSymmetry(name) {
16406    switch (name) {
16407      case "H_4":
16408        return this.qSymmH4;
16409      case "H4_ROT":
16410        return this.qSymmH4_ROT;
16411      case "2T":
16412        return this.qSymmT2;
16413      default:
16414        return null;
16415    }
16416  }
16417  /**
16418   * 
16419   * @return {string}
16420   */
16421  getModelResourcePath() {
16422    return "org/vorthmann/zome/app/icosahedral-vef.vZome";
16423  }
16424};
16425IcosahedralSymmetryPerspective["__class"] = "com.vzome.core.kinds.IcosahedralSymmetryPerspective";
16426IcosahedralSymmetryPerspective["__interfaces"] = ["com.vzome.core.editor.SymmetryPerspective"];
16427

16428// src/worker/legacy/from-java/com/vzome/core/kinds/GoldenFieldApplication.ts
16429var GoldenFieldApplication = class extends DefaultFieldApplication {
16430  constructor(field5) {
16431    super(field5);
16432    if (this.icosahedralPerspective === void 0) {
16433      this.icosahedralPerspective = null;
16434    }
16435    this.h4Builder = null;
16436    this.cmdTauDivide = new CommandTauDivision();
16437    this.icosahedralPerspective = new IcosahedralSymmetryPerspective(this.getField());
16438    const octahedralPerspective = super.getDefaultSymmetryPerspective();
16439    const symm = octahedralPerspective.getSymmetry();
16440    symm.createZoneOrbit$java_lang_String$int$int$int_A_A$boolean$boolean$com_vzome_core_algebra_AlgebraicNumber("yellow", 0, 4, [[0, 1, 1, 1], [0, 1, 1, 1], [0, 1, 1, 1]], true, false, this.getField()["createPower$int"](-1));
16441    symm.createZoneOrbit$java_lang_String$int$int$int_A_A$boolean$boolean$com_vzome_core_algebra_AlgebraicNumber("green", 1, 8, [[1, 1, 0, 1], [1, 1, 0, 1], [0, 1, 0, 1]], true, true, this.getField()["createRational$long"](2));
16442    symm.createZoneOrbit$java_lang_String$int$int$int_A_A("lavender", 0, Symmetry.NO_ROTATION, [[2, 1, -1, 1], [0, 1, 1, 1], [2, 1, -1, 1]]);
16443    symm.createZoneOrbit$java_lang_String$int$int$int_A_A("olive", 0, Symmetry.NO_ROTATION, [[0, 1, 1, 1], [0, 1, 1, 1], [2, 1, -1, 1]]);
16444    symm.createZoneOrbit$java_lang_String$int$int$int_A_A("maroon", 0, Symmetry.NO_ROTATION, [[-1, 1, 1, 1], [3, 1, -1, 1], [1, 1, -1, 1]]);
16445    symm.createZoneOrbit$java_lang_String$int$int$int_A_A("brown", 0, Symmetry.NO_ROTATION, [[-1, 1, 1, 1], [-1, 1, 1, 1], [-2, 1, 2, 1]]);
16446    symm.createZoneOrbit$java_lang_String$int$int$int_A_A("red", 0, Symmetry.NO_ROTATION, [[0, 1, 1, 1], [1, 1, 0, 1], [0, 1, 0, 1]]);
16447    symm.createZoneOrbit$java_lang_String$int$int$int_A_A$boolean$boolean$com_vzome_core_algebra_AlgebraicNumber("purple", 0, Symmetry.NO_ROTATION, [[1, 1, 1, 1], [0, 1, 0, 1], [-1, 1, 0, 1]], false, false, this.getField()["createPower$int"](-1));
16448    symm.createZoneOrbit$java_lang_String$int$int$int_A_A$boolean$boolean$com_vzome_core_algebra_AlgebraicNumber("black", 0, Symmetry.NO_ROTATION, [[1, 2, 0, 1], [0, 1, 1, 2], [-1, 2, 1, 2]], false, false, this.getField()["createRational$long"](2));
16449    symm.createZoneOrbit$java_lang_String$int$int$int_A_A("turquoise", 0, Symmetry.NO_ROTATION, [[1, 1, 2, 1], [3, 1, 4, 1], [3, 1, 4, 1]]);
16450    const defaultShapes = new ExportedVEFShapes(null, "octahedral", "trapezoids", symm, null);
16451    octahedralPerspective.setDefaultGeometry(defaultShapes);
16452    octahedralPerspective.addShapes(new ExportedVEFShapes(null, "octahedralFast", "small octahedra", symm, null));
16453    octahedralPerspective.addShapes(new ExportedVEFShapes(null, "octahedralRealistic", "vZome logo", symm, defaultShapes));
16454  }
16455  /**
16456   * 
16457   * @return {string}
16458   */
16459  getLabel() {
16460    return "Zome (Golden)";
16461  }
16462  /**
16463   * 
16464   * @return {*}
16465   */
16466  getSymmetryPerspectives() {
16467    return java.util.Arrays.asList(this.icosahedralPerspective, super.getDefaultSymmetryPerspective());
16468  }
16469  /**
16470   * 
16471   * @return {*}
16472   */
16473  getDefaultSymmetryPerspective() {
16474    return this.icosahedralPerspective;
16475  }
16476  /**
16477   * 
16478   * @param {string} symmName
16479   * @return {*}
16480   */
16481  getSymmetryPerspective(symmName) {
16482    switch (symmName) {
16483      case "icosahedral":
16484        return this.icosahedralPerspective;
16485      default:
16486        return super.getSymmetryPerspective(symmName);
16487    }
16488  }
16489  /**
16490   * 
16491   * @param {string} name
16492   * @return {QuaternionicSymmetry}
16493   */
16494  getQuaternionSymmetry(name) {
16495    return this.icosahedralPerspective.getQuaternionSymmetry(name);
16496  }
16497  /**
16498   * 
16499   * @param {*} toolFactories
16500   * @param {ToolsModel} tools
16501   */
16502  registerToolFactories(toolFactories, tools) {
16503    super.registerToolFactories(toolFactories, tools);
16504    const symm = this.icosahedralPerspective.getSymmetry();
16505    toolFactories.put("AxialStretchTool", new AxialStretchTool.Factory(tools, symm, false, false, false));
16506    toolFactories.put("SymmetryTool", new IcosahedralToolFactory(tools, symm));
16507  }
16508  /**
16509   * 
16510   * @param {string} groupName
16511   * @param {number} index
16512   * @param {number} edgesToRender
16513   * @param {AlgebraicNumber[]} edgeScales
16514   * @param {*} listener
16515   */
16516  constructPolytope(groupName, index, edgesToRender, edgeScales, listener) {
16517    switch (groupName) {
16518      case "H4":
16519        if (this.h4Builder == null) {
16520          const qsymm = new QuaternionicSymmetry("H_4", "com/vzome/core/math/symmetry/H4roots.vef", this.getField());
16521          this.h4Builder = new CommandUniformH4Polytope(this.getField(), qsymm, 0);
16522        }
16523        this.h4Builder.generate(index, edgesToRender, edgeScales, listener);
16524        break;
16525      default:
16526        super.constructPolytope(groupName, index, edgesToRender, edgeScales, listener);
16527        break;
16528    }
16529  }
16530  /**
16531   * 
16532   * @param {string} action
16533   * @return {*}
16534   */
16535  getLegacyCommand(action) {
16536    switch (action) {
16537      case "tauDivide":
16538        return this.cmdTauDivide;
16539      default:
16540        return super.getLegacyCommand(action);
16541    }
16542  }
16543};

16544GoldenFieldApplication["__class"] = "com.vzome.core.kinds.GoldenFieldApplication";
16545GoldenFieldApplication["__interfaces"] = ["com.vzome.core.math.symmetry.Symmetries4D", "com.vzome.core.editor.FieldApplication"];
16546

16547// src/worker/legacy/from-java/com/vzome/core/tools/SymmetryToolFactory.ts
16548var SymmetryToolFactory = class extends AbstractToolFactory {
16549  constructor(tools, symmetry) {
16550    super(tools, symmetry, SymmetryTool.ID, SymmetryTool.LABEL, SymmetryTool.TOOLTIP);
16551  }
16552  /**
16553   * 
16554   * @param {number} total
16555   * @param {number} balls
16556   * @param {number} struts
16557   * @param {number} panels
16558   * @return {boolean}
16559   */
16560  countsAreValid(total, balls, struts, panels) {
16561    return total === 1 && balls === 1;
16562  }
16563  /**
16564   * 
16565   * @param {string} id
16566   * @return {Tool}
16567   */
16568  createToolInternal(id) {
16569    return new SymmetryTool(id, this.getSymmetry(), this.getToolsModel());
16570  }
16571  /**
16572   * 
16573   * @param {*} selection
16574   * @return {boolean}
16575   */
16576  bindParameters(selection) {
16577    return selection.size() === 1 && (selection.iterator().next() != null && (selection.iterator().next().constructor != null && selection.iterator().next().constructor["__interfaces"] != null && selection.iterator().next().constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0));
16578  }
16579};
16580SymmetryToolFactory["__class"] = "com.vzome.core.tools.SymmetryToolFactory";
16581SymmetryToolFactory["__interfaces"] = ["com.vzome.core.editor.SelectionSummary.Listener", "com.vzome.api.Tool.Factory"];
16582

16583// src/worker/legacy/from-java/com/vzome/fields/heptagon/HeptagonalAntiprismSymmetry.ts
16584var HeptagonalAntiprismSymmetry = class extends AbstractSymmetry {
16585  constructor(field5, frameColor, correctedOrbits) {
16586    if ((field5 != null && (field5.constructor != null && field5.constructor["__interfaces"] != null && field5.constructor["__interfaces"].indexOf("com.vzome.core.algebra.AlgebraicField") >= 0) || field5 === null) && (typeof frameColor === "string" || frameColor === null) && (typeof correctedOrbits === "boolean" || correctedOrbits === null)) {
16587      let __args = arguments;
16588      super(14, field5, frameColor, correctedOrbits ? new AlgebraicMatrix(field5.basisVector(3, AlgebraicVector.X), field5.basisVector(3, AlgebraicVector.Y), field5.basisVector(3, AlgebraicVector.Z).negate()) : null);
16589      if (this.sigmaX2 === void 0) {
16590        this.sigmaX2 = 0;
16591      }
16592      if (this.skewFactor === void 0) {
16593        this.skewFactor = 0;
16594      }
16595      if (this.correctedOrbits === void 0) {
16596        this.correctedOrbits = false;
16597      }
16598      if (this.preferredAxis === void 0) {
16599        this.preferredAxis = null;
16600      }
16601      this.sigmaX2 = field5.getUnitTerm(2).timesInt(2).evaluate();
16602      this.skewFactor = Math.sin(3 / 7 * Math.PI);
16603      this.correctedOrbits = correctedOrbits;
16604    } else if ((field5 != null && (field5.constructor != null && field5.constructor["__interfaces"] != null && field5.constructor["__interfaces"].indexOf("com.vzome.core.algebra.AlgebraicField") >= 0) || field5 === null) && (typeof frameColor === "string" || frameColor === null) && correctedOrbits === void 0) {
16605      let __args = arguments;
16606      {
16607        let __args2 = arguments;
16608        let correctedOrbits2 = false;
16609        super(14, field5, frameColor, correctedOrbits2 ? new AlgebraicMatrix(field5.basisVector(3, AlgebraicVector.X), field5.basisVector(3, AlgebraicVector.Y), field5.basisVector(3, AlgebraicVector.Z).negate()) : null);
16610        if (this.sigmaX2 === void 0) {
16611          this.sigmaX2 = 0;
16612        }
16613        if (this.skewFactor === void 0) {
16614          this.skewFactor = 0;
16615        }
16616        if (this.correctedOrbits === void 0) {
16617          this.correctedOrbits = false;
16618        }
16619        if (this.preferredAxis === void 0) {
16620          this.preferredAxis = null;
16621        }
16622        this.sigmaX2 = field5.getUnitTerm(2).timesInt(2).evaluate();
16623        this.skewFactor = Math.sin(3 / 7 * Math.PI);
16624        this.correctedOrbits = correctedOrbits2;
16625      }
16626    } else throw new Error("invalid overload");
16627  }
16628  /**
16629   * Called by the super constructor.
16630   */
16631  createInitialPermutations() {
16632    this.mOrientations[0] = new Permutation(this, null);
16633    let map = [1, 2, 3, 4, 5, 6, 0, 8, 9, 10, 11, 12, 13, 7];
16634    this.mOrientations[1] = new Permutation(this, map);
16635    map = [7, 13, 12, 11, 10, 9, 8, 0, 6, 5, 4, 3, 2, 1];
16636    this.mOrientations[7] = new Permutation(this, map);
16637  }
16638  /**
16639   * 
16640   * @param {string} frameColor
16641   */
16642  createFrameOrbit(frameColor) {
16643    const hf = this.mField;
16644    const one = hf.one();
16645    const s = hf.getUnitTerm(2).reciprocal();
16646    const R = hf["createPower$int"](1)["times$com_vzome_core_algebra_AlgebraicNumber"](s);
16647    const zAxis = hf.basisVector(3, AlgebraicVector.Z);
16648    const zAxisNeg = zAxis.negate();
16649    const axis0 = hf.basisVector(3, AlgebraicVector.X);
16650    const axis1 = hf.origin(3).setComponent(AlgebraicVector.X, s).setComponent(AlgebraicVector.Y, R);
16651    const axis2 = hf.origin(3).setComponent(AlgebraicVector.X, s.negate()).setComponent(AlgebraicVector.Y, one);
16652    const axis3 = hf.origin(3).setComponent(AlgebraicVector.X, one.negate()).setComponent(AlgebraicVector.Y, s);
16653    const axis4 = hf.origin(3).setComponent(AlgebraicVector.X, R.negate()).setComponent(AlgebraicVector.Y, s.negate());
16654    const axis5 = hf.origin(3).setComponent(AlgebraicVector.Y, one.negate());
16655    const axis6 = hf.origin(3).setComponent(AlgebraicVector.X, R).setComponent(AlgebraicVector.Y, R.negate());
16656    this.mMatrices[0] = hf.identityMatrix(3);
16657    this.mMatrices[1] = new AlgebraicMatrix(axis1, axis6.negate(), zAxis);
16658    this.mMatrices[2] = new AlgebraicMatrix(axis2, axis0.negate(), zAxis);
16659    this.mMatrices[3] = new AlgebraicMatrix(axis3, axis1.negate(), zAxis);
16660    this.mMatrices[4] = new AlgebraicMatrix(axis4, axis2.negate(), zAxis);
16661    this.mMatrices[5] = new AlgebraicMatrix(axis5, axis3.negate(), zAxis);
16662    this.mMatrices[6] = new AlgebraicMatrix(axis6, axis4.negate(), zAxis);
16663    this.mMatrices[7] = new AlgebraicMatrix(axis0, axis2.negate(), zAxisNeg);
16664    this.mMatrices[8] = this.mMatrices[1].times(this.mMatrices[7]);
16665    this.mMatrices[9] = this.mMatrices[2].times(this.mMatrices[7]);
16666    this.mMatrices[10] = this.mMatrices[3].times(this.mMatrices[7]);
16667    this.mMatrices[11] = this.mMatrices[4].times(this.mMatrices[7]);
16668    this.mMatrices[12] = this.mMatrices[5].times(this.mMatrices[7]);
16669    this.mMatrices[13] = this.mMatrices[6].times(this.mMatrices[7]);
16670  }
16671  /**
16672   * 
16673   */
16674  createOtherOrbits() {
16675  }
16676  createStandardOrbits(frameColor) {
16677    const redOrbit = this.createZoneOrbit$java_lang_String$int$int$com_vzome_core_algebra_AlgebraicVector$boolean("red", 0, 1, this.mField.basisVector(3, AlgebraicVector.Z), true);
16678    this.preferredAxis = redOrbit.getAxis$int$int(Symmetry.PLUS, 0);
16679    const blueFrameVector = this.mField.basisVector(3, AlgebraicVector.X);
16680    const blueOrbit = this.createZoneOrbit$java_lang_String$int$int$com_vzome_core_algebra_AlgebraicVector$boolean(frameColor, 0, 7, blueFrameVector, true);
16681    const blueRotatedVector = blueOrbit.getAxis$int$int(Symmetry.PLUS, (7 + 1) / 2 | 0).normal();
16682    const greenVector = blueFrameVector.minus(blueRotatedVector);
16683    this.createZoneOrbit$java_lang_String$int$int$com_vzome_core_algebra_AlgebraicVector("green", 0, 7, greenVector);
16684    return this;
16685  }
16686  /**
16687   * 
16688   * @return {Axis}
16689   */
16690  getPreferredAxis() {
16691    return this.preferredAxis;
16692  }
16693  /**
16694   * 
16695   * @param {AlgebraicVector} v
16696   * @return {RealVector}
16697   */
16698  embedInR3(v) {
16699    const rv = super.embedInR3(v);
16700    const x = rv.x + rv.y / this.sigmaX2;
16701    const y = rv.y * this.skewFactor;
16702    return new RealVector(x, y, rv.z);
16703  }
16704  /**
16705   * 
16706   * @param {AlgebraicVector} v
16707   * @return {double[]}
16708   */
16709  embedInR3Double(v) {
16710    const dv = super.embedInR3Double(v);
16711    const x = dv[0] + dv[1] / this.sigmaX2;
16712    const y = dv[1] * this.skewFactor;
16713    return [x, y, dv[2]];
16714  }
16715  /**
16716   * 
16717   * @return {boolean}
16718   */
16719  isTrivial() {
16720    return false;

16721  }
16722  /**
16723   * 
16724   * @return {string}
16725   */
16726  getName() {
16727    if (this.correctedOrbits) return "heptagonal antiprism corrected";
16728    else return "heptagonal antiprism";
16729  }
16730  /**
16731   * 
16732   * @param {string} name
16733   * @return {int[]}
16734   */
16735  subgroup(name) {
16736    return null;
16737  }
16738  /**
16739   * 
16740   * @return {AlgebraicVector[]}
16741   */
16742  getOrbitTriangle() {
16743    const field5 = this.getField();
16744    const zero = field5.zero();
16745    let x = field5["createAlgebraicNumber$int_A"]([0, -1, -1]).dividedBy(field5["createAlgebraicNumber$int_A"]([0, 0, 2]));
16746    const orthoVertex = new AlgebraicVector(x, zero, zero);
16747    const sideVertex = field5.basisVector(3, AlgebraicVector.Z);
16748    x = field5["createRational$long"](-1);
16749    const y = field5["createAlgebraicNumber$int_A"]([0, -1, 1]);
16750    const topVertex = new AlgebraicVector(x, y, zero);
16751    return [orthoVertex, sideVertex, topVertex];
16752  }
16753  /**
16754   * 
16755   * @param {SpecialOrbit} which
16756   * @return {Direction}
16757   */
16758  getSpecialOrbit(which) {
16759    switch (which) {
16760      case 0 /* BLUE */:
16761        return this.getDirection("blue");
16762      case 1 /* RED */:
16763        return this.getDirection("red");
16764      case 2 /* YELLOW */:
16765        return this.getDirection("blue");
16766      default:
16767        return null;
16768    }
16769  }
16770};
16771HeptagonalAntiprismSymmetry["__class"] = "com.vzome.fields.heptagon.HeptagonalAntiprismSymmetry";
16772HeptagonalAntiprismSymmetry["__interfaces"] = ["com.vzome.core.math.symmetry.Symmetry", "com.vzome.core.math.symmetry.Embedding"];
16773

16774// src/worker/legacy/from-java/com/vzome/core/kinds/HeptagonFieldApplication.ts
16775var HeptagonFieldApplication = class _HeptagonFieldApplication extends DefaultFieldApplication {
16776  constructor(field5) {
16777    super(field5);
16778    this.correctedAntiprismPerspective = new _HeptagonFieldApplication.HeptagonalSymmetryPerspective(this, true);
16779    this.originalAntiprismPerspective = new _HeptagonFieldApplication.HeptagonalSymmetryPerspective(this, false);
16780  }
16781  /**
16782   * 
16783   * @return {string}
16784   */
16785  getLabel() {
16786    return "Heptagon";
16787  }
16788  /**
16789   * 
16790   * @return {*}
16791   */
16792  getSymmetryPerspectives() {
16793    return java.util.Arrays.asList(this.correctedAntiprismPerspective, super.getDefaultSymmetryPerspective(), this.originalAntiprismPerspective);
16794  }
16795  /**
16796   * 
16797   * @return {*}
16798   */
16799  getDefaultSymmetryPerspective() {
16800    return this.correctedAntiprismPerspective;
16801  }
16802  /**
16803   * 
16804   * @param {string} symmName
16805   * @return {*}
16806   */
16807  getSymmetryPerspective(symmName) {
16808    switch (symmName) {
16809      case "heptagonal antiprism corrected":
16810        return this.correctedAntiprismPerspective;
16811      case "heptagonal antiprism":
16812        return this.originalAntiprismPerspective;
16813      default:
16814        return super.getSymmetryPerspective(symmName);
16815    }
16816  }
16817};
16818HeptagonFieldApplication["__class"] = "com.vzome.core.kinds.HeptagonFieldApplication";
16819HeptagonFieldApplication["__interfaces"] = ["com.vzome.core.math.symmetry.Symmetries4D", "com.vzome.core.editor.FieldApplication"];
16820((HeptagonFieldApplication2) => {
16821  class HeptagonalSymmetryPerspective extends AbstractSymmetryPerspective {
16822    constructor(__parent, corrected) {
16823      super(new HeptagonalAntiprismSymmetry(__parent.getField(), "blue", corrected).createStandardOrbits("blue"));
16824      this.__parent = __parent;
16825      if (this.corrected === void 0) {
16826        this.corrected = false;
16827      }
16828      this.axialsymm = new CommandAxialSymmetry(this.symmetry);
16829      this.corrected = corrected;
16830      const octahedralShapes = new OctahedralShapes("octahedral", "triangular antiprism", this.symmetry);
16831      const antiprismShapes = new ExportedVEFShapes(null, "heptagon/antiprism", "heptagonal antiprism", this.symmetry, octahedralShapes);
16832      this.setDefaultGeometry(antiprismShapes);
16833      this.addShapes(octahedralShapes);
16834    }
16835    /**
16836     * 
16837     * @return {string}
16838     */
16839    getLabel() {
16840      return this.corrected ? "heptagonal antiprism" : null;
16841    }
16842    /**
16843     * 
16844     * @param {Tool.Kind} kind
16845     * @param {ToolsModel} tools
16846     * @return {*}
16847     */
16848    createToolFactories(kind, tools) {
16849      const result = new java.util.ArrayList();
16850      switch (kind) {
16851        case Tool2.Kind.SYMMETRY:
16852          result.add(new SymmetryToolFactory(tools, this.symmetry));
16853          result.add(new LineReflectionToolFactory(tools));
16854          result.add(new MirrorToolFactory(tools));
16855          result.add(new AxialSymmetryToolFactory(tools, this.symmetry));
16856          break;
16857        case Tool2.Kind.TRANSFORM:
16858          result.add(new ScalingToolFactory(tools, this.symmetry));
16859          result.add(new RotationToolFactory(tools, this.symmetry));
16860          result.add(new TranslationToolFactory(tools));
16861          break;
16862        case Tool2.Kind.LINEAR_MAP:
16863          result.add(new LinearMapToolFactory(tools, this.symmetry, false));
16864          break;
16865        default:
16866          break;
16867      }
16868      return result;
16869    }
16870    /**
16871     * 
16872     * @param {Tool.Kind} kind
16873     * @param {ToolsModel} tools
16874     * @return {*}
16875     */
16876    predefineTools(kind, tools) {
16877      const result = new java.util.ArrayList();
16878      switch (kind) {
16879        case Tool2.Kind.SYMMETRY:
16880          result.add(new SymmetryToolFactory(tools, this.symmetry).createPredefinedTool("heptagonal antiprism around origin"));
16881          result.add(new MirrorToolFactory(tools).createPredefinedTool("reflection through XY plane"));
16882          result.add(new AxialSymmetryToolFactory(tools, this.symmetry).createPredefinedTool("symmetry around red through origin"));
16883          break;
16884        case Tool2.Kind.TRANSFORM:
16885          result.add(new ScalingToolFactory(tools, this.symmetry).createPredefinedTool("scale down"));
16886          result.add(new ScalingToolFactory(tools, this.symmetry).createPredefinedTool("scale up"));
16887          result.add(new RotationToolFactory(tools, this.symmetry, true).createPredefinedTool("rotate around red through origin"));
16888          result.add(new TranslationToolFactory(tools).createPredefinedTool("b1 move along +X"));
16889          break;
16890        default:
16891          break;
16892      }
16893      return result;
16894    }
16895    /**
16896     * 
16897     * @param {string} action
16898     * @return {*}
16899     */
16900    getLegacyCommand(action) {
16901      switch (action) {
16902        case "axialsymm":
16903          return this.axialsymm;
16904        default:
16905          return super.getLegacyCommand(action);
16906      }
16907    }
16908    /**
16909     * 
16910     * @return {string}
16911     */
16912    getModelResourcePath() {
16913      return "org/vorthmann/zome/app/heptagonal antiprism.vZome";
16914    }
16915  }
16916  HeptagonFieldApplication2.HeptagonalSymmetryPerspective = HeptagonalSymmetryPerspective;
16917  HeptagonalSymmetryPerspective["__class"] = "com.vzome.core.kinds.HeptagonFieldApplication.HeptagonalSymmetryPerspective";
16918  HeptagonalSymmetryPerspective["__interfaces"] = ["com.vzome.core.editor.SymmetryPerspective"];
16919})(HeptagonFieldApplication || (HeptagonFieldApplication = {}));
16920

16921// src/worker/legacy/from-java/com/vzome/core/editor/api/ManifestConstructions.ts
16922var ManifestConstructions = class extends java.util.ArrayList {
16923  constructor(edit) {
16924    super();
16925    if (this.edit === void 0) {
16926      this.edit = null;
16927    }
16928    this.edit = edit;
16929  }
16930  constructionAdded$com_vzome_core_construction_Construction(c) {
16931    this.edit.manifestConstruction(c);
16932    this.edit.redo();
16933  }
16934  constructionAdded$com_vzome_core_construction_Construction$com_vzome_core_construction_Color(c, color) {
16935    const manifestation = this.edit.manifestConstruction(c);
16936    if (color != null) this.edit.colorManifestation(manifestation, color);
16937    this.edit.select$com_vzome_core_model_Manifestation(manifestation);
16938    this.edit.redo();
16939  }
16940  /**
16941   * 
16942   * @param {Construction} c
16943   * @param {Color} color
16944   */
16945  constructionAdded(c, color) {
16946    if ((c != null && c instanceof Construction || c === null) && (color != null && color instanceof Color || color === null)) {
16947      return this.constructionAdded$com_vzome_core_construction_Construction$com_vzome_core_construction_Color(c, color);
16948    } else if ((c != null && c instanceof Construction || c === null) && color === void 0) {
16949      return this.constructionAdded$com_vzome_core_construction_Construction(c);
16950    } else throw new Error("invalid overload");
16951  }
16952};
16953ManifestConstructions["__class"] = "com.vzome.core.editor.api.ManifestConstructions";
16954ManifestConstructions["__interfaces"] = ["java.util.RandomAccess", "java.util.List", "java.lang.Cloneable", "com.vzome.core.construction.ConstructionChanges", "java.util.Collection", "java.lang.Iterable", "java.io.Serializable"];
16955

16956// src/worker/legacy/from-java/com/vzome/core/math/PerspectiveProjection.ts
16957var PerspectiveProjection2 = class {
16958  constructor(field5, cameraDist) {
16959    if (this.field === void 0) {
16960      this.field = null;
16961    }
16962    if (this.cameraDist === void 0) {
16963      this.cameraDist = null;
16964    }
16965    if (this.minDenom === void 0) {
16966      this.minDenom = null;
16967    }
16968    if (this.minDenomValue === void 0) {
16969      this.minDenomValue = 0;
16970    }
16971    this.field = field5;
16972    this.cameraDist = cameraDist;
16973  }
16974  /**
16975   * 
16976   * @param {AlgebraicVector} source
16977   * @param {boolean} wFirst
16978   * @return {AlgebraicVector}
16979   */
16980  projectImage(source, wFirst) {
16981    const result = this.field.origin(4);
16982    const w = source.getComponent(0);
16983    let denom = this.cameraDist["minus$com_vzome_core_algebra_AlgebraicNumber"](w);
16984    if (this.minDenom == null) {
16985      this.minDenom = this.field["createPower$int"](-5);
16986      this.minDenomValue = this.minDenom.evaluate();
16987    }
16988    const denomValue = denom.evaluate();
16989    if (denomValue < this.minDenomValue) {
16990      denom = this.minDenom;
16991    }
16992    const numerator = denom.reciprocal();
16993    result.setComponent(0, this.field.one());
16994    result.setComponent(1, source.getComponent(1)["times$com_vzome_core_algebra_AlgebraicNumber"](numerator));
16995    result.setComponent(2, source.getComponent(2)["times$com_vzome_core_algebra_AlgebraicNumber"](numerator));
16996    result.setComponent(3, source.getComponent(3)["times$com_vzome_core_algebra_AlgebraicNumber"](numerator));
16997    return result;
16998  }
16999  /**
17000   * 
17001   * @param {*} element
17002   */
17003  getXmlAttributes(element) {
17004    if (this.cameraDist != null) {
17005      DomUtils.addAttribute(element, "cameraDist", this.cameraDist.toString(AlgebraicField.ZOMIC_FORMAT));
17006    }
17007  }
17008  /**
17009   * 
17010   * @param {*} xml
17011   */
17012  setXmlAttributes(xml) {
17013    const nums = xml.getAttribute("cameraDist");
17014    if (nums == null || /* isEmpty */
17015    nums.length === 0) return;
17016    this.cameraDist = this.field.parseNumber(nums);
17017  }
17018  /**
17019   * 
17020   * @return {string}
17021   */
17022  getProjectionName() {
17023    return "Perspective";
17024  }
17025};
17026PerspectiveProjection2["__class"] = "com.vzome.core.math.PerspectiveProjection";
17027PerspectiveProjection2["__interfaces"] = ["com.vzome.core.math.Projection"];
17028

17029// src/worker/legacy/from-java/com/vzome/core/math/SixCubeProjection.ts
17030var SixCubeProjection = class {
17031  constructor(field5) {
17032    if (this.field === void 0) {
17033      this.field = null;
17034    }
17035    if (this.basis === void 0) {
17036      this.basis = null;
17037    }
17038    this.field = field5;
17039    const zero = field5.zero();
17040    const one = field5.one();
17041    const nOne = one.negate();
17042    const phi = field5["createPower$int"](1);
17043    this.basis = [null, null, null, null, null, null];
17044    this.basis[0] = new AlgebraicVector(phi, one, zero);
17045    this.basis[1] = new AlgebraicVector(phi, nOne, zero);
17046    this.basis[2] = new AlgebraicVector(zero, phi, one);
17047    this.basis[3] = new AlgebraicVector(zero, phi, nOne);
17048    this.basis[4] = new AlgebraicVector(one, zero, phi);
17049    this.basis[5] = new AlgebraicVector(nOne, zero, phi);
17050  }
17051  /**
17052   * 
17053   * @param {AlgebraicVector} source
17054   * @param {boolean} wFirst
17055   * @return {AlgebraicVector}
17056   */
17057  projectImage(source, wFirst) {
17058    let result = this.field.origin(this.basis[0].dimension());
17059    let pos = wFirst ? 0 : this.basis.length - 1;
17060    for (let index = 0; index < this.basis.length; index++) {
17061      let unitVector = this.basis[index];
17062      {
17063        const scalar = source.getComponent(pos);
17064        result = result.plus(unitVector.scale(scalar));
17065        pos = (pos + 1) % this.basis.length;
17066      }
17067    }
17068    return result;
17069  }
17070  /**
17071   * 
17072   * @param {*} element
17073   */
17074  getXmlAttributes(element) {
17075  }
17076  /**
17077   * 
17078   * @param {*} xml
17079   */
17080  setXmlAttributes(xml) {
17081  }
17082  /**
17083   * 
17084   * @return {string}
17085   */
17086  getProjectionName() {
17087    return "SixCube";
17088  }
17089};
17090SixCubeProjection["__class"] = "com.vzome.core.math.SixCubeProjection";
17091SixCubeProjection["__interfaces"] = ["com.vzome.core.math.Projection"];
17092

17093// src/worker/legacy/from-java/com/vzome/core/math/TetrahedralProjection.ts
17094var TetrahedralProjection = class {
17095  constructor(field5) {
17096    if (this.field === void 0) {
17097      this.field = null;
17098    }
17099    if (this.basis === void 0) {
17100      this.basis = null;
17101    }
17102    this.field = field5;
17103    const pos = field5.one();
17104    const neg = pos.negate();
17105    this.basis = [null, null, null, null];
17106    this.basis[0] = new AlgebraicVector(pos, pos, pos);
17107    this.basis[1] = new AlgebraicVector(pos, neg, neg);
17108    this.basis[2] = new AlgebraicVector(neg, pos, neg);
17109    this.basis[3] = new AlgebraicVector(neg, neg, pos);
17110  }
17111  /**
17112   * 
17113   * @param {AlgebraicVector} source
17114   * @param {boolean} wFirst
17115   * @return {AlgebraicVector}
17116   */
17117  projectImage(source, wFirst) {
17118    let result = this.field.origin(this.basis[0].dimension());
17119    let pos = wFirst ? 0 : this.basis.length - 1;
17120    for (let index = 0; index < this.basis.length; index++) {
17121      let unitVector = this.basis[index];
17122      {
17123        const scalar = source.getComponent(pos);
17124        result = result.plus(unitVector.scale(scalar));
17125        pos = (pos + 1) % this.basis.length;
17126      }
17127    }
17128    return result;
17129  }
17130  /**
17131   * 
17132   * @param {*} element
17133   */
17134  getXmlAttributes(element) {
17135  }
17136  /**
17137   * 
17138   * @param {*} xml
17139   */
17140  setXmlAttributes(xml) {
17141  }
17142  /**
17143   * 
17144   * @return {string}
17145   */
17146  getProjectionName() {
17147    return "Tetrahedral";
17148  }
17149};
17150TetrahedralProjection["__class"] = "com.vzome.core.math.TetrahedralProjection";
17151TetrahedralProjection["__interfaces"] = ["com.vzome.core.math.Projection"];
17152

17153// src/worker/legacy/from-java/com/vzome/core/edits/ImportMesh.ts
17154var ImportMesh = class _ImportMesh extends ChangeManifestations {
17155  constructor(editor) {
17156    super(editor);
17157    if (this.meshData === void 0) {
17158      this.meshData = null;
17159    }
17160    if (this.scale === void 0) {
17161      this.scale = null;
17162    }
17163    if (this.projection === void 0) {
17164      this.projection = null;
17165    }
17166    if (this.editor === void 0) {
17167      this.editor = null;
17168    }
17169    this.editor = editor;
17170  }
17171  /**
17172   * 
17173   * @param {*} params
17174   */
17175  configure(params) {
17176    const field5 = this.mManifestations.getField();
17177    this.meshData = params.get("vef");
17178    this.projection = params.get("projection");
17179    this.scale = params.get("scale");
17180    if (this.scale == null) {
17181      this.scale = field5.one();
17182    }
17183    const mode = params.getOrDefault("mode", "");
17184    switch (mode) {
17185      case "":
17186        break;
17187      case "clipboard":
17188        if (this.meshData != null && !/* startsWith */
17189        ((str, searchString, position = 0) => str.substr(position, searchString.length) === searchString)(this.meshData, "vZome VEF") && !/* startsWith */
17190        ((str, searchString, position = 0) => str.substr(position, searchString.length) === searchString)(this.meshData, "{")) this.meshData = null;
17191        break;
17192      case "Quaternion":
17193        break;
17194      default:
17195        this.setProjection(mode, field5);
17196        break;
17197    }
17198  }
17199  /**
17200   * 
17201   * @return {boolean}
17202   */
17203  isNoOp() {
17204    return this.meshData == null;
17205  }
17206  /**
17207   * 
17208   * @param {*} element
17209   */
17210  getXmlAttributes(element) {
17211    if (this.scale != null) DomUtils.addAttribute(element, "scale", this.scale.toString(AlgebraicField.ZOMIC_FORMAT));
17212    if (this.projection != null) {
17213      const name = this.projection.getProjectionName();
17214      if (!("" === name)) {
17215        DomUtils.addAttribute(element, "projection", this.projection.getProjectionName());
17216        this.projection.getXmlAttributes(element);
17217      }
17218    }
17219    const textNode = element.getOwnerDocument().createTextNode(XmlSaveFormat.escapeNewlines(this.meshData));
17220    element.appendChild(textNode);
17221  }
17222  /**
17223   * 
17224   * @param {*} xml
17225   * @param {XmlSaveFormat} format
17226   */
17227  setXmlAttributes(xml, format) {
17228    const field5 = format.getField();
17229    this.scale = format.parseRationalNumber(xml, "scale");
17230    if (this.scale == null) {
17231      this.scale = field5.one();
17232    }
17233    this.meshData = xml.getTextContent();
17234    const projectionName = xml.getAttribute("projection");
17235    if ("" === projectionName) {
17236      const quaternion = format.parseRationalVector(xml, "quaternion");
17237      this.projection = quaternion == null ? null : new QuaternionProjection(field5, null, quaternion);
17238    } else {
17239      this.setProjection(projectionName, field5);
17240    }
17241    if (this.projection != null) {
17242      this.projection.setXmlAttributes(xml);
17243    }
17244  }
17245  setProjection(projectionName, field5) {
17246    switch (projectionName) {
17247      case "Quaternion":
17248        this.projection = new QuaternionProjection(field5, null, null);
17249        break;
17250      case "SixCube":
17251        this.projection = new SixCubeProjection(field5);
17252        break;
17253      case "Tetrahedral":
17254        this.projection = new TetrahedralProjection(field5);
17255        break;
17256      case "Perspective":
17257        this.projection = new PerspectiveProjection2(field5, null);
17258        break;
17259    }
17260  }
17261  /**
17262   * 
17263   */
17264  perform() {
17265    if (this.meshData == null) return;
17266    let offset = null;
17267    let pointFound = false;
17268    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
17269      let man = index.next();
17270      {
17271        if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0)) {
17272          const nextPoint = man.getFirstConstruction();
17273          if (!pointFound) {
17274            pointFound = true;
17275            offset = nextPoint.getLocation();
17276          } else {
17277            offset = null;
17278            break;
17279          }
17280        }
17281        if (this.deselectInputs()) this.unselect$com_vzome_core_model_Manifestation(man);
17282      }
17283    }
17284    const field5 = this.mManifestations.getField();
17285    const events = new ManifestConstructions(this);
17286    const registry = new _ImportMesh.ImportMesh$0(this, field5);
17287    if (this.projection == null) this.projection = new Projection.Default(field5);
17288    try {
17289      this.parseMeshData(offset, events, registry);
17290    } catch (e) {
17291      throw new Command.Failure("Incorrect content for this import:\n" + e.message);
17292    }
17293    this.redo();
17294  }
17295  deselectInputs() {
17296    return true;
17297  }
17298};
17299ImportMesh["__class"] = "com.vzome.core.edits.ImportMesh";
17300((ImportMesh2) => {
17301  class ImportMesh$0 {
17302    constructor(__parent, field5) {
17303      this.field = field5;
17304      this.__parent = __parent;
17305    }
17306    /**
17307     * 
17308     * @param {string} name
17309     * @return {*}
17310     */
17311    getField(name) {
17312      if (this.field.supportsSubfield(name)) return this.field;
17313      else {
17314        return null;
17315      }
17316    }
17317  }
17318  ImportMesh2.ImportMesh$0 = ImportMesh$0;
17319  ImportMesh$0["__interfaces"] = ["com.vzome.core.algebra.AlgebraicField.Registry"];
17320})(ImportMesh || (ImportMesh = {}));
17321

17322// src/worker/legacy/from-java/com/vzome/jsweet/JsAlgebraicNumber.ts
17323var JsAlgebraicNumber = class _JsAlgebraicNumber {
17324  constructor(field5, factors) {
17325    if (this.field === void 0) {
17326      this.field = null;
17327    }
17328    if (this.factors === void 0) {
17329      this.factors = null;
17330    }
17331    this.field = field5;
17332    this.factors = factors.slice();
17333  }
17334  /**
17335   * 
17336   * @return {*}
17337   */
17338  getField() {
17339    return this.field;
17340  }
17341  /**
17342   * 
17343   * @return {number}
17344   */
17345  evaluate() {
17346    return this.field.evaluateNumber(this.factors);
17347  }
17348  /**
17349   * 
17350   * @return {java.lang.String[]}
17351   */
17352  toTrailingDivisor() {
17353    return this.factors.map((bi) => bi.toString());
17354  }
17355  /**
17356   * 
17357   * @param {number} n is the value to be added
17358   * @return {*} this + n
17359   */
17360  plusInt(n) {
17361    return n === 0 ? this : this.plus$com_vzome_core_algebra_AlgebraicNumber(this.field.createRational$long(n));
17362  }
17363  /**
17364   * 
17365   * @param {number} n
17366   * @return {*}
17367   */
17368  timesInt(n) {
17369    switch (n) {
17370      case 0:
17371        return this.field.zero();
17372      case 1:
17373        return this;
17374      case -1:
17375        return this.negate();
17376      default:
17377        return this.times$com_vzome_core_algebra_AlgebraicNumber(this.field.createRational$long(n));
17378    }
17379  }
17380  /**
17381   * 
17382   * @param {number} num is the numerator of the rational value to be added
17383   * @param {number} den is the denominator of the rational value to be added
17384   * @return {*} this + (num / den)
17385   */
17386  plusRational(num, den) {
17387    return this.plus$com_vzome_core_algebra_AlgebraicNumber(this.field.createRational$long$long(num, den));
17388  }
17389  plus$com_vzome_core_algebra_AlgebraicNumber(that) {
17390    const factors = this.field.add(this.factors, that.factors);
17391    return new _JsAlgebraicNumber(this.field, factors);
17392  }
17393  /**
17394   * 
17395   * @param {*} that
17396   * @return {*}
17397   */
17398  plus(that) {
17399    if (that != null && (that.constructor != null && that.constructor["__interfaces"] != null && that.constructor["__interfaces"].indexOf("com.vzome.core.algebra.AlgebraicNumber") >= 0) || that === null) {
17400      return this.plus$com_vzome_core_algebra_AlgebraicNumber(that);
17401    } else throw new Error("invalid overload");
17402  }
17403  /**
17404   * 
17405   * @param {number} n
17406   * @return {*}
17407   */
17408  minusInt(n) {
17409    return n === 0 ? this : this.minus$com_vzome_core_algebra_AlgebraicNumber(this.field.createRational$long(n));
17410  }
17411  /**
17412   * 
17413   * @param {number} num
17414   * @param {number} den
17415   * @return {*}
17416   */
17417  minusRational(num, den) {
17418    return this.minus$com_vzome_core_algebra_AlgebraicNumber(this.field.createRational$long$long(num, den));
17419  }
17420  minus$com_vzome_core_algebra_AlgebraicNumber(that) {
17421    const factors = this.field.subtract(this.factors, that.factors);
17422    return new _JsAlgebraicNumber(this.field, factors);
17423  }
17424  /**
17425   * 
17426   * @param {*} that
17427   * @return {*}
17428   */
17429  minus(that) {
17430    if (that != null && (that.constructor != null && that.constructor["__interfaces"] != null && that.constructor["__interfaces"].indexOf("com.vzome.core.algebra.AlgebraicNumber") >= 0) || that === null) {
17431      return this.minus$com_vzome_core_algebra_AlgebraicNumber(that);
17432    } else throw new Error("invalid overload");
17433  }
17434  times$com_vzome_core_algebra_AlgebraicNumber(that) {
17435    const factors = this.field.multiply(this.factors, that.factors);
17436    return new _JsAlgebraicNumber(this.field, factors);
17437  }
17438  /**
17439   * 
17440   * @param {*} that
17441   * @return {*}
17442   */
17443  times(that) {
17444    if (that != null && (that.constructor != null && that.constructor["__interfaces"] != null && that.constructor["__interfaces"].indexOf("com.vzome.core.algebra.AlgebraicNumber") >= 0) || that === null) {
17445      return this.times$com_vzome_core_algebra_AlgebraicNumber(that);
17446    } else throw new Error("invalid overload");
17447  }
17448  /**
17449   * 
17450   * @param {number} divisor
17451   * @return {*}
17452   */
17453  dividedByInt(divisor) {
17454    return divisor === 1 ? this : this.times$com_vzome_core_algebra_AlgebraicNumber(this.field.createRational$long$long(1, divisor));
17455  }
17456  /**
17457   * 
17458   * @param {number} num
17459   * @param {number} den
17460   * @return {*}
17461   */
17462  dividedByRational(num, den) {
17463    return this.times$com_vzome_core_algebra_AlgebraicNumber(this.field.createRational$long$long(den, num));
17464  }
17465  /**
17466   * 
17467   * @param {*} that
17468   * @return {*}
17469   */
17470  dividedBy(that) {
17471    const recip = this.field.reciprocal(that.factors);
17472    const factors = this.field.multiply(this.factors, recip);
17473    return new _JsAlgebraicNumber(this.field, factors);
17474  }
17475  equals(that) {
17476    return java.util.Arrays.equals(this.factors, that.factors);
17477  }
17478  /**
17479   * 
17480   * @return {*}
17481   */
17482  negate() {
17483    const factors = this.field.negate(this.factors);
17484    return new _JsAlgebraicNumber(this.field, factors);
17485  }
17486  /**
17487   * 
17488   * @return {boolean}
17489   */
17490  isZero() {
17491    return this.equals(this.field.zero());
17492  }
17493  /**
17494   * 
17495   * @return {boolean}
17496   */
17497  isOne() {
17498    return this.equals(this.field.one());
17499  }
17500  /**
17501   * 
17502   * @return {*}
17503   */
17504  reciprocal() {
17505    return new _JsAlgebraicNumber(this.field, this.field.reciprocal(this.factors));
17506  }
17507  /**
17508   * @param {java.lang.StringBuffer} buf
17509   * @param {number} format must be one of the following values.
17510   * The result is formatted as follows:
17511   * <br>
17512   * {@code DEFAULT_FORMAT    // 4 + 3φ}<br>
17513   * {@code EXPRESSION_FORMAT // 4 +3*phi}<br>
17514   * {@code ZOMIC_FORMAT      // 4 3}<br>
17515   * {@code VEF_FORMAT        // (3,4)}<br>
17516   */
17517  getNumberExpression(buf, format) {
17518    buf.append(this.toString(format));
17519  }
17520  /**
17521   * @param {number} format must be one of the following values.
17522   * The result is formatted as follows:
17523   * <br>
17524   * {@code DEFAULT_FORMAT    // 4 + 3φ}<br>
17525   * {@code EXPRESSION_FORMAT // 4 +3*phi}<br>
17526   * {@code ZOMIC_FORMAT      // 4 3}<br>
17527   * {@code VEF_FORMAT        // (3,4)}
17528   * @return {string}
17529   */
17530  toString(format) {
17531    return this.field.toString(this.factors, format);
17532  }
17533  /**
17534   * 
17535   * @return {string}
17536   */
17537  getMathML() {
17538    return this.field.getMathML(this.factors);
17539  }
17540  /**
17541   * 
17542   * @param {*} other
17543   * @return {number}
17544   */
17545  compareTo(other) {
17546    if (this === other) {
17547      return 0;
17548    }
17549    if (
17550      /* equals */
17551      ((o1, o2) => {
17552        if (o1 && o1.equals) {
17553          return o1.equals(o2);
17554        } else {
17555          return o1 === o2;
17556        }
17557      })(other, this)
17558    ) {
17559      return 0;
17560    }
17561    const d1 = this.evaluate();
17562    const d2 = other.evaluate();
17563    return (
17564      /* compareTo */
17565      ((o1, o2) => {
17566        if (o1 && o1.compareTo) {
17567          return o1.compareTo(o2);
17568        } else {
17569          return o1 < o2 ? -1 : o2 < o1 ? 1 : 0;
17570        }
17571      })(d1, d2)
17572    );
17573  }
17574  /**
17575   * 
17576   * @param {*} other
17577   * @return {boolean}
17578   */
17579  greaterThan(other) {
17580    return this.compareTo(other) > 0;
17581  }
17582  /**
17583   * 
17584   * @param {*} other
17585   * @return {boolean}
17586   */
17587  lessThan(other) {
17588    return this.compareTo(other) < 0;
17589  }
17590  /**
17591   * 
17592   * @param {*} other
17593   * @return {boolean}
17594   */
17595  greaterThanOrEqualTo(other) {
17596    return this.compareTo(other) >= 0;
17597  }
17598  /**
17599   * 
17600   * @param {*} other
17601   * @return {boolean}
17602   */
17603  lessThanOrEqualTo(other) {
17604    return this.compareTo(other) <= 0;
17605  }
17606  /**
17607   * 
17608   * @return {number}
17609   */
17610  signum() {
17611    return (
17612      /* intValue */
17613      javaemul.internal.DoubleHelper.valueOf(
17614        /* signum */
17615        ((f) => {
17616          if (f > 0) {
17617            return 1;
17618          } else if (f < 0) {
17619            return -1;
17620          } else {
17621            return 0;
17622          }
17623        })(this.evaluate())
17624      ) | 0
17625    );
17626  }
17627  /**
17628   * 
17629   * @param {number} num
17630   * @param {number} den
17631   * @return {*}
17632   */
17633  timesRational(num, den) {
17634    throw new java.lang.RuntimeException("unimplemented JsAlgebraicNumber.times");
17635  }
17636  /**
17637   * 
17638   * @return {boolean}
17639   */
17640  isRational() {
17641    throw new java.lang.RuntimeException("unimplemented JsAlgebraicNumber.isRational");
17642  }
17643};
17644JsAlgebraicNumber["__class"] = "com.vzome.jsweet.JsAlgebraicNumber";
17645JsAlgebraicNumber["__interfaces"] = ["com.vzome.core.algebra.Fields.Element", "com.vzome.core.algebra.AlgebraicNumber", "java.lang.Comparable"];
17646

17647// src/worker/legacy/from-java/com/vzome/jsweet/JsAlgebraicField.ts
17648var JsAlgebraicField = class {
17649  /* Default method injected from AlgebraicField */
17650  supportsSubfield(fieldName) {
17651    if (fieldName === this.getName()) return true;
17652    return fieldName === "golden" && this.getGoldenRatio() != null;
17653  }
17654  constructor(delegate) {
17655    if (this.delegate === void 0) {
17656      this.delegate = null;
17657    }
17658    if (this.positivePowers === void 0) {
17659      this.positivePowers = null;
17660    }
17661    if (this.negativePowers === void 0) {
17662      this.negativePowers = null;
17663    }
17664    if (this.zomicModule === void 0) {
17665      this.zomicModule = null;
17666    }
17667    this.delegate = delegate;
17668    const order = delegate["order"];
17669    this.positivePowers = ((s) => {
17670      let a = [];
17671      while (s-- > 0) a.push(null);
17672      return a;
17673    })(order - 1);
17674    this.negativePowers = ((s) => {
17675      let a = [];
17676      while (s-- > 0) a.push(null);
17677      return a;
17678    })(order - 1);
17679  }
17680  /**
17681   * 
17682   * @return {string}
17683   */
17684  getName() {
17685    return this.delegate["name"];
17686  }
17687  /**
17688   * 
17689   * @return {number}
17690   */
17691  getOrder() {
17692    return this.delegate["order"];
17693  }
17694  /**
17695   * 
17696   * @return {number}
17697   */
17698  getNumIrrationals() {
17699    return this.getOrder() - 1;
17700  }
17701  /**
17702   * 
17703   * @return {number}
17704   */
17705  getNumMultipliers() {
17706    return this.getNumIrrationals();
17707  }
17708  parseInt(s) {
17709    const f = this.delegate["parseInt"];
17710    return f(s);
17711  }
17712  add(v1, v2) {
17713    const f = this.delegate["plus"];
17714    return f(v1, v2);
17715  }
17716  subtract(v1, v2) {
17717    const f = this.delegate["minus"];
17718    return f(v1, v2);
17719  }
17720  multiply(v1, v2) {
17721    const f = this.delegate["times"];
17722    return f(v1, v2);
17723  }
17724  evaluateNumber(factors) {
17725    const f = this.delegate["embed"];
17726    return f(factors);
17727  }
17728  reciprocal(factors) {
17729    const f = this.delegate["reciprocal"];
17730    return f(factors);
17731  }
17732  negate(factors) {
17733    const f = this.delegate["negate"];
17734    return f(factors);
17735  }
17736  toString(factors, format) {
17737    const f = this.delegate["toString"];
17738    return f(factors, format);
17739  }
17740  getMathML(v1) {
17741    const f = this.delegate["toString"];
17742    return f(v1, 4);
17743  }
17744  /**
17745   * 
17746   * @return {*}
17747   */
17748  zero() {
17749    return new JsAlgebraicNumber(this, this.delegate["zero"]);
17750  }
17751  /**
17752   * 
17753   * @return {*}
17754   */
17755  one() {
17756    return new JsAlgebraicNumber(this, this.delegate["one"]);
17757  }
17758  /**
17759   * 
17760   * @param {int[][]} nums
17761   * @return {AlgebraicVector}
17762   */
17763  createVector(nums) {
17764    const x = this.createAlgebraicNumberFromPairs(nums[0]);
17765    const y = this.createAlgebraicNumberFromPairs(nums[1]);
17766    const z = this.createAlgebraicNumberFromPairs(nums[2]);
17767    return new AlgebraicVector(x, y, z);
17768  }
17769  createVectorFromTDs(nums) {
17770    const dims = nums.length;
17771    const coords = ((s) => {
17772      let a = [];
17773      while (s-- > 0) a.push(null);
17774      return a;
17775    })(dims);
17776    for (let c = 0; c < coords.length; c++) {
17777      {
17778        coords[c] = this.createAlgebraicNumberFromTD(nums[c]);
17779      }
17780      ;
17781    }
17782    return new AlgebraicVector(coords);
17783  }
17784  /**
17785   * 
17786   * @param {number} dims
17787   * @return {AlgebraicVector}
17788   */
17789  origin(dims) {
17790    const zero = this.zero();
17791    switch (dims) {
17792      case 1:
17793        return new AlgebraicVector(zero);
17794      case 2:
17795        return new AlgebraicVector(zero, zero);
17796      case 3:
17797        return new AlgebraicVector(zero, zero, zero);
17798      case 4:
17799        return new AlgebraicVector(zero, zero, zero, zero);
17800      case 5:
17801        return new AlgebraicVector(zero, zero, zero, zero, zero);
17802      default:
17803        return null;
17804    }
17805  }
17806  /**
17807   * 
17808   * @return {boolean}
17809   */
17810  scale4dRoots() {
17811    return false;
17812  }
17813  /**
17814   * 
17815   * @return {boolean}
17816   */
17817  doubleFrameVectors() {
17818    return false;
17819  }
17820  /**
17821   * 
17822   * @param {number} dims
17823   * @param {number} axis
17824   * @return {AlgebraicVector}
17825   */
17826  basisVector(dims, axis) {
17827    const result = this.origin(dims);
17828    return result.setComponent(axis, this.one());
17829  }
17830  createPower$int(power) {
17831    return this.createPower$int$int(power, 1);
17832  }
17833  createPower$int$int(power, irr) {
17834    const one = this.one();
17835    if (power === 0 || irr === 0) return one;
17836    irr -= 1;
17837    if (power > 0) {
17838      if (this.positivePowers[irr] == null) this.positivePowers[irr] = new java.util.ArrayList(8);
17839      if (power >= this.positivePowers[irr].size()) {
17840        if (this.positivePowers[irr].isEmpty()) {
17841          this.positivePowers[irr].add(one);
17842          this.positivePowers[irr].add(this.getUnitTerm(irr + 1));
17843        }
17844        const size = this.positivePowers[irr].size();
17845        const irrat = this.positivePowers[irr].get(1);
17846        let last = this.positivePowers[irr].get(size - 1);
17847        for (let i = size; i <= power; i++) {
17848          {
17849            const next = last["times$com_vzome_core_algebra_AlgebraicNumber"](irrat);
17850            this.positivePowers[irr].add(next);
17851            last = next;
17852          }
17853          ;
17854        }
17855      }
17856      return this.positivePowers[irr].get(power);
17857    } else {
17858      power = -power;
17859      if (this.negativePowers[irr] == null) this.negativePowers[irr] = new java.util.ArrayList(8);
17860      if (power >= this.negativePowers[irr].size()) {
17861        if (this.negativePowers[irr].isEmpty()) {
17862          this.negativePowers[irr].add(one);
17863          this.negativePowers[irr].add(this.getUnitTerm(irr + 1).reciprocal());
17864        }
17865        const size = this.negativePowers[irr].size();
17866        const irrat = this.negativePowers[irr].get(1);
17867        let last = this.negativePowers[irr].get(size - 1);
17868        for (let i = size; i <= power; i++) {
17869          {
17870            const next = last["times$com_vzome_core_algebra_AlgebraicNumber"](irrat);
17871            this.negativePowers[irr].add(next);
17872            last = next;
17873          }
17874          ;
17875        }
17876      }
17877      return this.negativePowers[irr].get(power);
17878    }
17879  }
17880  /**
17881   * 
17882   * @param {number} power
17883   * @param {number} irr
17884   * @return {*}
17885   */
17886  createPower(power, irr) {
17887    if ((typeof power === "number" || power === null) && (typeof irr === "number" || irr === null)) {
17888      return this.createPower$int$int(power, irr);
17889    } else if ((typeof power === "number" || power === null) && irr === void 0) {
17890      return this.createPower$int(power);
17891    } else throw new Error("invalid overload");
17892  }
17893  /**
17894   * @param {number} n specifies the ordinal of the term in the AlgebraicNumber which will be set to one.
17895   * When {@code n == 0}, the result is the same as {@code createRational(1)}.
17896   * When {@code n == 1}, the result is the same as {@code createPower(1)}.
17897   * When {@code n < 0}, the result will be {@code zero()}.
17898   * When {@code n >= getOrder()}, an IndexOutOfBoundsException will be thrown.
17899   * @return {*} an AlgebraicNumber with the factor specified by {@code n} set to one.
17900   */
17901  getUnitTerm(n) {
17902    if (n < 0) {
17903      return this.zero();
17904    }
17905    const f = this.delegate["zeroCopy"];
17906    const factors = f();
17907    factors[n] = factors[factors.length - 1];
17908    return new JsAlgebraicNumber(this, factors);
17909  }
17910  createRational$long(wholeNumber) {
17911    return this.createRational$long$long(wholeNumber, 1);
17912  }
17913  /*private*/
17914  createAlgebraicNumberFromTD(trailingDivisorForm) {
17915    const f = this.delegate["createNumber"];
17916    const simplified = f(trailingDivisorForm);
17917    return new JsAlgebraicNumber(this, simplified);
17918  }
17919  createAlgebraicNumberFromPairs(pairs) {
17920    const f = this.delegate["createNumberFromPairs"];
17921    const simplified = f(pairs);
17922    return new JsAlgebraicNumber(this, simplified);
17923  }
17924  createRational$long$long(numerator, denominator) {
17925    const f = this.delegate["createNumberFromPairs"];
17926    const simplified = f([numerator, denominator]);
17927    return new JsAlgebraicNumber(this, simplified);
17928  }
17929  /**
17930   * 
17931   * @param {number} numerator
17932   * @param {number} denominator
17933   * @return {*}
17934   */
17935  createRational(numerator, denominator) {
17936    if ((typeof numerator === "number" || numerator === null) && (typeof denominator === "number" || denominator === null)) {
17937      return this.createRational$long$long(numerator, denominator);
17938    } else if ((typeof numerator === "number" || numerator === null) && denominator === void 0) {
17939      return this.createRational$long(numerator);
17940    } else throw new Error("invalid overload");
17941  }
17942  createAlgebraicNumber$int_A(terms) {
17943    return this.createAlgebraicNumber$int_A$int(terms, 1);
17944  }
17945  createAlgebraicNumber$int_A$int(numerators, denominator) {
17946    const f = this.delegate["zeroCopy"];
17947    const factors = f();
17948    java.lang.System.arraycopy(numerators, 0, factors, 0, numerators.length);
17949    factors[numerators.length] = denominator;
17950    return this.createAlgebraicNumberFromTD(factors);
17951  }
17952  /**
17953   * 
17954   * @return {*}
17955   */
17956  getGoldenRatio() {
17957    const value = this.delegate["goldenRatio"];
17958    if (value == null) return null;
17959    return new JsAlgebraicNumber(this, value);
17960  }
17961  /**
17962   * 
17963   * @param {number} dims
17964   * @return {AlgebraicMatrix}
17965   */
17966  identityMatrix(dims) {
17967    const columns = ((s) => {
17968      let a = [];
17969      while (s-- > 0) a.push(null);
17970      return a;
17971    })(dims);
17972    for (let i = 0; i < columns.length; i++) {
17973      {
17974        columns[i] = this.basisVector(dims, i);
17975      }
17976      ;
17977    }
17978    return new AlgebraicMatrix(columns);
17979  }
17980  /**
17981   * Modeled after AbstractAlgebraicField, with a switch from ints to int[]s.
17982   * @param {string} string
17983   * @param {boolean} isRational
17984   * @return {*}
17985   */
17986  parseVefNumber(string, isRational) {
17987    const pairs = ((s) => {
17988      let a = [];
17989      while (s-- > 0) a.push(0);
17990      return a;
17991    })(this.getOrder() + 1);
17992    if (!isRational && /* startsWith */
17993    ((str, searchString, position = 0) => str.substr(position, searchString.length) === searchString)(string, "(") && /* endsWith */
17994    ((str, searchString) => {
17995      let pos = str.length - searchString.length;
17996      let lastIndex = str.indexOf(searchString, pos);
17997      return lastIndex !== -1 && lastIndex === pos;
17998    })(string, ")")) {
17999      const tokens = new java.util.StringTokenizer(string.substring(1, string.length - 1), ",");
18000      const numStack = new java.util.Stack();
18001      const denomStack = new java.util.Stack();
18002      while (tokens.hasMoreTokens()) {
18003        {
18004          if (numStack.size() >= this.getOrder()) {
18005            throw new java.lang.RuntimeException('VEF format error: "' + string + '" has too many factors for ' + this.getName() + " field");
18006          }
18007          const parts = tokens.nextToken().split("/");
18008          numStack.push(this.parseInt(parts[0]));
18009          denomStack.push(parts.length > 1 ? this.parseInt(parts[1]) : 1);
18010        }
18011      }
18012      ;
18013      let i = 0;
18014      while (!numStack.empty()) {
18015        {
18016          pairs[i++] = numStack.pop();
18017          pairs[i++] = denomStack.pop();
18018        }
18019      }
18020      ;
18021    } else {
18022      const parts = string.split("/");
18023      pairs[0] = this.parseInt(parts[0]);
18024      pairs[1] = parts.length > 1 ? this.parseInt(parts[1]) : 1;
18025    }
18026    return this.createAlgebraicNumberFromPairs(pairs);
18027  }
18028  /**
18029   * Drop one coordinate from the 4D vector. If wFirst (the usual), then drop
18030   * the first coordinate, taking the "imaginary part" of the vector. If
18031   * !wFirst (for old VEF import, etc.), drop the last coordinate.
18032   * 
18033   * @param {AlgebraicVector} source
18034   * @param {boolean} wFirst
18035   * @return
18036   * @return {AlgebraicVector}
18037   */
18038  projectTo3d(source, wFirst) {
18039    if (source.dimension() === 3) return source;
18040    else {
18041      const result = this.origin(3);
18042      for (let i = 0; i < 3; i++) {
18043        result.setComponent(i, source.getComponent(wFirst ? i + 1 : i));
18044      }
18045      return result;
18046    }
18047  }
18048  createAlgebraicNumber$int$int$int$int(ones, irrat, denominator, scalePower) {
18049    const result = this.createAlgebraicNumberFromTD([ones, irrat, denominator]);
18050    if (scalePower !== 0) {
18051      const multiplier = this.createPower$int(scalePower);
18052      return result["times$com_vzome_core_algebra_AlgebraicNumber"](multiplier);
18053    } else return result;
18054  }
18055  /**
18056   * 
18057   * @param {number} ones
18058   * @param {number} irrat
18059   * @param {number} denominator
18060   * @param {number} scalePower
18061   * @return {*}
18062   */
18063  createAlgebraicNumber(ones, irrat, denominator, scalePower) {
18064    if ((typeof ones === "number" || ones === null) && (typeof irrat === "number" || irrat === null) && (typeof denominator === "number" || denominator === null) && (typeof scalePower === "number" || scalePower === null)) {
18065      return this.createAlgebraicNumber$int$int$int$int(ones, irrat, denominator, scalePower);
18066    } else if ((ones != null && ones instanceof Array && (ones.length == 0 || ones[0] == null || typeof ones[0] === "

18066number") || ones === null) && (typeof irrat === "number" || irrat === null) && denominator === void 0 && scalePower === void 0) {
18067      return this.createAlgebraicNumber$int_A$int(ones, irrat);
18068    } else if ((ones != null && ones instanceof Array && (ones.length == 0 || ones[0] == null || typeof ones[0] === "number") || ones === null) && irrat === void 0 && denominator === void 0 && scalePower === void 0) {
18069      return this.createAlgebraicNumber$int_A(ones);
18070    } else throw new Error("invalid overload");
18071  }
18072  /**
18073   * 
18074   * @param {string} nums
18075   * @return {AlgebraicVector}
18076   */
18077  parseVector(nums) {
18078    const noLF = (
18079      /* replace */
18080      nums.split("\n").join(" ")
18081    );
18082    const noCRLF = (
18083      /* replace */
18084      noLF.split("\r").join(" ")
18085    );
18086    const tokens = new java.util.StringTokenizer(noCRLF, " ");
18087    const numToks = tokens.countTokens();
18088    if (numToks % this.getOrder() !== 0) throw new java.lang.IllegalStateException("Field order (" + this.getOrder() + ") does not divide token count: " + numToks + ", for '" + noCRLF + "'");
18089    const dims = numToks / this.getOrder() | 0;
18090    const coords = ((s) => {
18091      let a = [];
18092      while (s-- > 0) a.push(null);
18093      return a;
18094    })(dims);
18095    for (let i = 0; i < dims; i++) {
18096      {
18097        coords[i] = this.parseNumber$java_util_StringTokenizer(tokens);
18098      }
18099      ;
18100    }
18101    return new AlgebraicVector(coords);
18102  }
18103  parseNumber$java_lang_String(nums) {
18104    const tokens = new java.util.StringTokenizer(nums, " ");
18105    return this.parseNumber$java_util_StringTokenizer(tokens);
18106  }
18107  /**
18108   * 
18109   * @param {string} nums
18110   * @return {*}
18111   */
18112  parseNumber(nums) {
18113    if (typeof nums === "string" || nums === null) {
18114      return this.parseNumber$java_lang_String(nums);
18115    } else if (nums != null && nums instanceof java.util.StringTokenizer || nums === null) {
18116      return this.parseNumber$java_util_StringTokenizer(nums);
18117    } else throw new Error("invalid overload");
18118  }
18119  /*private*/
18120  parseNumber$java_util_StringTokenizer(tokens) {
18121    const order = this.getOrder();
18122    const pairs = ((s) => {
18123      let a = [];
18124      while (s-- > 0) a.push(0);
18125      return a;
18126    })(order * 2);
18127    for (let i = 0; i < order; i++) {
18128      {
18129        const digit = tokens.nextToken();
18130        const parts = digit.split("/");
18131        pairs[i * 2] = this.parseInt(parts[0]);
18132        if (parts.length > 1) pairs[i * 2 + 1] = this.parseInt(parts[1]);
18133        else pairs[i * 2 + 1] = 1;
18134      }
18135      ;
18136    }
18137    return this.createAlgebraicNumberFromPairs(pairs);
18138  }
18139  /**
18140   * 
18141   * @param {string} string
18142   * @return {*}
18143   */
18144  parseLegacyNumber(string) {
18145    let div = 1;
18146    if (
18147      /* startsWith */
18148      ((str, searchString, position = 0) => str.substr(position, searchString.length) === searchString)(string, "(")
18149    ) {
18150      const closeParen = string.indexOf(")");
18151      div = this.parseInt(string.substring(closeParen + 2));
18152      string = string.substring(1, closeParen);
18153    }
18154    let phis = 0;
18155    let bump = 3;
18156    let phiIndex = string.indexOf("phi");
18157    if (phiIndex < 0) {
18158      phiIndex = string.indexOf("sqrt2");
18159      bump = 5;
18160    }
18161    if (phiIndex >= 0) {
18162      const part = string.substring(0, phiIndex);
18163      if (part.length === 0) phis = 1;
18164      else if (part === "-") phis = -1;
18165      else phis = this.parseInt(part);
18166      string = string.substring(phiIndex + bump);
18167    }
18168    let ones;
18169    if (string.length === 0) ones = 0;
18170    else {
18171      if (
18172        /* startsWith */
18173        ((str, searchString, position = 0) => str.substr(position, searchString.length) === searchString)(string, "+")
18174      ) string = string.substring(1);
18175      ones = this.parseInt(string);
18176    }
18177    return this.createAlgebraicNumber$int$int$int$int(ones, phis, div, 0);
18178  }
18179  getIrrational$int$int(i, format) {
18180    const f = this.delegate["getIrrational"];
18181    return f(i);
18182  }
18183  /**
18184   * 
18185   * @param {number} i
18186   * @param {number} format
18187   * @return {string}
18188   */
18189  getIrrational(i, format) {
18190    if ((typeof i === "number" || i === null) && (typeof format === "number" || format === null)) {
18191      return this.getIrrational$int$int(i, format);
18192    }

18192 else if ((typeof i === "number" || i === null) && format === void 0) {
18193      return this.getIrrational$int(i);
18194    } else throw new Error("invalid overload");
18195  }
18196  getIrrational$int(which) {
18197    return this.getIrrational$int$int(which, 0);
18198  }
18199  setInterpreterModule(module) {
18200    this.zomicModule = module;
18201  }
18202  interpretScript(script, language, offset, symmetry, effects) {
18203    if (this.zomicModule == null) throw new Error("The Zomic module was not loaded.");
18204    const f = this.zomicModule["interpretScript"];
18205    f(script, language, offset, symmetry, effects);
18206  }
18207  getNumberByName(name) {
18208    throw new java.lang.RuntimeException("unimplemented JsAlgebraicField.getNumberByName");
18209  }
18210  scaleBy(factors, whichIrrational) {
18211    throw new java.lang.RuntimeException("unimplemented JsAlgebraicField.scaleBy");
18212  }
18213  /**
18214   * 
18215   * @param {RealVector} target
18216   * @return {AlgebraicVector}
18217   */
18218  nearestAlgebraicVector(target) {
18219    throw new java.lang.RuntimeException("unimplemented JsAlgebraicField.nearestAlgebraicVector");
18220  }
18221  /**
18222   * 
18223   * @param {int[][]} nums
18224   * @return {AlgebraicVector}
18225   */
18226  createIntegerVector(nums) {
18227    throw new java.lang.RuntimeException("unimplemented JsAlgebraicField.createIntegerVector");
18228  }
18229  /**
18230   * 
18231   * @param {int[][][]} data
18232   * @return {AlgebraicMatrix}
18233   */
18234  createMatrix(data) {
18235    throw new java.lang.RuntimeException("unimplemented JsAlgebraicField.createMatrix");
18236  }
18237};
18238JsAlgebraicField["__class"] = "com.vzome.jsweet.JsAlgebraicField";
18239JsAlgebraicField["__interfaces"] = ["com.vzome.core.algebra.AlgebraicField"];
18240

18241// src/worker/legacy/from-java/com/vzome/core/editor/SelectionSummary.ts
18242var SelectionSummary = class _SelectionSummary {
18243  static LOGGER_$LI$() {
18244    if (_SelectionSummary.LOGGER == null) {
18245      _SelectionSummary.LOGGER = java.util.logging.Logger.getLogger("com.vzome.core.editor.SelectionSummary");
18246    }
18247    return _SelectionSummary.LOGGER;
18248  }
18249  constructor(selection) {
18250    this.balls = 0;
18251    this.struts = 0;
18252    this.panels = 0;
18253    this.listeners = new java.util.ArrayList();
18254    if (this.selection === void 0) {
18255      this.selection = null;
18256    }
18257    this.selection = selection;
18258  }
18259  notifyListeners() {
18260    for (let index = this.listeners.iterator(); index.hasNext(); ) {
18261      let listener = index.next();
18262      {
18263        listener.selectionChanged(this.selection.size(), this.balls, this.struts, this.panels);
18264      }
18265    }
18266  }
18267  /**
18268   * 
18269   * @param {*} m
18270   */
18271  manifestationAdded(m) {
18272    if (m != null && (m.constructor != null && m.constructor["__interfaces"] != null && m.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0)) ++this.balls;
18273    else if (m != null && (m.constructor != null && m.constructor["__interfaces"] != null && m.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0)) ++this.struts;
18274    else if (m != null && (m.constructor != null && m.constructor["__interfaces"] != null && m.constructor["__interfaces"].indexOf("com.vzome.core.model.Panel") >= 0)) ++this.panels;
18275    this.verifyCounts();
18276  }
18277  /**
18278   * 
18279   * @param {*} m
18280   */
18281  manifestationRemoved(m) {
18282    if (m != null && (m.constructor != null && m.constructor["__interfaces"] != null && m.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0)) --this.balls;
18283    else if (m != null && (m.constructor != null && m.constructor["__interfaces"] != null && m.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0)) --this.struts;
18284    else if (m != null && (m.constructor != null && m.constructor["__interfaces"] != null && m.constructor["__interfaces"].indexOf("com.vzome.core.model.Panel") >= 0)) --this.panels;
18285    this.verifyCounts();
18286  }
18287  verifyCounts() {
18288    if (this.balls + this.struts + this.panels !== this.selection.size()) {
18289      if (_SelectionSummary.LOGGER_$LI$().isLoggable(java.util.logging.Level.WARNING)) {
18290        _SelectionSummary.LOGGER_$LI$().warning("Incorrect total for balls, struts and panels: " + this.balls + " + " + this.struts + " + " + this.panels + " != " + this.selection.size());
18291      }
18292      this.balls = this.struts = this.panels = 0;
18293      for (let index = this.selection.iterator(); index.hasNext(); ) {
18294        let m = index.next();
18295        {
18296          if (m != null && (m.constructor != null && m.constructor["__interfaces"] != null && m.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0)) ++this.balls;
18297          else if (m != null && (m.constructor != null && m.constructor["__interfaces"] != null && m.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0)) ++this.struts;
18298          else if (m != null && (m.constructor != null && m.constructor["__interfaces"] != null && m.constructor["__interfaces"].indexOf("com.vzome.core.model.Panel") >= 0)) ++this.panels;
18299        }
18300      }
18301      if (_SelectionSummary.LOGGER_$LI$().isLoggable(java.util.logging.Level.WARNING)) {
18302        _SelectionSummary.LOGGER_$LI$().warning("SelectionSummary resynced on thread: " + java.lang.Thread.currentThread() + ". " + this.balls + " + " + this.struts + " + " + this.panels + " = " + this.selection.size());
18303      }
18304    }
18305  }
18306  /**
18307   * 
18308   * @param {*} m
18309   * @param {Color} color
18310   */
18311  manifestationColored(m, color) {
18312  }
18313  /**
18314   * 
18315   * @param {*} m
18316   * @param {string} label
18317   */
18318  manifestationLabeled(m, label) {
18319  }
18320  addListener(listener) {
18321    this.listeners.add(listener);
18322  }
18323};
18324SelectionSummary["__class"] = "com.vzome.core.editor.SelectionSummary";
18325SelectionSummary["__interfaces"] = ["com.vzome.core.model.ManifestationChanges"];
18326

18327// src/worker/legacy/from-java/com/vzome/jsweet/JsEditorModel.ts
18328var JsEditorModel = class {
18329  constructor(realizedModel, selection, kind, symmetries, symmetrySystems) {
18330    if (this.realizedModel === void 0) {
18331      this.realizedModel = null;
18332    }
18333    if (this.selection === void 0) {
18334      this.selection = null;
18335    }
18336    if (this.kind === void 0) {
18337      this.kind = null;
18338    }
18339    if (this.symmetrySegment === void 0) {
18340      this.symmetrySegment = null;
18341    }
18342    if (this.symmetryCenter === void 0) {
18343      this.symmetryCenter = null;
18344    }
18345    if (this.symmetries === void 0) {
18346      this.symmetries = null;
18347    }
18348    if (this.symmetrySystems === void 0) {
18349      this.symmetrySystems = null;
18350    }
18351    if (this.selectionSummary === void 0) {
18352      this.selectionSummary = null;
18353    }
18354    this.realizedModel = realizedModel;
18355    this.selection = selection;
18356    this.kind = kind;
18357    this.symmetries = symmetries;
18358    this.symmetrySystems = symmetrySystems;
18359    this.symmetryCenter = new FreePoint(realizedModel.getField().origin(3));
18360    this.selectionSummary = new SelectionSummary(this.selection);
18361    this.selection.addListener(this.selectionSummary);
18362  }
18363  setAdapter(adapter) {
18364  }
18365  /**
18366   * 
18367   * @return {*}
18368   */
18369  getRealizedModel() {
18370    return this.realizedModel;
18371  }
18372  /**
18373   * 
18374   * @return {*}
18375   */
18376  getSelection() {
18377    return this.selection;
18378  }
18379  /**
18380   * 
18381   * @return {*}
18382   */
18383  get4dSymmetries() {
18384    return this.kind;
18385  }
18386  /**
18387   * 
18388   * @return {Segment}
18389   */
18390  getSymmetrySegment() {
18391    return this.symmetrySegment;
18392  }
18393  /**
18394   * 
18395   * @return {Point}
18396   */
18397  getCenterPoint() {
18398    return this.symmetryCenter;
18399  }
18400  /**
18401   * 
18402   * @param {Construction} cons
18403   * @return {boolean}
18404   */
18405  hasFailedConstruction(cons) {
18406    return false;
18407  }
18408  getSymmetrySystem$() {
18409    return this.symmetries;
18410  }
18411  getSymmetrySystem$java_lang_String(name) {
18412    return this.symmetrySystems[name];
18413  }
18414  /**
18415   * 
18416   * @param {string} name
18417   * @return {*}
18418   */
18419  getSymmetrySystem(name) {
18420    if (typeof name === "string" || name === null) {
18421      return this.getSymmetrySystem$java_lang_String(name);
18422    } else if (name === void 0) {
18423      return this.getSymmetrySystem$();
18424    } else throw new Error("invalid overload");
18425  }
18426  /**
18427   * 
18428   * @param {Construction} cons
18429   */
18430  addFailedConstruction(cons) {
18431  }
18432  /**
18433   * 
18434   * @param {Construction} point
18435   */
18436  setCenterPoint(point) {
18437    this.symmetryCenter = point;
18438  }
18439  /**
18440   * 
18441   * @param {Segment} segment
18442   */
18443  setSymmetrySegment(segment) {
18444    this.symmetrySegment = segment;
18445  }
18446  /**
18447   * 
18448   * @param {*} listener
18449   */
18450  addSelectionSummaryListener(listener) {
18451    this.selectionSummary.addListener(listener);
18452  }
18453  notifyListeners() {
18454    this.selectionSummary.notifyListeners();
18455  }
18456  /**
18457   * 
18458   * @param {java.lang.Class} kind
18459   * @return {Construction}
18460   */
18461  getSelectedConstruction(kind) {
18462    let manifestationClass;
18463    if (kind === Point) manifestationClass = "com.vzome.core.model.Connector";
18464    else if (kind === Segment) manifestationClass = "com.vzome.core.model.Strut";
18465    else return null;
18466    const focus = this.selection.getSingleSelection(manifestationClass);
18467    if (focus != null) return focus.getFirstConstruction();
18468    return null;
18469  }
18470};
18471JsEditorModel["__class"] = "com.vzome.jsweet.JsEditorModel";
18472JsEditorModel["__interfaces"] = ["com.vzome.core.editor.api.EditorModel", "com.vzome.core.editor.api.LegacyEditorModel", "com.vzome.core.editor.api.ImplicitSymmetryParameters", "com.vzome.core.editor.api.SymmetryAware"];
18473

18474// src/worker/legacy/from-java/com/vzome/core/math/symmetry/PlaneOrbitSet.ts
18475var PlaneOrbitSet = class extends OrbitSet {
18476  constructor(delegate, normal) {
18477    super(delegate.getSymmetry());
18478    if (this.delegate === void 0) {
18479      this.delegate = null;
18480    }
18481    if (this.normal === void 0) {
18482      this.normal = null;
18483    }
18484    this.__zones = new java.util.HashSet();
18485    this.delegate = delegate;
18486    this.normal = normal;
18487    for (let index = delegate.getDirections().iterator(); index.hasNext(); ) {
18488      let dir = index.next();
18489      {
18490        for (let index2 = dir.iterator(); index2.hasNext(); ) {
18491          let axis = index2.next();
18492          {
18493            if (axis.normal().dot(this.normal).isZero()) this.__zones.add(axis);
18494          }
18495        }
18496      }
18497    }
18498  }
18499  zones() {
18500    return this.__zones.iterator();
18501  }
18502  /**
18503   * 
18504   * @param {RealVector} vector
18505   * @return {Axis}
18506   */
18507  getAxis(vector) {
18508    if (RealVector.ORIGIN_$LI$().equals(vector)) {
18509      return null;
18510    }
18511    let maxCosine = -1;
18512    let closest = null;
18513    for (let index = this.__zones.iterator(); index.hasNext(); ) {
18514      let axis = index.next();
18515      {
18516        const axisV = axis.normal().toRealVector();
18517        const cosine = vector.dot(axisV) / (vector.length() * axisV.length());
18518        if (cosine > maxCosine) {
18519          maxCosine = cosine;
18520          closest = axis;
18521        }
18522      }
18523    }
18524    return closest;
18525  }
18526  /**
18527   * 
18528   * @param {string} name
18529   * @return {Direction}
18530   */
18531  getDirection(name) {
18532    return this.delegate.getDirection(name);
18533  }
18534};
18535PlaneOrbitSet["__class"] = "com.vzome.core.math.symmetry.PlaneOrbitSet";
18536

18537// src/worker/legacy/from-java/com/vzome/core/algebra/PlasticNumberField.ts
18538var PlasticNumberField = class _PlasticNumberField extends ParameterizedField {
18539  static {
18540    this.FIELD_NAME = "plasticNumber";
18541  }
18542  /**
18543   * 
18544   * @return {double[]} the coefficients of a PlasticNumberField.
18545   * This can be used to determine when two fields have compatible coefficients
18546   * without having to generate an instance of the class.
18547   */
18548  static getFieldCoefficients() {
18549    const plasticNumber = 1.32471795724475;
18550    return [1, plasticNumber, plasticNumber * plasticNumber];
18551  }
18552  /**
18553   * 
18554   * @return {number}
18555   */
18556  getNumMultipliers() {
18557    return 1;
18558  }
18559  /**
18560   * 
18561   * @return {double[]}
18562   */
18563  getCoefficients() {
18564    return _PlasticNumberField.getFieldCoefficients();
18565  }
18566  constructor(factory) {
18567    super(_PlasticNumberField.FIELD_NAME, 3, factory);
18568    this.initialize();
18569  }
18570  /**
18571   * 
18572   */
18573  initializeCoefficients() {
18574    const temp = this.getCoefficients();
18575    let i = 0;
18576    for (let index = 0; index < temp.length; index++) {
18577      let coefficient = temp[index];
18578      {
18579        this.coefficients[i++] = coefficient;
18580      }
18581    }
18582  }
18583  /**
18584   * 
18585   */
18586  initializeMultiplicationTensor() {
18587    const tensor = [[[1, 0, 0], [0, 0, 1], [0, 1, 0]], [[0, 1, 0], [1, 0, 1], [0, 1, 1]], [[0, 0, 1], [0, 1, 0], [1, 0, 1]]];
18588    this.multiplicationTensor = tensor;
18589  }
18590  /**
18591   * 
18592   */
18593  initializeLabels() {
18594    const upperRho = "\u03A1";
18595    this.irrationalLabels[1] = [upperRho, "P"];
18596    this.irrationalLabels[2] = [upperRho + "\xB2", "P^2"];
18597  }
18598};
18599PlasticNumberField["__class"] = "com.vzome.core.algebra.PlasticNumberField";
18600PlasticNumberField["__interfaces"] = ["com.vzome.core.algebra.AlgebraicField"];
18601

18602// src/worker/legacy/from-java/com/vzome/core/algebra/PlasticPhiField.ts
18603var PlasticPhiField = class _PlasticPhiField extends ParameterizedField {
18604  static {
18605    this.FIELD_NAME = "plasticPhi";
18606  }
18607  /**
18608   * @return {double[]} the coefficients of a PlasticPhiField.
18609   * This can be used to determine when two fields have compatible coefficients
18610   * without having to generate an instance of the class.
18611   */
18612  static getFieldCoefficients() {
18613    const plasticNumber = 1.32471795724475;
18614    const phi = (1 + Math.sqrt(5)) / 2;
18615    return [1, phi, plasticNumber, plasticNumber * phi, plasticNumber * plasticNumber, plasticNumber * plasticNumber * phi];
18616  }
18617  /**
18618   * 
18619   * @return {number}
18620   */
18621  getNumMultipliers() {
18622    return 2;
18623  }
18624  /**
18625   * 
18626   * @return {double[]}
18627   */
18628  getCoefficients() {
18629    return _PlasticPhiField.getFieldCoefficients();
18630  }
18631  constructor(factory) {
18632    super(_PlasticPhiField.FIELD_NAME, 6, factory);
18633    this.initialize();
18634  }
18635  /**
18636   * 
18637   */
18638  initializeCoefficients() {
18639    const temp = this.getCoefficients();
18640    let i = 0;
18641    for (let index = 0; index < temp.length; index++) {
18642      let coefficient = temp[index];
18643      {
18644        this.coefficients[i++] = coefficient;
18645      }
18646    }
18647  }
18648  /**
18649   * 
18650   */
18651  initializeMultiplicationTensor() {
18652    const tensor = [[[1, 0, 0, 0, 0, 0], [0, 1, 0, 0, 0, 0], [0, 0, 0, 0, 1, 0], [0, 0, 0, 0, 0, 1], [0, 0, 1, 0, 0, 0], [0, 0, 0, 1, 0, 0]], [[0, 1, 0, 0, 0, 0], [1, 1, 0, 0, 0, 0], [0, 0, 0, 0, 0, 1], [0, 0, 0, 0, 1, 1], [0, 0, 0, 1, 0, 0], [0, 0, 1, 1, 0, 0]], [[0, 0, 1, 0, 0, 0], [0, 0, 0, 1, 0, 0], [1, 0, 0, 0, 1, 0], [0, 1, 0, 0, 0, 1], [0, 0, 1, 0, 1, 0], [0, 0, 0, 1, 0, 1]], [[0, 0, 0, 1, 0, 0], [0, 0, 1, 1, 0, 0], [0, 1, 0, 0, 0, 1], [1, 1, 0, 0, 1, 1], [0, 0, 0, 1, 0, 1], [0, 0, 1, 1, 1, 1]], [[0, 0, 0, 0, 1, 0], [0, 0, 0, 0, 0, 1], [0, 0, 1, 0, 0, 0], [0, 0, 0, 1, 0, 0], [1, 0, 0, 0, 1, 0], [0, 1, 0, 0, 0, 1]], [[0, 0, 0, 0, 0, 1], [0, 0, 0, 0, 1, 1], [0, 0, 0, 1, 0, 0], [0, 0, 1, 1, 0, 0], [0, 1, 0, 0, 0, 1], [1, 1, 0, 0, 1, 1]]];
18653    this.multiplicationTensor = tensor;
18654  }
18655  /**
18656   * 
18657   */
18658  initializeLabels() {
18659    const upperRho = "\u03A1";
18660    const lowerPhi = "\u03C6";
18661    this.irrationalLabels[1] = [lowerPhi, "phi"];
18662    this.irrationalLabels[2] = [upperRho, "P"];
18663    this.irrationalLabels[3] = [upperRho + "\u03C6", "Pphi"];
18664    this.irrationalLabels[4] = [upperRho + "\xB2", "P^2"];
18665    this.irrationalLabels[5] = [upperRho + "\xB2\u03C6", "P^2phi"];
18666  }
18667  /**
18668   * 
18669   * @return {*}
18670   */
18671  getGoldenRatio() {
18672    return this.getUnitTerm(1);
18673  }
18674};
18675PlasticPhiField["__class"] = "com.vzome.core.algebra.PlasticPhiField";
18676PlasticPhiField["__interfaces"] = ["com.vzome.core.algebra.AlgebraicField"];
18677

18678// src/worker/legacy/from-java/com/vzome/core/kinds/PlasticPhiFieldApplication.ts
18679var PlasticPhiFieldApplication = class extends DefaultFieldApplication {
18680  constructor(field5) {
18681    super(field5);
18682    if (this.icosahedralPerspective === void 0) {
18683      this.icosahedralPerspective = null;
18684    }
18685    this.symmetryPerspectives = new java.util.ArrayList();
18686    if (this.H4 === void 0) {
18687      this.H4 = null;
18688    }
18689    this.h4Builder = null;
18690    this.icosahedralPerspective = new IcosahedralSymmetryPerspective(this.getField());
18691    this.symmetryPerspectives.add(this.icosahedralPerspective);
18692    this.symmetryPerspectives.add(super.getDefaultSymmetryPerspective());
18693    this.H4 = new QuaternionicSymmetry("H_4", "com/vzome/core/math/symmetry/H4roots.vef", this.getField());
18694  }
18695  /**
18696   * 
18697   * @return {PlasticPhiField}
18698   */
18699  getField() {
18700    return super.getField();
18701  }
18702  /**
18703   * 
18704   * @return {*}
18705   */
18706  getSymmetryPerspectives() {
18707    return this.symmetryPerspectives;
18708  }
18709  /**
18710   * 
18711   * @return {*}
18712   */
18713  getDefaultSymmetryPerspective() {
18714    return this.icosahedralPerspective;
18715  }
18716  /**
18717   * 
18718   * @param {string} symmName
18719   * @return {*}
18720   */
18721  getSymmetryPerspective(symmName) {
18722    for (let index = this.symmetryPerspectives.iterator(); index.hasNext(); ) {
18723      let sp = index.next();
18724      {
18725        if (sp.getName() === symmName) {
18726          return sp;
18727        }
18728      }
18729    }
18730    return super.getSymmetryPerspective(symmName);
18731  }
18732  /**
18733   * 
18734   * @param {*} toolFactories
18735   * @param {ToolsModel} tools
18736   */
18737  registerToolFactories(toolFactories, tools) {
18738    super.registerToolFactories(toolFactories, tools);
18739    const symm = this.icosahedralPerspective.getSymmetry();
18740    toolFactories.put("AxialStretchTool", new AxialStretchTool.Factory(tools, symm, false, false, false));
18741    toolFactories.put("SymmetryTool", new IcosahedralToolFactory(tools, symm));
18742  }
18743  /**
18744   * 
18745   * @param {string} name
18746   * @return {QuaternionicSymmetry}
18747   */
18748  getQuaternionSymmetry(name) {
18749    switch (name) {
18750      case "H_4":
18751        return this.H4;
18752      default:
18753        return null;
18754    }
18755  }
18756  /**
18757   * 
18758   * @param {string} groupName
18759   * @param {number} index
18760   * @param {number} edgesToRender
18761   * @param {AlgebraicNumber[]} edgeScales
18762   * @param {*} listener
18763   */
18764  constructPolytope(groupName, index, edgesToRender, edgeScales, listener) {
18765    switch (groupName) {
18766      case "H4":
18767        if (this.h4Builder == null) {
18768          const qsymm = new QuaternionicSymmetry("H_4", "com/vzome/core/math/symmetry/H4roots.vef", this.getField());
18769          this.h4Builder = new CommandUniformH4Polytope(this.getField(), qsymm, 0);
18770        }
18771        this.h4Builder.generate(index, edgesToRender, edgeScales, listener);
18772        break;
18773      default:
18774        super.constructPolytope(groupName, index, edgesToRender, edgeScales, listener);
18775        break;
18776    }
18777  }
18778};
18779PlasticPhiFieldApplication["__class"] = "com.vzome.core.kinds.PlasticPhiFieldApplication";
18780PlasticPhiFieldApplication["__interfaces"] = ["com.vzome.core.math.symmetry.Symmetries4D", "com.vzome.core.editor.FieldApplication"];
18781

18782// src/worker/legacy/from-java/com/vzome/core/viewing/AntiprismShapes.ts
18783var AntiprismShapes = class extends AbstractShapes {
18784  constructor(pkgName, name, symm) {
18785    super(pkgName, name, null, symm);
18786  }
18787  /**
18788   * 
18789   * @return {AntiprismSymmetry}
18790   */
18791  getSymmetry() {
18792    return super.getSymmetry();
18793  }
18794  /**
18795   * 
18796   * @param {string} pkgName
18797   * @return {Polyhedron}
18798   */
18799  buildConnectorShape(pkgName) {
18800    const symm = this.getSymmetry();
18801    const field5 = symm.getField();
18802    const nSides = field5.polygonSides();
18803    const antiprism = new Polyhedron(field5);
18804    const topX = field5.one();
18805    const topY = field5.zero();
18806    const maxTerm = field5.getUnitDiagonal(field5.diagonalCount() - 1);
18807    const botX = field5.getUnitDiagonal(field5.diagonalCount() - 2).dividedBy(maxTerm);
18808    const botY = maxTerm.reciprocal();
18809    const halfHeight = pkgName === "thin" ? field5.getUnitDiagonal(field5.diagonalCount() - 1).reciprocal() : field5.one();
18810    const rotationMatrix = symm.getRotationMatrix();
18811    let vTop = new AlgebraicVector(topX, topY, halfHeight);
18812    let vBot = new AlgebraicVector(botX, botY, halfHeight.negate());
18813    for (let i = 0; i < nSides; i++) {
18814      {
18815        antiprism.addVertex(vTop);
18816        antiprism.addVertex(vBot);
18817        vTop = rotationMatrix.timesColumn(vTop);
18818        vBot = rotationMatrix.timesColumn(vBot);
18819      }
18820      ;
18821    }
18822    const topFace = antiprism.newFace();
18823    const botFace = antiprism.newFace();
18824    for (let i = 0; i < nSides * 2; i += 2) {
18825      {
18826        topFace.add(i);
18827      }
18828      ;
18829    }
18830    for (let i = nSides * 2 - 1; i >= 0; i -= 2) {
18831      {
18832        botFace.add(i);
18833      }
18834      ;
18835    }
18836    antiprism.addFace(topFace);
18837    antiprism.addFace(botFace);
18838    const nVertices = nSides * 2;
18839    for (let i = 0; i < nSides * 2; i += 2) {
18840      {
18841        const face = antiprism.newFace();
18842        face.add(i);
18843        face.add((i + 1) % nVertices);
18844        face.add((i + 2) % nVertices);
18845        antiprism.addFace(face);
18846      }
18847      ;
18848    }
18849    for (let i = 1; i < nSides * 2; i += 2) {
18850      {
18851        const face = antiprism.newFace();
18852        face.add(i);
18853        face.add((i + 2) % nVertices);
18854        face.add((i + 1) % nVertices);
18855        antiprism.addFace(face);
18856      }
18857      ;
18858    }
18859    return antiprism;
18860  }
18861};
18862AntiprismShapes["__class"] = "com.vzome.core.viewing.AntiprismShapes";
18863AntiprismShapes["__interfaces"] = ["com.vzome.core.editor.api.Shapes"];
18864

18865// src/worker/legacy/from-java/com/vzome/core/kinds/PolygonFieldApplication.ts
18866var PolygonFieldApplication = class _PolygonFieldApplication extends DefaultFieldApplication {
18867  constructor(field5) {
18868    super(field5);
18869    this.symmetryPerspectives = new java.util.ArrayList();
18870    if (this.icosahedralPerspective === void 0) {
18871      this.icosahedralPerspective = null;
18872    }
18873    if (this.H4 === void 0) {
18874      this.H4 = null;
18875    }
18876    this.h4Builder = null;
18877    this.symmetryPerspectives.add(new _PolygonFieldApplication.AntiprismSymmetryPerspective(this));
18878    if (field5.polygonSides() === 5) {
18879      this.icosahedralPerspective = new IcosahedralSymmetryPerspective(this.getField());
18880      this.symmetryPerspectives.add(this.icosahedralPerspective);
18881      this.H4 = new QuaternionicSymmetry("H_4", "com/vzome/core/math/symmetry/H4roots.vef", this.getField());
18882    } else {
18883      this.icosahedralPerspective = null;
18884      this.H4 = null;
18885    }
18886    this.symmetryPerspectives.add(super.getDefaultSymmetryPerspective());
18887  }
18888  /**
18889   * 
18890   * @return {PolygonField}
18891   */
18892  getField() {
18893    return super.getField();
18894  }
18895  /**
18896   * 
18897   * @return {*}
18898   */
18899  getSymmetryPerspectives() {
18900    return this.symmetryPerspectives;
18901  }
18902  /**
18903   * 
18904   * @return {*}
18905   */
18906  getDefaultSymmetryPerspective() {
18907    return this.icosahedralPerspective == null ? this.symmetryPerspectives.get(0) : this.icosahedralPerspective;
18908  }
18909  /**
18910   * 
18911   * @param {string} symmName
18912   * @return {*}
18913   */
18914  getSymmetryPerspective(symmName) {
18915    for (let index = this.symmetryPerspectives.iterator(); index.hasNext(); ) {
18916      let sp = index.next();
18917      {
18918        if (sp.getName() === symmName) {
18919          return sp;
18920        }
18921      }
18922    }
18923    return super.getSymmetryPerspective(symmName);
18924  }
18925  /**
18926   * 
18927   * @param {*} toolFactories
18928   * @param {ToolsModel} tools
18929   */
18930  registerToolFactories(toolFactories, tools) {
18931    super.registerToolFactories(toolFactories, tools);
18932    if (this.icosahedralPerspective != null) {
18933      const symm = this.icosahedralPerspective.getSymmetry();
18934      toolFactories.put("AxialStretchTool", new AxialStretchTool.Factory(tools, symm, false, false, false));
18935      toolFactories.put("SymmetryTool", new IcosahedralToolFactory(tools, symm));
18936    }
18937  }
18938  /**
18939   * 
18940   * @param {string} name
18941   * @return {QuaternionicSymmetry}
18942   */
18943  getQuaternionSymmetry(name) {
18944    switch (name) {
18945      case "H_4":
18946        return this.H4;
18947      default:
18948        return null;
18949    }
18950  }
18951  /**
18952   * 
18953   * @param {string} groupName
18954   * @param {number} index
18955   * @param {number} edgesToRender
18956   * @param {AlgebraicNumber[]} edgeScales
18957   * @param {*} listener
18958   */
18959  constructPolytope(groupName, index, edgesToRender, edgeScales, listener) {
18960    switch (groupName) {
18961      case "H4":
18962        if (this.h4Builder == null) {
18963          const qsymm = new QuaternionicSymmetry("H_4", "com/vzome/core/math/symmetry/H4roots.vef", this.getField());
18964          this.h4Builder = new CommandUniformH4Polytope(this.getField(), qsymm, 0);
18965        }
18966        this.h4Builder.generate(index, edgesToRender, edgeScales, listener);
18967        break;
18968      default:
18969        super.constructPolytope(groupName, index, edgesToRender, edgeScales, listener);
18970        break;
18971    }
18972  }
18973};
18974PolygonFieldApplication["__class"] = "com.vzome.core.kinds.PolygonFieldApplication";
18975PolygonFieldApplication["__interfaces"] = ["com.vzome.core.math.symmetry.Symmetries4D", "com.vzome.core.editor.FieldApplication"];
18976((PolygonFieldApplication2) => {
18977  class AntiprismSymmetryPerspective extends AbstractSymmetryPerspective {
18978    constructor(__parent) {
18979      super(new AntiprismSymmetry(__parent.getField()).createStandardOrbits("blue"));
18980      this.__parent = __parent;
18981      this.axialsymm = new CommandAxialSymmetry(this.symmetry);
18982      const thinAntiprismShapes = new AntiprismShapes("thin", "thin antiprism", this.getSymmetry());
18983      const antiprismShapes = new AntiprismShapes("antiprism", "antiprism", this.getSymmetry());
18984      const octahedralShapes = new OctahedralShapes("octahedral", "octahedral", this.symmetry);
18985      this.setDefaultGeometry(thinAntiprismShapes);
18986      this.addShapes(antiprismShapes);
18987      this.addShapes(octahedralShapes);
18988    }
18989    /**
18990     * 
18991     * @return {string}
18992     */
18993    getLabel() {
18994      return "antiprism";
18995    }
18996    /**
18997     * 
18998     * @return {AntiprismSymmetry}
18999     */
19000    getSymmetry() {
19001      return super.getSymmetry();
19002    }
19003    /**
19004     * 
19005     * @param {Tool.Kind} kind
19006     * @param {ToolsModel} tools
19007     * @return {*}
19008     */
19009    createToolFactories(kind, tools) {
19010      const isTrivial = this.symmetry.isTrivial();
19011      const result = new java.util.ArrayList();
19012      switch (kind) {
19013        case Tool2.Kind.SYMMETRY:
19014          result.add(new SymmetryToolFactory(tools, this.symmetry));
19015          if (isTrivial) {
19016            result.add(new InversionToolFactory(tools));
19017          }
19018          result.add(new LineReflectionToolFactory(tools));
19019          result.add(new MirrorToolFactory(tools));
19020          result.add(new AxialSymmetryToolFactory(tools, this.symmetry));
19021          break;
19022        case Tool2.Kind.TRANSFORM:
19023          result.add(new ScalingToolFactory(tools, this.symmetry));
19024          result.add(new RotationToolFactory(tools, this.symmetry));
19025          result.add(new TranslationToolFactory(tools));
19026          if (isTrivial) {
19027            result.add(new ProjectionToolFactory(tools));
19028          }
19029          break;

19030        case Tool2.Kind.LINEAR_MAP:
19031          result.add(new LinearMapToolFactory(tools, this.symmetry, false));
19032          break;
19033        default:
19034          break;
19035      }
19036      return result;
19037    }
19038    /**
19039     * 
19040     * @param {Tool.Kind} kind
19041     * @param {ToolsModel} tools
19042     * @return {*}
19043     */
19044    predefineTools(kind, tools) {
19045      const result = new java.util.ArrayList();
19046      switch (kind) {
19047        case Tool2.Kind.SYMMETRY:
19048          result.add(new SymmetryToolFactory(tools, this.symmetry).createPredefinedTool("polygonal antiprism around origin"));
19049          result.add(new MirrorToolFactory(tools).createPredefinedTool("reflection through XY plane"));
19050          result.add(new AxialSymmetryToolFactory(tools, this.symmetry, true).createPredefinedTool("symmetry around red through origin"));
19051          break;
19052        case Tool2.Kind.TRANSFORM:
19053          result.add(new ScalingToolFactory(tools, this.symmetry).createPredefinedTool("scale down"));
19054          result.add(new ScalingToolFactory(tools, this.symmetry).createPredefinedTool("scale up"));
19055          result.add(new RotationToolFactory(tools, this.symmetry, true).createPredefinedTool("rotate around red through origin"));
19056          break;
19057        default:
19058          break;
19059      }
19060      return result;
19061    }
19062    /**
19063     * 
19064     * @param {string} action
19065     * @return {*}
19066     */
19067    getLegacyCommand(action) {
19068      switch (action) {
19069        case "axialsymm":
19070          return this.axialsymm;
19071        default:
19072          return super.getLegacyCommand(action);
19073      }
19074    }
19075    /**
19076     * 
19077     * @return {string}
19078     */
19079    getModelResourcePath() {
19080      return "org/vorthmann/zome/app/antiprism-trackball-template.vZome";
19081    }
19082  }
19083  PolygonFieldApplication2.AntiprismSymmetryPerspective = AntiprismSymmetryPerspective;
19084  AntiprismSymmetryPerspective["__class"] = "com.vzome.core.kinds.PolygonFieldApplication.AntiprismSymmetryPerspective";
19085  AntiprismSymmetryPerspective["__interfaces"] = ["com.vzome.core.editor.SymmetryPerspective"];
19086})(PolygonFieldApplication || (PolygonFieldApplication = {}));
19087

19088// src/worker/legacy/from-java/com/vzome/core/model/ManifestationImpl.ts
19089var ManifestationImpl = class _ManifestationImpl {
19090  static {
19091    this.NO_ID = -1;
19092  }
19093  static {
19094    this.NEXT_ID = 0;
19095  }
19096  resetId() {
19097    _ManifestationImpl.NEXT_ID = 0;
19098    this.mId = _ManifestationImpl.NO_ID;
19099  }
19100  getId() {
19101    if (this.mId === _ManifestationImpl.NO_ID) this.mId = _ManifestationImpl.NEXT_ID++;
19102    return this.mId;
19103  }
19104  addConstruction(c) {
19105    this.mManifests.add(c);
19106  }
19107  removeConstruction(c) {
19108    this.mManifests.remove(c);
19109  }
19110  getConstructions() {
19111    return this.mManifests.iterator();
19112  }
19113  /**
19114   * This is different from toConstruction, because we must support
19115   * the legacy behavior, which used the iterator.
19116   * @return
19117   * @return {Construction}
19118   */
19119  getFirstConstruction() {
19120    if (this.mManifests.isEmpty()) return null;
19121    return this.mManifests.iterator().next();
19122  }
19123  isUnnecessary() {
19124    return this.mManifests.isEmpty();
19125  }
19126  getColor() {
19127    if (this.color == null && this.mRendered != null) {
19128      this.color = this.mRendered.getColor();
19129    }
19130    return this.color;
19131  }
19132  setColor(color) {
19133    this.color = color;
19134  }
19135  setRenderedObject(obj) {
19136    this.mRendered = obj;
19137    if (this.mRendered != null) this.color = this.mRendered.getColor();
19138  }
19139  getRenderedObject() {
19140    return this.mRendered;
19141  }
19142  isHidden() {
19143    return this.hidden;
19144  }
19145  getContainer() {
19146    return this.mContainer;
19147  }
19148  /**
19149   * 
19150   * @param {Group} container
19151   */
19152  setContainer(container) {
19153    this.mContainer = container;
19154  }
19155  setHidden(hidden) {
19156    this.hidden = hidden;
19157  }
19158  isRendered() {
19159    return this.mRendered != null;
19160  }
19161  getXml(doc) {
19162    return this.toConstruction().getXml(doc);
19163  }
19164  constructor() {
19165    this.mManifests = new java.util.ArrayList();
19166    this.mRendered = null;
19167    this.hidden = false;
19168    this.mId = _ManifestationImpl.NO_ID;
19169    if (this.color === void 0) {
19170      this.color = null;
19171    }
19172    if (this.mContainer === void 0) {
19173      this.mContainer = null;
19174    }
19175  }
19176};
19177ManifestationImpl["__class"] = "com.vzome.core.model.ManifestationImpl";
19178ManifestationImpl["__interfaces"] = ["com.vzome.core.model.HasRenderedObject", "com.vzome.core.model.GroupElement", "com.vzome.core.model.Manifestation"];
19179

19180// src/worker/legacy/from-java/com/vzome/core/model/ConnectorImpl.ts
19181var ConnectorImpl = class _ConnectorImpl extends ManifestationImpl {
19182  constructor(loc) {
19183    super();
19184    if (this.m_center === void 0) {
19185      this.m_center = null;
19186    }
19187    if (this.label === void 0) {
19188      this.label = null;
19189    }
19190    this.m_center = loc;
19191  }
19192  /**
19193   * 
19194   * @return {AlgebraicVector}
19195   */
19196  getLocation() {
19197    return this.m_center;
19198  }
19199  /**
19200   * 
19201   * @return {AlgebraicVector}
19202   */
19203  getCentroid() {
19204    return this.m_center;
19205  }
19206  /**
19207   * 
19208   * @return {Construction}
19209   */
19210  toConstruction() {
19211    const first = this.getFirstConstruction();
19212    if (first != null && first.is3d()) return first;
19213    const field5 = this.m_center.getField();
19214    return new FreePoint(field5.projectTo3d(this.m_center, true));
19215  }
19216  /**
19217   * 
19218   * @return {number}
19219   */
19220  hashCode() {
19221    return (
19222      /* hashCode */
19223      ((o) => {
19224        if (o.hashCode) {
19225          return o.hashCode();
19226        } else {
19227          return o.toString().split("").reduce((prevHash, currVal) => (prevHash << 5) - prevHash + currVal.charCodeAt(0) | 0, 0);
19228        }
19229      })(this.m_center)
19230    );
19231  }
19232  /**
19233   * 
19234   * @param {*} other
19235   * @return {boolean}
19236   */
19237  equals(other) {
19238    if (other == null) return false;
19239    if (other === this) return true;
19240    if (!(other != null && other instanceof _ConnectorImpl)) return false;
19241    const conn = other;
19242    return this.getLocation().equals(conn.getLocation());
19243  }
19244  /**
19245   * 
19246   * @param {*} other
19247   * @return {number}
19248   */
19249  compareTo(other) {
19250    if (this === other) {
19251      return 0;
19252    }
19253    if (
19254      /* equals */
19255      ((o1, o2) => {
19256        if (o1 && o1.equals) {
19257          return o1.equals(o2);
19258        } else {
19259          return o1 === o2;
19260        }
19261      })(other, this)
19262    ) {
19263      return 0;
19264    }
19265    return this.getLocation().compareTo(other.getLocation());
19266  }
19267  /**
19268   * 
19269   * @return {string}
19270   */
19271  toString() {
19272    return "connector at " + this.m_center.toString();
19273  }
19274  /**
19275   * 
19276   * @param {string} label
19277   */
19278  setLabel(label) {
19279    this.label = label;
19280  }
19281  /**
19282   * 
19283   * @return {string}
19284   */
19285  getLabel() {
19286    return this.label;
19287  }
19288};
19289ConnectorImpl["__class"] = "com.vzome.core.model.ConnectorImpl";
19290ConnectorImpl["__interfaces"] = ["com.vzome.core.model.HasRenderedObject", "com.vzome.core.model.GroupElement", "com.vzome.core.model.Connector", "java.lang.Comparable", "com.vzome.core.model.Manifestation"];
19291

19292// src/worker/legacy/from-java/com/vzome/core/model/PanelImpl.ts
19293var PanelImpl = class _PanelImpl extends ManifestationImpl {
19294  constructor(vertices) {
19295    super();
19296    if (this.mVertices === void 0) {
19297      this.mVertices = null;
19298    }
19299    if (this.zoneVector === void 0) {
19300      this.zoneVector = null;
19301    }
19302    if (this.label === void 0) {
19303      this.label = null;
19304    }
19305    this.mVertices = new java.util.ArrayList(vertices);
19306  }
19307  /**
19308   * 
19309   * @return {AlgebraicVector}
19310   */
19311  getZoneVector() {
19312    if (this.zoneVector != null) return this.zoneVector;
19313    else return this.getNormal$();
19314  }
19315  /**
19316   * 
19317   * @param {AlgebraicVector} vector
19318   */
19319  setZoneVector(vector) {
19320    this.zoneVector = vector;
19321  }
19322  /**
19323   * 
19324   * @return {AlgebraicVector}
19325   */
19326  getLocation() {
19327    return null;
19328  }
19329  /**
19330   * 
19331   * @return {AlgebraicVector}
19332   */
19333  getFirstVertex() {
19334    return this.mVertices.get(0);
19335  }
19336  /**
19337   * 
19338   * @return {AlgebraicVector}
19339   */
19340  getCentroid() {
19341    return AlgebraicVectors.calculateCentroid(this.mVertices);
19342  }
19343  /**
19344   * 
19345   * @return {Construction}
19346   */
19347  toConstruction() {
19348    const first = this.getFirstConstruction();
19349    if (first != null && first.is3d()) return first;
19350    const field5 = this.mVertices.get(0).getField();
19351    const projected = this.mVertices.stream().map(/* @__PURE__ */ ((field6) => {
19352      return (pt) => new FreePoint(field6.projectTo3d(pt, true));
19353    })(field5)).collect(java.util.stream.Collectors.toList());
19354    return new PolygonFromVertices(projected);
19355  }
19356  /**
19357   * 
19358   * @return {*}
19359   */
19360  iterator() {
19361    return this.mVertices.iterator();
19362  }
19363  /**
19364   * 
19365   * @return {number}
19366   */
19367  getVertexCount() {
19368    return this.mVertices.size();
19369  }
19370  /**
19371   * 
19372   * @return {number}
19373   */
19374  hashCode() {
19375    const len = this.mVertices.size();
19376    if (len === 0) return 0;
19377    let val = (
19378      /* hashCode */
19379      ((o) => {
19380        if (o.hashCode) {
19381          return o.hashCode();
19382        } else {
19383          return o.toString().split("").reduce((prevHash, currVal) => (prevHash << 5) - prevHash + currVal.charCodeAt(0) | 0, 0);
19384        }
19385      })(this.mVertices.get(0))
19386    );
19387    for (let i = 1; i < len; i++) {
19388      val ^= /* hashCode */
19389      ((o) => {
19390        if (o.hashCode) {
19391          return o.hashCode();
19392        } else {
19393          return o.toString().split("").reduce((prevHash, currVal) => (prevHash << 5) - prevHash + currVal.charCodeAt(0) | 0, 0);
19394        }
19395      })(this.mVertices.get(i));
19396    }
19397    return val;
19398  }
19399  /**
19400   * 
19401   * @param {*} other
19402   * @return {boolean}
19403   */
19404  equals(other) {
19405    if (other == null) return false;
19406    if (other === this) return true;
19407    if (!(other != null && other instanceof _PanelImpl)) return false;
19408    const panel = other;
19409    const size = this.mVertices.size();
19410    if (size !== panel.mVertices.size()) return false;
19411    const found = ((s) => {
19412      let a = [];
19413      while (s-- > 0) a.push(false);
19414      return a;
19415    })(size);
19416    for (let i = 0; i < size; i++) {
19417      {
19418        let found_i = false;
19419        for (let j = 0; j < size; j++) {
19420          {
19421            if (found[j]) continue;
19422            if (this.mVertices.get(j).equals(panel.mVertices.get(i))) {
19423              found[j] = true;
19424              found_i = true;
19425              break;
19426            }
19427          }
19428          ;
19429        }
19430        if (!found_i) return false;
19431      }
19432      ;
19433    }
19434    for (let j = 0; j < size; j++) {
19435      if (!found[j]) return false;
19436      ;
19437    }
19438    return true;
19439  }
19440  getNormal$() {
19441    const v0 = this.mVertices.get(0);
19442    const v1 = this.mVertices.get(1);
19443    const v2 = this.mVertices.get(2);
19444    return AlgebraicVectors.getNormal$com_vzome_core_algebra_AlgebraicVector$com_vzome_core_algebra_AlgebraicVector$com_vzome_core_algebra_AlgebraicVector(v0, v1, v2);
19445  }
19446  getNormal$com_vzome_core_math_symmetry_Embedding(embedding) {
19447    const v0 = this.mVertices.get(0);
19448    const v1 = this.mVertices.get(1);
19449    const v2 = this.mVertices.get(2);
19450    const rv1 = embedding.embedInR3(v1.minus(v0));
19451    const rv2 = embedding.embedInR3(v2.minus(v0));
19452    return rv1.cross(rv2);
19453  }
19454  /**
19455   * 
19456   * @param {*} embedding
19457   * @return {RealVector}
19458   */
19459  getNormal(embedding) {
19460    if (embedding != null && (embedding.constructor != null && embedding.constructor["__interfaces"] != null && embedding.constructor["__interfaces"].indexOf("com.vzome.core.math.symmetry.Embedding") >= 0) || embedding === null) {
19461      return this.getNormal$com_vzome_core_math_symmetry_Embedding(embedding);
19462    } else if (embedding === void 0) {
19463      return this.getNormal$();
19464    } else throw new Error("invalid overload");
19465  }
19466  /**
19467   * 
19468   * @return {string}
19469   */
19470  toString() {
19471    const buf = new java.lang.StringBuilder("panel: ");
19472    let delim = "";
19473    for (let index = this.mVertices.iterator(); index.hasNext(); ) {
19474      let vertex = index.next();
19475      {
19476        buf.append(delim).append(vertex.toString());
19477        delim = ", ";
19478      }
19479    }
19480    return buf.toString();
19481  }
19482  /**
19483   * 
19484   * @param {string} label
19485   */
19486  setLabel(label) {
19487    this.label = label;
19488  }
19489  /**
19490   * 
19491   * @return {string}
19492   */
19493  getLabel() {
19494    return this.label;
19495  }
19496  /**
19497   * 
19498   * @return {*}
19499   */
19500  getQuadrea() {
19501    const field5 = this.mVertices.get(0).getField();
19502    return field5.one();
19503  }
19504};
19505PanelImpl["__class"] = "com.vzome.core.model.PanelImpl";
19506PanelImpl["__interfaces"] = ["com.vzome.core.model.HasRenderedObject", "com.vzome.core.model.GroupElement", "com.vzome.core.model.Panel", "com.vzome.core.model.Manifestation", "java.lang.Iterable"];
19507

19508// src/worker/legacy/from-java/com/vzome/core/model/StrutImpl.ts
19509var StrutImpl = class _StrutImpl extends ManifestationImpl {
19510  constructor(end1, end2) {
19511    super();
19512    if (this.m_end1 === void 0) {
19513      this.m_end1 = null;
19514    }
19515    if (this.m_end2 === void 0) {
19516      this.m_end2 = null;
19517    }
19518    if (this.zoneVector === void 0) {
19519      this.zoneVector = null;
19520    }
19521    if (this.label === void 0) {
19522      this.label = null;
19523    }
19524    this.m_end1 = end1;
19525    this.m_end2 = end2;
19526  }
19527  getZoneVector() {
19528    if (this.zoneVector != null) return this.zoneVector;
19529    else return this.getOffset();
19530  }
19531  setZoneVector(vector) {
19532    this.zoneVector = vector;
19533  }
19534  /**
19535   * 
19536   * @return {number}
19537   */
19538  hashCode() {
19539    const result = (
19540      /* hashCode */
19541      ((o) => {
19542        if (o.hashCode) {
19543          return o.hashCode();
19544        } else {
19545          return o.toString().split("").reduce((prevHash, currVal) => (prevHash << 5) - prevHash + currVal.charCodeAt(0) | 0, 0);
19546        }
19547      })(this.m_end1) ^ /* hashCode */
19548      ((o) => {
19549        if (o.hashCode) {
19550          return o.hashCode();
19551        } else {
19552          return o.toString().split("").reduce((prevHash, currVal) => (prevHash << 5) - prevHash + currVal.charCodeAt(0) | 0, 0);
19553        }
19554      })(this.m_end2)
19555    );
19556    return result;
19557  }
19558  /**
19559   * 
19560   * @param {*} obj
19561   * @return {boolean}
19562   */
19563  equals(obj) {
19564    if (obj == null) return false;
19565    if (obj === this) return true;
19566    if (!(obj != null && obj instanceof _StrutImpl)) return false;
19567    const other = obj;
19568    const otherStart = other.m_end1;
19569    const otherEnd = other.m_end2;
19570    if (otherStart.equals(this.m_end1)) return otherEnd.equals(this.m_end2);
19571    else if (otherEnd.equals(this.m_end1)) return otherStart.equals(this.m_end2);
19572    else return false;
19573  }
19574  /**
19575   * 
19576   * @param {*} other
19577   * @return {number}
19578   */
19579  compareTo(other) {
19580    if (this === other) {
19581      return 0;
19582    }
19583    if (
19584      /* equals */
19585      ((o1, o2) => {
19586        if (o1 && o1.equals) {
19587          return o1.equals(o2);
19588        } else {
19589          return o1 === o2;
19590        }
19591      })(other, this)
19592    ) {
19593      return 0;
19594    }
19595    const thisFirst = this.getCanonicalLesserEnd();
19596    const thisLast = this.getCanonicalGreaterEnd();
19597    const otherFirst = other.getCanonicalLesserEnd();
19598    const otherLast = other.getCanonicalGreaterEnd();
19599    const comparison = thisFirst.compareTo(otherFirst);
19600    return comparison === 0 ? thisLast.compareTo(otherLast) : comparison;
19601  }
19602  getCanonicalLesserEnd() {
19603    return this.m_end1.compareTo(this.m_end2) < 0 ? this.m_end1 : this.m_end2;
19604  }
19605  getCanonicalGreaterEnd() {
19606    return this.m_end1.compareTo(this.m_end2) > 0 ? this.m_end1 : this.m_end2;
19607  }
19608  /**
19609   * 
19610   * @return {AlgebraicVector}
19611   */
19612  getLocation() {
19613    return this.m_end1;
19614  }
19615  /**
19616   * 
19617   * @return {AlgebraicVector}
19618   */
19619  getCentroid() {
19620    return AlgebraicVectors.getCentroid([this.m_end1, this.m_end2]);
19621  }
19622  /**
19623   * 
19624   * @return {Construction}
19625   */
19626  toConstruction() {
19627    const first = this.getFirstConstruction();
19628    if (first != null && first.is3d()) return first;
19629    const field5 = this.m_end1.getField();
19630    const pt1 = new FreePoint(field5.projectTo3d(this.m_end1, true));
19631    const pt2 = new FreePoint(field5.projectTo3d(this.m_end2, true));
19632    return new SegmentJoiningPoints(pt1, pt2);
19633  }
19634  getEnd() {
19635    return this.m_end2;
19636  }
19637  getOffset() {
19638    return this.m_end2.minus(this.m_end1);
19639  }
19640  /**
19641   * 
19642   * @return {string}
19643   */
19644  toString() {
19645    return "strut from " + this.m_end1.toString() + " to " + this.m_end2.toString();
19646  }
19647  /**
19648   * 
19649   * @param {string} label
19650   */
19651  setLabel(label) {
19652    this.label = label;
19653  }
19654  /**
19655   * 
19656   * @return {string}
19657   */
19658  getLabel() {
19659    return this.label;
19660  }
19661};
19662StrutImpl["__class"] = "com.vzome.core.model.StrutImpl";
19663StrutImpl["__interfaces"] = ["com.vzome.core.model.HasRenderedObject", "com.vzome.core.model.GroupElement", "com.vzome.core.model.Strut", "java.lang.Comparable", "com.vzome.core.model.Manifestation"];
19664

19665// src/worker/legacy/from-java/com/vzome/core/model/RealizedModelImpl.ts
19666var RealizedModelImpl = class _RealizedModelImpl {
19667  constructor(field5, projection) {
19668    this.mListeners = new java.util.ArrayList(1);
19669    this.mManifestations = new java.util.LinkedHashMap(1e3);
19670    if (this.mProjection === void 0) {
19671      this.mProjection = null;
19672    }
19673    if (this.field === void 0) {
19674      this.field = null;
19675    }
19676    this.doingBatch = false;
19677    this.additions = new java.util.HashSet();
19678    this.removals = new java.util.HashSet();
19679    if (this.mManifestedNow === void 0) {
19680      this.mManifestedNow = null;
19681    }
19682    this.field = field5;
19683    this.mProjection = projection;
19684  }
19685  moreVisibleThan(other) {
19686    const result = new java.util.HashSet();
19687    for (let index = this.mManifestations.values().iterator(); index.hasNext(); ) {
19688      let man = index.next();
19689      {
19690        if (man.isHidden()) continue;
19691        const doppel = other.mManifestations.get(man.toConstruction().getSignature());
19692        if (doppel == null || doppel.isHidden()) result.add(man);
19693      }
19694    }
19695    return result;
19696  }
19697  addListener(l) {
19698    this.mListeners.add(l);
19699  }
19700  removeListener(l) {
19701    this.mListeners.remove(l);
19702  }
19703  /**
19704   * 
19705   * @return {*}
19706   */
19707  iterator() {
19708    return this.mManifestations.values().iterator();
19709  }
19710  manifest(c) {
19711    let m = null;
19712    if (c != null && c instanceof Point) {
19713      const p = c;
19714      m = new ConnectorImpl(this.mProjection.projectImage(p.getLocation(), true));
19715    } else if (c != null && c instanceof Segment) {
19716      const s = c;
19717      const start = this.mProjection.projectImage(s.getStart(), true);
19718      const end = this.mProjection.projectImage(s.getEnd(), true);
19719      if (!start.equals(end)) {
19720        m = new StrutImpl(start, end);
19721      }
19722    } else if (c != null && c instanceof Polygon) {
19723      const p = c;
19724      const vertices = new java.util.ArrayList();
19725      for (let i = 0; i < p.getVertexCount(); i++) {
19726        {
19727          vertices.add(this.mProjection.projectImage(p.getVertex(i), true));
19728        }
19729        ;
19730      }
19731      m = new PanelImpl(vertices);
19732    }
19733    return m;
19734  }
19735  static logger_$LI$() {
19736    if (_RealizedModelImpl.logger == null) {
19737      _RealizedModelImpl.logger = java.util.logging.Logger.getLogger("com.vzome.core.model");
19738    }
19739    return _RealizedModelImpl.logger;
19740  }
19741  /**
19742   * 
19743   * @param {*} m
19744   */
19745  add(m) {
19746    const key = m.toConstruction().getSignature();
19747    this.mManifestations.put(key, m);
19748    if (_RealizedModelImpl.logger_$LI$().isLoggable(java.util.logging.Level.FINER)) _RealizedModelImpl.logger_$LI$().finer("add manifestation: " + m.toString());
19749  }
19750  /**
19751   * 
19752   * @param {*} m
19753   */
19754  remove(m) {
19755    const key = m.toConstruction().getSignature();
19756    this.mManifestations.remove(key);
19757    if (_RealizedModelImpl.logger_$LI$().isLoggable(java.util.logging.Level.FINER)) _RealizedModelImpl.logger_$LI$().finer("remove manifestation: " + m.toString());
19758  }
19759  refresh(on, unused) {
19760    for (let index = this.mManifestations.values().iterator(); index.hasNext(); ) {
19761      let man = index.next();
19762      {
19763        if (!man.isHidden()) {
19764          if (on) this.show(man);
19765          else this.hide(man);
19766        }
19767      }
19768    }
19769  }
19770  /**
19771   * 
19772   * @param {*} m
19773   */
19774  show(m) {
19775    if (this.doingBatch) {
19776      if (this.removals.contains(m)) this.removals.remove(m);
19777      else this.additions.add(m);
19778    } else this.privateShow(m);
19779  }
19780  /*private*/
19781  privateShow(m) {
19782    if (!m.isRendered()) {
19783      for (let index = this.mListeners.iterator(); index.hasNext(); ) {
19784        let next = index.next();
19785        {
19786          next.manifestationAdded(m);
19787        }
19788      }
19789    }
19790  }
19791  /**
19792   * 
19793   * @param {*} m
19794   */
19795  hide(m) {
19796    if (this.doingBatch) {
19797      if (this.additions.contains(m)) this.additions.remove(m);
19798      else this.removals.add(m);
19799    } else this.privateHide(m);
19800  }
19801  /*private*/
19802  privateHide(m) {
19803    if (m.isRendered()) {
19804      for (let index = this.mListeners.iterator(); index.hasNext(); ) {
19805        let next = index.next();
19806        {
19807          next.manifestationRemoved(m);
19808        }
19809      }
19810    }
19811  }
19812  /**
19813   * 
19814   * @param {*} m
19815   * @param {Color} color
19816   */
19817  setColor(m, color) {
19818    m.setColor(color);
19819    if (m.isRendered()) {
19820      for (let index = this.mListeners.iterator(); index.hasNext(); ) {
19821        let next = index.next();
19822        {
19823          next.manifestationColored(m, color);
19824        }
19825      }
19826    }
19827  }
19828  /**
19829   * 
19830   * @param {*} m
19831   * @param {string} label
19832   */
19833  setLabel(m, label) {
19834    m.setLabel(label);
19835    if (m.isRendered()) {
19836      for (let index = this.mListeners.iterator(); index.hasNext(); ) {
19837        let next = index.next();
19838        {
19839          next.manifestationLabeled(m, label);
19840        }
19841      }
19842    }
19843  }
19844  /**
19845   * 
19846   * @param {Construction} c
19847   * @return {*}
19848   */
19849  findConstruction(c) {
19850    let actualMan = this.mManifestations.get(c.getSignature());
19851    if (actualMan == null) actualMan = this.manifest(c);
19852    return actualMan;
19853  }
19854  /**
19855   * 
19856   * @param {Construction} c
19857   * @return {*}
19858   */
19859  removeConstruction(c) {
19860    const actualMan = this.mManifestations.get(c.getSignature());
19861    if (actualMan == null) return null;
19862    return this.manifest(c);
19863  }
19864  /**
19865   * @param {Construction} c
19866   * @return
19867   * @return {*}
19868   */
19869  getManifestation(c) {
19870    return this.mManifestations.get(c.getSignature());
19871  }
19872  /**
19873   * 
19874   * @return {number}
19875   */
19876  size() {
19877    return this.mManifestations.size();
19878  }
19879  /**
19880   * 
19881   * @param {*} object
19882   * @return {boolean}
19883   */
19884  equals(object) {
19885    if (object == null) {
19886      return false;

19887    }
19888    if (object === this) {
19889      return true;
19890    }
19891    if (!(object != null && object instanceof _RealizedModelImpl)) return false;
19892    const that = object;
19893    if (this.size() !== that.size()) return false;
19894    for (let index = this.mManifestations.values().iterator(); index.hasNext(); ) {
19895      let man = index.next();
19896      {
19897        if (!that.mManifestations.values().contains(man)) {
19898          return false;
19899        }
19900      }
19901    }
19902    return true;
19903  }
19904  /**
19905   * 
19906   * @return {number}
19907   */
19908  hashCode() {
19909    return this.size();
19910  }
19911  startBatch() {
19912    this.additions.clear();
19913    this.removals.clear();
19914    this.doingBatch = true;
19915  }
19916  endBatch() {
19917    for (let index = this.removals.iterator(); index.hasNext(); ) {
19918      let m = index.next();
19919      {
19920        this.privateHide(m);
19921      }
19922    }
19923    for (let index = this.additions.iterator(); index.hasNext(); ) {
19924      let m = index.next();
19925      {
19926        this.privateShow(m);
19927      }
19928    }
19929    this.additions.clear();
19930    this.removals.clear();
19931    this.doingBatch = false;
19932  }
19933  /**
19934   * 
19935   * @return {*}
19936   */
19937  getField() {
19938    return this.field;
19939  }
19940  /**
19941   * 
19942   * @param {string} signature
19943   * @return {*}
19944   */
19945  findPerEditManifestation(signature) {
19946    return this.mManifestedNow.get(signature);
19947  }
19948  /**
19949   * 
19950   * @param {string} signature
19951   * @param {*} m
19952   */
19953  addPerEditManifestation(signature, m) {
19954    this.mManifestedNow.put(signature, m);
19955  }
19956  /**
19957   * 
19958   */
19959  clearPerEditManifestations() {
19960    this.mManifestedNow = new java.util.HashMap();
19961  }
19962};
19963RealizedModelImpl["__class"] = "com.vzome.core.model.RealizedModelImpl";
19964RealizedModelImpl["__interfaces"] = ["com.vzome.core.model.RealizedModel", "java.lang.Iterable"];
19965

19966// src/worker/legacy/from-java/com/vzome/core/render/RenderedManifestation.ts
19967var RenderedManifestation = class _RenderedManifestation {
19968  static logger_$LI$() {
19969    if (_RenderedManifestation.logger == null) {
19970      _RenderedManifestation.logger = java.util.logging.Logger.getLogger("com.vzome.core.render.RenderedManifestation");
19971    }
19972    return _RenderedManifestation.logger;
19973  }
19974  constructor(m, orbitSource) {
19975    if (this.mManifestation === void 0) {
19976      this.mManifestation = null;
19977    }
19978    if (this.mShape === void 0) {
19979      this.mShape = null;
19980    }
19981    this.color = null;
19982    if (this.mOrientation === void 0) {
19983      this.mOrientation = null;
19984    }
19985    this.mGlow = 0;
19986    this.mTransparency = 0;
19987    if (this.mGraphicsObject === void 0) {
19988      this.mGraphicsObject = null;
19989    }
19990    this.mPickable = true;
19991    this.isOffset = false;
19992    if (this.location === void 0) {
19993      this.location = null;
19994    }
19995    if (this.fixedLocation === void 0) {
19996      this.fixedLocation = null;
19997    }
19998    this.strutZone = -1;
19999    this.strutLength = null;
20000    this.strutOrbit = null;
20001    if (this.strutSense === void 0) {
20002      this.strutSense = 0;
20003    }
20004    this.guid = UUID.randomUUID();
20005    if (this.orbitSource === void 0) {
20006      this.orbitSource = null;
20007    }
20008    if (this.label === void 0) {
20009      this.label = null;
20010    }
20011    this.mManifestation = m;
20012    this.orbitSource = orbitSource;
20013    if (m != null) this.location = m.getLocation();
20014    this.fixedLocation = this.location;
20015    this.mOrientation = null;
20016  }
20017  /**
20018   * 
20019   * @return {string}
20020   */
20021  toString() {
20022    return this.mManifestation.toString();
20023  }
20024  getGuid() {
20025    return this.guid;
20026  }
20027  setGraphicsObject(go) {
20028    this.mGraphicsObject = go;
20029  }
20030  getGraphicsObject() {
20031    return this.mGraphicsObject;
20032  }
20033  setGlow(glow) {
20034    this.mGlow = glow;
20035  }
20036  getGlow() {
20037    return this.mGlow;
20038  }
20039  setTransparency(trans) {
20040    this.mTransparency = trans;
20041  }
20042  getTransparency() {
20043    return this.mTransparency;
20044  }
20045  getShapeId() {
20046    return this.mShape.getGuid();
20047  }
20048  getShapeKey() {
20049    return this.mShape.getShapeKey();
20050  }
20051  getShape() {
20052    return this.mShape;
20053  }
20054  setPickable(value) {
20055    this.mPickable = value;
20056  }
20057  isPickable() {
20058    return this.mPickable;
20059  }
20060  getManifestation() {
20061    return this.mManifestation;
20062  }
20063  getColor() {
20064    return this.color;
20065  }
20066  getColorWeb() {
20067    return this.color.toWebString();
20068  }
20069  setColor(color) {
20070    this.color = color;
20071  }
20072  setOrientation(m) {
20073    this.mOrientation = m;
20074  }
20075  getOrientation() {
20076    return this.mOrientation;
20077  }
20078  getLocation() {
20079    if (this.location != null) return this.getEmbedding().embedInR3(this.location);
20080    else return new RealVector(0, 0, 0);
20081  }
20082  getLocationAV() {
20083    return this.location;
20084  }
20085  getEmbedding() {
20086    return this.orbitSource.getSymmetry();
20087  }
20088  /**
20089   * 
20090   * @return {number}
20091   */
20092  hashCode() {
20093    return (
20094      /* hashCode */
20095      ((o) => {
20096        if (o.hashCode) {
20097          return o.hashCode();
20098        } else {
20099          return o.toString().split("").reduce((prevHash, currVal) => (prevHash << 5) - prevHash + currVal.charCodeAt(0) | 0, 0);
20100        }
20101      })(this.guid)
20102    );
20103  }
20104  /**
20105   * 
20106   * @param {*} obj
20107   * @return {boolean}
20108   */
20109  equals(obj) {
20110    if (this === obj) {
20111      return true;
20112    }
20113    if (obj == null) {
20114      return false;
20115    }
20116    if (this.constructor !== obj.constructor) {
20117      return false;
20118    }
20119    const other = obj;
20120    if (this.fixedLocation == null) {
20121      if (other.fixedLocation != null) {
20122        return false;
20123      }
20124    } else if (!this.fixedLocation.equals(other.fixedLocation)) {
20125      return false;
20126    }
20127    if (this.isOffset !== other.isOffset) {
20128      return false;
20129    }
20130    if (this.mOrientation == null) {
20131      if (other.mOrientation != null) {
20132        return false;
20133      }
20134    } else if (!this.mOrientation.equals(other.mOrientation)) {
20135      return false;
20136    }
20137    if (this.mShape == null) {
20138      if (other.mShape != null) {
20139        return false;
20140      }
20141    } else if (!this.mShape.equals(other.mShape)) {
20142      return false;
20143    }
20144    if (this.strutSense !== other.strutSense) {
20145      return false;

20146    }
20147    return true;
20148  }
20149  copy() {
20150    const copy = new _RenderedManifestation(null, this.orbitSource);
20151    copy.location = this.location;
20152    copy.fixedLocation = this.fixedLocation;
20153    copy.color = this.color;
20154    copy.mGlow = this.mGlow;
20155    copy.mOrientation = this.mOrientation;
20156    copy.mShape = this.mShape;
20157    copy.mTransparency = this.mTransparency;
20158    copy.strutLength = this.strutLength;
20159    copy.strutZone = this.strutZone;
20160    copy.label = this.label;
20161    return copy;
20162  }
20163  setStrut(orbit, zone, sense, length) {
20164    this.strutOrbit = orbit;
20165    this.strutZone = zone;
20166    this.strutSense = sense;
20167    this.strutLength = length;
20168  }
20169  getStrutZone() {
20170    return this.strutZone;
20171  }
20172  getStrutSense() {
20173    return this.strutSense;
20174  }
20175  getStrutLength() {
20176    return this.strutLength;
20177  }
20178  getStrutOrbit() {
20179    return this.strutOrbit;
20180  }
20181  offsetLocation() {
20182    if (this.mManifestation != null) {
20183      const strut = this.mManifestation;
20184      this.location = strut.getEnd();
20185      this.isOffset = true;
20186    }
20187  }
20188  resetLocation() {
20189    if (this.mManifestation != null) {
20190      this.location = this.mManifestation.getLocation();
20191      this.isOffset = false;
20192    }
20193  }
20194  getSymmetryShapes() {
20195    return this.orbitSource.getName() + ":" + this.orbitSource.getShapes().getName();
20196  }
20197  resetAttributes(oneSidedPanels, colorPanels) {
20198    const label = this.mManifestation.getLabel();
20199    if (null != label) {
20200      this.setLabel(label);
20201    }
20202    if (this.mManifestation != null && (this.mManifestation.constructor != null && this.mManifestation.constructor["__interfaces"] != null && this.mManifestation.constructor["__interfaces"].indexOf("com.vzome.core.model.Panel") >= 0)) {
20203      this.resetPanelAttributes(oneSidedPanels, colorPanels);
20204    } else if (this.orbitSource.getShapes() == null) {
20205      return;
20206    } else if (this.mManifestation != null && (this.mManifestation.constructor != null && this.mManifestation.constructor["__interfaces"] != null && this.mManifestation.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0)) {
20207      this.resetConnectorAttributes(this.mManifestation);
20208    } else if (this.mManifestation != null && (this.mManifestation.constructor != null && this.mManifestation.constructor["__interfaces"] != null && this.mManifestation.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0)) {
20209      const strut = this.mManifestation;
20210      this.resetStrutAttributes(strut);
20211    } else throw new java.lang.UnsupportedOperationException("only strut, ball, and panel shapes currently supported");
20212  }
20213  /*private*/
20214  resetPanelAttributes(oneSidedPanels, colorPanels) {
20215    const shapes28 = this.orbitSource.getShapes();
20216    const panel = this.mManifestation;
20217    this.location = panel.getFirstVertex();
20218    const relativeVertices = new java.util.ArrayList();
20219    for (let index = panel.iterator(); index.hasNext(); ) {
20220      let vertex = index.next();
20221      {
20222        relativeVertices.add(vertex.minus(this.location));
20223      }
20224    }
20225    const normal = panel["getNormal$"]();
20226    if (normal.isOrigin()) return;
20227    const zone = this.orbitSource.getAxis(normal);
20228    const shape = shapes28.getPanelShape(panel.getVertexCount(), panel.getQuadrea(), zone, relativeVertices, oneSidedPanels);
20229    if (shape == null) return;
20230    this.mShape = shape;
20231    if (zone == null) {
20232      this.setColor(Color.WHITE_$LI$());
20233      return;
20234    }
20235    const orn = zone.getOrientation();
20236    const orientation = shapes28.getSymmetry().getMatrix(orn);
20237    this.setOrientation(orientation);
20238    this.strutZone = zone.getOrientation();
20239    if (!colorPanels) return;
20240    try {
20241      panel.setZoneVector(zone.normal());
20242      const orbit = zone.getDirection();
20243      let color = this.mManifestation.getColor();
20244      if (color == null) {
20245        color = this.orbitSource.getColor(orbit);
20246        if (color != null) color = color.getPastel();
20247      }
20248      this.setColor(color);
20249    } catch (e) {
20250      if (_RenderedManifestation.logger_$LI$().isLoggable(java.util.logging.Level.WARNING)) _RenderedManifestation.logger_$LI$().warning("Unable to set color for panel, normal = " + normal.toString());
20251    }
20252  }
20253  resetStrutAttributes(strut) {
20254    const shapes28 = this.orbitSource.getShapes();
20255    const offset = strut.getOffset();
20256    if (offset.isOrigin()) return;
20257    const axis = this.orbitSource.getAxis(offset);
20258    if (axis == null) return;
20259    strut.setZoneVector(axis.normal());
20260    const orbit = axis.getDirection();
20261    const len = axis.getLength(offset);
20262    const prototypeLengthShape = shapes28.getStrutShape(orbit, len);
20263    if (prototypeLengthShape == null) return;
20264    this.mShape = prototypeLengthShape;
20265    const orn = axis.getOrientation();
20266    const orientation = shapes28.getSymmetry().getMatrix(orn);
20267    const reflection = this.orbitSource.getSymmetry().getPrincipalReflection();
20268    if (reflection != null) {
20269      if (_RenderedManifestation.logger_$LI$().isLoggable(java.util.logging.Level.FINE)) {
20270        _RenderedManifestation.logger_$LI$().fine("rendering " + offset + " as " + axis);
20271      }
20272      if (axis.getSense() === Axis.MINUS) {
20273        if (_RenderedManifestation.logger_$LI$().isLoggable(java.util.logging.Level.FINER)) {
20274          _RenderedManifestation.logger_$LI$().finer("mirroring orientation " + orn);
20275        }
20276        this.mShape = prototypeLengthShape.getEvilTwin(reflection);
20277      }
20278      if (!axis.isOutbound()) {
20279        this.offsetLocation();
20280      } else this.resetLocation();
20281    } else {
20282      if (axis.getSense() === Axis.MINUS) {
20283        this.offsetLocation();
20284      } else this.resetLocation();
20285    }
20286    this.setStrut(orbit, orn, axis.getSense(), len);
20287    this.setOrientation(orientation);

20288    let color = this.getManifestation().getColor();
20289    if (color == null) color = shapes28.getColor(orbit);
20290    if (color == null) color = this.orbitSource.getColor(orbit);
20291    this.setColor(color);
20292  }
20293  resetConnectorAttributes(m) {
20294    const shapes28 = this.orbitSource.getShapes();
20295    this.mShape = shapes28.getConnectorShape();
20296    let color = this.getManifestation().getColor();
20297    if (color == null) color = shapes28.getColor(null);
20298    if (color == null) color = this.orbitSource.getColor(null);
20299    this.setColor(color);
20300    this.setOrientation(this.orbitSource.getSymmetry().getField().identityMatrix(3));
20301  }
20302  setOrbitSource(orbitSource) {
20303    this.orbitSource = orbitSource;
20304  }
20305  getOrbitSource() {
20306    return this.orbitSource;
20307  }
20308  getLabel() {
20309    return this.label;
20310  }
20311  setLabel(label) {
20312    this.label = label;
20313  }
20314};
20315RenderedManifestation["__class"] = "com.vzome.core.render.RenderedManifestation";
20316RenderedManifestation["__interfaces"] = ["com.vzome.core.model.RenderedObject"];
20317

20318// src/worker/legacy/from-java/com/vzome/core/render/RenderedModel.ts
20319var RenderedModel = class _RenderedModel {
20320  constructor(field5, orbitSource) {
20321    if ((field5 != null && (field5.constructor != null && field5.constructor["__interfaces"] != null && field5.constructor["__interfaces"].indexOf("com.vzome.core.algebra.AlgebraicField") >= 0) || field5 === null) && (orbitSource != null && (orbitSource.constructor != null && orbitSource.constructor["__interfaces"] != null && orbitSource.constructor["__interfaces"].indexOf("com.vzome.core.editor.api.OrbitSource") >= 0) || orbitSource === null)) {
20322      let __args = arguments;
20323      if (this.mPolyhedra === void 0) {
20324        this.mPolyhedra = null;
20325      }
20326      if (this.field === void 0) {
20327        this.field = null;
20328      }
20329      if (this.orbitSource === void 0) {
20330        this.orbitSource = null;
20331      }
20332      if (this.mainListener === void 0) {
20333        this.mainListener = null;
20334      }
20335      this.mListeners = new java.util.ArrayList();
20336      this.mSelectionGlow = 0.8;
20337      this.mRendered = new java.util.HashSet();
20338      this.byID = new java.util.HashMap();
20339      this.oneSidedPanels = false;
20340      this.enabled = true;
20341      this.colorPanels = true;
20342      this.field = field5;
20343      this.orbitSource = orbitSource;
20344      this.mPolyhedra = orbitSource == null ? null : orbitSource.getShapes();
20345    } else if ((field5 != null && (field5.constructor != null && field5.constructor["__interfaces"] != null && field5.constructor["__interfaces"].indexOf("com.vzome.core.math.symmetry.Symmetry") >= 0) || field5 === null) && orbitSource === void 0) {
20346      let __args = arguments;
20347      let symmetry = __args[0];
20348      {
20349        let __args2 = arguments;
20350        let field6 = symmetry.getField();
20351        let orbitSource2 = new _RenderedModel.SymmetryOrbitSource(symmetry);
20352        if (this.mPolyhedra === void 0) {
20353          this.mPolyhedra = null;
20354        }
20355        if (this.field === void 0) {
20356          this.field = null;
20357        }
20358        if (this.orbitSource === void 0) {
20359          this.orbitSource = null;
20360        }
20361        if (this.mainListener === void 0) {
20362          this.mainListener = null;
20363        }
20364        this.mListeners = new java.util.ArrayList();
20365        this.mSelectionGlow = 0.8;
20366        this.mRendered = new java.util.HashSet();
20367        this.byID = new java.util.HashMap();
20368        this.oneSidedPanels = false;
20369        this.enabled = true;
20370        this.colorPanels = true;
20371        this.field = field6;
20372        this.orbitSource = orbitSource2;
20373        this.mPolyhedra = orbitSource2 == null ? null : orbitSource2.getShapes();
20374      }
20375      (() => {
20376        this.enabled = false;
20377      })();
20378    } else throw new Error("invalid overload");
20379  }
20380  withColorPanels(setting) {
20381    this.colorPanels = setting;
20382    return this;
20383  }
20384  getField() {
20385    return this.field;
20386  }
20387  addListener(listener) {
20388    if (this.mainListener == null) this.mainListener = listener;
20389    else this.mListeners.add(listener);
20390  }
20391  removeListener(listener) {
20392    if (this.mainListener === listener) this.mainListener = null;
20393    else this.mListeners.remove(listener);
20394  }
20395  render(manifestation) {
20396    const rm = new RenderedManifestation(manifestation, this.orbitSource);
20397    rm.resetAttributes(this.oneSidedPanels, this.colorPanels);
20398    return rm;
20399  }
20400  /**
20401   * 
20402   * @param {*} m
20403   */
20404  manifestationAdded(m) {
20405    if (!this.enabled) {
20406      m.setRenderedObject(new RenderedManifestation(m, this.orbitSource));
20407      return;
20408    }
20409    const rm = this.render(m);
20410    const poly = rm.getShape();
20411    if (poly == null) return;
20412    m.setRenderedObject(rm);
20413    this.mRendered.add(rm);
20414    this.byID.put(rm.getGuid().toString(), rm);
20415    if (this.mainListener != null) this.mainListener.manifestationAdded(rm);
20416    for (let index = this.mListeners.iterator(); index.hasNext(); ) {
20417      let listener = index.next();
20418      {
20419        listener.manifestationAdded(rm);
20420      }
20421    }
20422  }
20423  /**
20424   * 
20425   * @param {*} m
20426   */
20427  manifestationRemoved(m) {
20428    if (!this.enabled) {
20429      m.setRenderedObject(null);
20430      return;
20431    }
20432    const rendered = m.getRenderedObject();
20433    if (rendered == null) return;
20434    for (let index = this.mListeners.iterator(); index.hasNext(); ) {
20435      let listener = index.next();
20436      {
20437        listener.manifestationRemoved(rendered);
20438      }
20439    }
20440    if (this.mainListener != null) this.mainListener.manifestationRemoved(rendered);
20441    if (!this.mRendered.remove(rendered)) throw new java.lang.IllegalStateException("unable to remove RenderedManifestation");
20442    this.byID.remove(rendered.getGuid().toString());
20443    m.setRenderedObject(null);
20444  }
20445  getRenderedManifestation(guid) {
20446    return this.byID.get(guid);
20447  }
20448  setManifestationGlow(m, on) {
20449    const rendered = m.getRenderedObject();
20450    if (rendered == null) return;
20451    rendered.setGlow(on ? this.mSelectionGlow : 0);
20452    if (this.mainListener != null) this.mainListener.glowChanged(rendered);
20453    for (let index = this.mListeners.iterator(); index.hasNext(); ) {
20454      let listener = index.next();
20455      {
20456        listener.glowChanged(rendered);
20457      }
20458    }
20459  }
20460  setManifestationColor(m, color) {
20461    const rendered = m.getRenderedObject();
20462    if (rendered == null) return;
20463    rendered.setColor(color);
20464    if (this.mainListener != null) this.mainListener.colorChanged(rendered);
20465    for (let index = this.mListeners.iterator(); index.hasNext(); ) {
20466      let listener = index.next();
20467      {
20468        listener.colorChanged(rendered);
20469      }
20470    }
20471  }
20472  setManifestationLabel(m, label) {
20473    const rendered = m.getRenderedObject();
20474    if (rendered == null) return;
20475    rendered.setLabel(label);
20476    if (this.mainListener != null) this.mainListener.labelChanged(rendered);
20477    for (let index = this.mListeners.iterator(); index.hasNext(); ) {
20478      let listener = index.next();
20479      {
20480        listener.labelChanged(rendered);
20481      }
20482    }
20483  }
20484  setManifestationTransparency(m, on) {
20485    const rendered = m.getRenderedObject();
20486    if (rendered == null) return;
20487    rendered.setTransparency(on ? this.mSelectionGlow : 0);
20488    if (this.mainListener != null) this.mainListener.colorChanged(rendered);
20489    for (let index = this.mListeners.iterator(); index.hasNext(); ) {
20490      let listener = index.next();
20491      {
20492        listener.colorChanged(rendered);
20493      }
20494    }
20495  }
20496  /**
20497   * 
20498   * @return {*}
20499   */
20500  iterator() {
20501    return this.mRendered.iterator();
20502  }
20503  getOrbitSource() {
20504    return this.orbitSource;
20505  }
20506  setShapes(shapes28) {
20507    const supported = this.mainListener.shapesChanged(shapes28);
20508    if (!supported) this.setOrbitSource(this.orbitSource);
20509  }
20510  setOrbitSource(orbitSource) {
20511    this.orbitSource = orbitSource;
20512    this.enabled = true;
20513    this.mPolyhedra = orbitSource.getShapes();
20514    if (this.mPolyhedra == null) return;
20515    {
20516      const newSet = new java.util.HashSet();
20517      for (const rms = this.mRendered.iterator(); rms.hasNext(); ) {
20518        {
20519          const rendered = rms.next();
20520          rms.remove();
20521          const m = rendered.getManifestation();
20522          if (m.isHidden()) continue;
20523          if (rendered.getShape() != null) {
20524            if (this.mainListener != null) {
20525              this.mainListener.manifestationRemoved(rendered);
20526            }
20527            for (let index = this.mListeners.iterator(); index.hasNext(); ) {
20528              let listener = index.next();
20529              {
20530                listener.manifestationRemoved(rendered);
20531              }
20532            }
20533          }
20534          rendered.setOrbitSource(this.orbitSource);
20535          rendered.resetAttributes(this.oneSidedPanels, this.colorPanels);
20536          newSet.add(rendered);
20537          const glow = rendered.getGlow();
20538          if (rendered.getShape() != null) {
20539            if (this.mainListener != null) {
20540              this.mainListener.manifestationAdded(rendered);
20541              if (glow !== 0) this.mainListener.glowChanged(rendered);
20542            }
20543            for (let index = this.mListeners.iterator(); index.hasNext(); ) {
20544              let listener = index.next();
20545              {
20546                listener.manifestationAdded(rendered);
20547                if (glow !== 0) listener.glowChanged(rendered);
20548              }
20549            }
20550          }
20551        }
20552        ;
20553      }
20554      this.mRendered.addAll(newSet);
20555      for (let index = newSet.iterator(); index.hasNext(); ) {
20556        let rm = index.next();
20557        {
20558          this.byID.put(rm.getGuid().toString(), rm);
20559        }
20560      }
20561    }
20562    ;
20563  }
20564  /**
20565   * 
20566   * @param {*} m
20567   * @param {Color} color
20568   */
20569  manifestationColored(m, color) {
20570    if (this.enabled) this.setManifestationColor(m, color);
20571  }
20572  /**
20573   * 
20574   * @param {*} m
20575   * @param {string} label
20576   */
20577  manifestationLabeled(m, label) {
20578    if (this.enabled) this.setManifestationLabel(m, label);
20579  }
20580  snapshot() {
20581    const snapshot = new _RenderedModel(this.orbitSource.getSymmetry());
20582    for (let index = this.mRendered.iterator(); index.hasNext(); ) {
20583      let rm = index.next();
20584      {
20585        const copy = rm.copy();
20586        snapshot.mRendered.add(copy);
20587      }
20588    }
20589    return snapshot;
20590  }
20591  /**

20592   * Switch a scene graph (changes) from rendering one RenderedModel to another one.
20593   * For RenderedManifestations that show the same object in both, just update the
20594   * attributes.
20595   * When "from" is empty, this is the initial rendering of the "to" RenderedModel.
20596   * @param {RenderedModel} from is an empty RenderedModel in some cases
20597   * @param {RenderedModel} to
20598   * @param {*} changes is a scene graph
20599   */
20600  static renderChange(from, to, changes) {
20601    const toRemove = new java.util.HashSet(from.mRendered);
20602    toRemove.removeAll(to.mRendered);
20603    for (let index = toRemove.iterator(); index.hasNext(); ) {
20604      let rm = index.next();
20605      {
20606        changes.manifestationRemoved(rm);
20607      }
20608    }
20609    const toAdd = new java.util.HashSet(to.mRendered);
20610    toAdd.removeAll(from.mRendered);
20611    for (let index = toAdd.iterator(); index.hasNext(); ) {
20612      let rm = index.next();
20613      {
20614        changes.manifestationAdded(rm);
20615      }
20616    }
20617    for (let index = from.mRendered.iterator(); index.hasNext(); ) {
20618      let fromRm = index.next();
20619      {
20620        for (let index2 = to.mRendered.iterator(); index2.hasNext(); ) {
20621          let toRm = index2.next();
20622          {
20623            if (fromRm.equals(toRm)) {
20624              changes.manifestationSwitched(fromRm, toRm);
20625              if (javaemul.internal.FloatHelper.floatToIntBits(fromRm.getGlow()) !== javaemul.internal.FloatHelper.floatToIntBits(toRm.getGlow())) changes.glowChanged(toRm);
20626              const fromColor = fromRm.getColor();
20627              const toColor = toRm.getColor();
20628              if (fromColor == null && toColor == null) continue;
20629              if (fromColor == null && toColor != null || fromColor != null && toColor == null || !fromColor.equals(toColor)) changes.colorChanged(toRm);
20630            }
20631          }
20632        }
20633      }
20634    }
20635  }
20636  renderVector(av) {
20637    if (av != null) return this.getEmbedding().embedInR3(av);
20638    else return new RealVector(0, 0, 0);
20639  }
20640  renderVectorDouble(av) {
20641    if (av != null) return this.getEmbedding().embedInR3Double(av);
20642    else return [0, 0, 0];
20643  }
20644  getEmbedding() {
20645    return this.orbitSource.getSymmetry();
20646  }
20647  measureDistanceCm(c1, c2) {
20648    return this.measureLengthCm$com_vzome_core_math_RealVector(this.renderVector(c1.getLocation().minus(c2.getLocation())));
20649  }
20650  getCmScaling() {
20651    return this.mPolyhedra.getCmScaling();
20652  }
20653  measureLengthCm$com_vzome_core_math_RealVector(rv) {
20654    return rv.length() * this.mPolyhedra.getCmScaling();
20655  }
20656  measureLengthCm(rv) {
20657    if (rv != null && rv instanceof RealVector || rv === null) {
20658      return this.measureLengthCm$com_vzome_core_math_RealVector(rv);
20659    } else if (rv != null && (rv.constructor != null && rv.constructor["__interfaces"] != null && rv.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0) || rv === null) {
20660      return this.measureLengthCm$com_vzome_core_model_Strut(rv);
20661    } else throw new Error("invalid overload");
20662  }
20663  measureLengthCm$com_vzome_core_model_Strut(strut) {
20664    return this.measureLengthCm$com_vzome_core_math_RealVector(this.renderVector(strut.getOffset()));
20665  }
20666  measureDihedralAngle(p1, p2) {
20667    const v1 = p1["getNormal$com_vzome_core_math_symmetry_Embedding"](this.getEmbedding());
20668    const v2 = p2["getNormal$com_vzome_core_math_symmetry_Embedding"](this.getEmbedding());
20669    return _RenderedModel.safeAcos(v1, v2);
20670  }
20671  measureAngle(s1, s2) {
20672    const v1 = this.renderVector(s1.getOffset());
20673    const v2 = this.renderVector(s2.getOffset());
20674    return _RenderedModel.safeAcos(v1, v2);
20675  }
20676  static safeAcos(v1, v2) {
20677    let cosine = v1.dot(v2) / (v1.length() * v2.length());
20678    cosine = Math.min(1, cosine);
20679    cosine = Math.max(-1, cosine);
20680    return Math.acos(cosine);
20681  }
20682  getNearbyBall(location, tolerance) {
20683    for (let index = this.mRendered.iterator(); index.hasNext(); ) {
20684      let rm = index.next();
20685      {
20686        if (rm.getManifestation() != null && (rm.getManifestation().constructor != null && rm.getManifestation().constructor["__interfaces"] != null && rm.getManifestation().constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0)) {
20687          const ballLoc = rm.getLocation();
20688          const distance = ballLoc.minus(location).length();
20689          if (distance < tolerance) return rm;
20690        }
20691      }
20692    }
20693    return null;
20694  }
20695  getManifestations() {
20696    return this.mRendered.stream().map((rm) => rm.getManifestation()).collect(java.util.stream.Collectors.toList());
20697  }
20698};
20699RenderedModel["__class"] = "com.vzome.core.render.RenderedModel";
20700RenderedModel["__interfaces"] = ["com.vzome.core.model.ManifestationChanges", "java.lang.Iterable"];
20701((RenderedModel2) => {
20702  class SymmetryOrbitSource {
20703    /* Default method injected from OrbitSource */
20704    getOrientations(rowMajor) {
20705      if (typeof rowMajor === "boolean" || rowMajor === null) {
20706        let __args = arguments;
20707        if (this.symmetry === void 0) {
20708          this.symmetry = null;
20709        }
20710        if (this.orbits === void 0) {
20711          this.orbits = null;
20712        }
20713        return (() => {

20714          const symmetry = this.getSymmetry();
20715          const field5 = symmetry.getField();
20716          const order = symmetry.getChiralOrder();
20717          const orientations = ((s) => {
20718            let a = [];
20719            while (s-- > 0) a.push(null);
20720            return a;
20721          })(order);
20722          for (let orientation = 0; orientation < order; orientation++) {
20723            {
20724              if (rowMajor) {
20725                orientations[orientation] = symmetry.getMatrix(orientation).getRowMajorRealElements();
20726                continue;
20727              }
20728              const asFloats = ((s) => {
20729                let a = [];
20730                while (s-- > 0) a.push(0);
20731                return a;
20732              })(16);
20733              const transform = symmetry.getMatrix(orientation);
20734              for (let i = 0; i < 3; i++) {
20735                {
20736                  const columnSelect = field5.basisVector(3, i);
20737                  const columnI = transform.timesColumn(columnSelect);
20738                  const colRV = columnI.toRealVector();
20739                  asFloats[i * 4 + 0] = colRV.x;
20740                  asFloats[i * 4 + 1] = colRV.y;
20741                  asFloats[i * 4 + 2] = colRV.z;
20742                  asFloats[i * 4 + 3] = 0;
20743                }
20744                ;
20745              }
20746              asFloats[12] = 0;
20747              asFloats[13] = 0;
20748              asFloats[14] = 0;
20749              asFloats[15] = 1;
20750              orientations[orientation] = asFloats;
20751            }
20752            ;
20753          }
20754          return orientations;
20755        })();
20756      } else if (rowMajor === void 0) {
20757        return this.getOrientations$();
20758      } else throw new Error("invalid overload");
20759    }
20760    /* Default method injected from OrbitSource */
20761    getOrientations$() {
20762      return this.getOrientations(false);
20763    }
20764    /* Default method injected from OrbitSource */
20765    getZone(orbit, orientation) {
20766      return this.getSymmetry().getDirection(orbit).getAxis(Symmetry.PLUS, orientation);
20767    }
20768    /* Default method injected from OrbitSource */
20769    getEmbedding() {
20770      const symmetry = this.getSymmetry();
20771      const field5 = symmetry.getField();
20772      const embedding = ((s) => {
20773        let a = [];
20774        while (s-- > 0) a.push(0);
20775        return a;
20776      })(16);
20777      for (let i = 0; i < 3; i++) {
20778        {
20779          const columnSelect = field5.basisVector(3, i);
20780          const colRV = symmetry.embedInR3(columnSelect);
20781          embedding[i * 4 + 0] = colRV.x;
20782          embedding[i * 4 + 1] = colRV.y;
20783          embedding[i * 4 + 2] = colRV.z;
20784          embedding[i * 4 + 3] = 0;
20785        }
20786        ;
20787      }
20788      embedding[12] = 0;
20789      embedding[13] = 0;
20790      embedding[14] = 0;
20791      embedding[15] = 1;
20792      return embedding;
20793    }
20794    constructor(symmetry) {
20795      if (this.symmetry === void 0) {
20796        this.symmetry = null;
20797      }
20798      if (this.orbits === void 0) {
20799        this.orbits = null;
20800      }
20801      this.symmetry = symmetry;
20802      this.orbits = new OrbitSet(symmetry);
20803    }
20804    /**
20805     * 
20806     * @param {Direction} orbit
20807     * @return {Color}
20808     */
20809    getColor(orbit) {
20810      return new Color(128, 123, 128);
20811    }
20812    /**
20813     * 
20814     * @param {AlgebraicVector} vector
20815     * @return {Axis}
20816     */
20817    getAxis(vector) {
20818      return this.symmetry["getAxis$com_vzome_core_algebra_AlgebraicVector"](vector);
20819    }
20820    /**
20821     * 
20822     * @return {OrbitSet}
20823     */
20824    getOrbits() {
20825      return this.orbits;
20826    }
20827    /**
20828     * 
20829     * @return {*}
20830     */
20831    getShapes() {
20832      return null;
20833    }
20834    /**
20835     * 
20836     * @return {*}
20837     */
20838    getSymmetry() {
20839      return this.symmetry;
20840    }
20841    /**
20842     * 
20843     * @param {AlgebraicVector} vector
20844     * @return {Color}
20845     */
20846    getVectorColor(vector) {
20847      return null;
20848    }
20849    /**
20850     * 
20851     * @return {string}
20852     */
20853    getName() {
20854      return null;
20855    }
20856  }
20857  RenderedModel2.SymmetryOrbitSource = SymmetryOrbitSource;
20858  SymmetryOrbitSource["__class"] = "com.vzome.core.render.RenderedModel.SymmetryOrbitSource";
20859  SymmetryOrbitSource["__interfaces"] = ["com.vzome.core.editor.api.OrbitSource"];
20860})(RenderedModel || (RenderedModel = {}));
20861

20862// src/worker/legacy/from-java/com/vzome/core/math/symmetry/DodecagonalSymmetry.ts
20863var DodecagonalSymmetry = class _DodecagonalSymmetry extends AbstractSymmetry {
20864  static {
20865    this.ORDER = 12;
20866  }
20867  constructor(field5) {
20868    super(_DodecagonalSymmetry.ORDER, field5, "blue", null);
20869    this.IDENTITY = new Permutation(this, null);
20870  }
20871  /**
20872   * 
20873   */
20874  createInitialPermutations() {
20875    this.mOrientations[0] = this.IDENTITY;
20876    const map = ((s) => {
20877      let a = [];
20878      while (s-- > 0) a.push(0);
20879      return a;
20880    })(_DodecagonalSymmetry.ORDER);
20881    for (let i = 0; i < _DodecagonalSymmetry.ORDER; i++) {
20882      map[i] = (i + 1) % _DodecagonalSymmetry.ORDER;
20883    }
20884    this.mOrientations[1] = new Permutation(this, map);
20885  }
20886  /**
20887   * 
20888   * @param {string} frameColor
20889   */
20890  createFrameOrbit(frameColor) {
20891    const xAxis = this.mField.createVector([[1, 1, 0, 1], [0, 1, 0, 1], [0, 1, 0, 1]]);
20892    const dir = this.createZoneOrbit$java_lang_String$int$int$com_vzome_core_algebra_AlgebraicVector$boolean(frameColor, 0, 15, xAxis, true);
20893    dir.createAxis$int$int$com_vzome_core_algebra_AlgebraicVector(0, Symmetry.NO_ROTATION, xAxis);
20894    dir.createAxis$int$int$int_A_A(1, Symmetry.NO_ROTATION, [[0, 1, 1, 2], [1, 2, 0, 1], [0, 1, 0, 1]]);
20895    dir.createAxis$int$int$int_A_A(2, Symmetry.NO_ROTATION, [[1, 2, 0, 1], [0, 1, 1, 2], [0, 1, 0, 1]]);
20896    dir.createAxis$int$int$int_A_A(3, Symmetry.NO_ROTATION, [[0, 1, 0, 1], [1, 1, 0, 1], [0, 1, 0, 1]]);
20897    dir.createAxis$int$int$int_A_A(4, Symmetry.NO_ROTATION, [[-1, 2, 0, 1], [0, 1, 1, 2], [0, 1, 0, 1]]);
20898    dir.createAxis$int$int$int_A_A(5, Symmetry.NO_ROTATION, [[0, 1, -1, 2], [1, 2, 0, 1], [0, 1, 0, 1]]);
20899    dir.createAxis$int$int$int_A_A(6, Symmetry.NO_ROTATION, [[-1, 1, 0, 1], [0, 1, 0, 1], [0, 1, 0, 1]]);
20900    dir.createAxis$int$int$int_A_A(7, Symmetry.NO_ROTATION, [[0, 1, -1, 2], [-1, 2, 0, 1], [0, 1, 0, 1]]);
20901    dir.createAxis$int$int$int_A_A(8, Symmetry.NO_ROTATION, [[-1, 2, 0, 1], [0, 1, -1, 2], [0, 1, 0, 1]]);
20902    dir.createAxis$int$int$int_A_A(9, Symmetry.NO_ROTATION, [[0, 1, 0, 1], [-1, 1, 0, 1], [0, 1, 0, 1]]);
20903    dir.createAxis$int$int$int_A_A(10, Symmetry.NO_ROTATION, [[1, 2, 0, 1], [0, 1, -1, 2], [0, 1, 0, 1]]);
20904    dir.createAxis$int$int$int_A_A(11, Symmetry.NO_ROTATION, [[0, 1, 1, 2], [-1, 2, 0, 1], [0, 1, 0, 1]]);
20905    const zAxis = this.mField.createVector([[0, 1, 0, 1], [0, 1, 0, 1], [1, 1, 0, 1]]);
20906    for (let p = 0; p < _DodecagonalSymmetry.ORDER; p++) {
20907      {
20908        const x = this.mOrientations[p].mapIndex(0);
20909        const y = this.mOrientations[p].mapIndex(3);
20910        this.mMatrices[p] = new AlgebraicMatrix(dir.getAxis$int$int(Symmetry.PLUS, x).normal(), dir.getAxis$int$int(Symmetry.PLUS, y).normal(), zAxis);
20911        const axis = dir.getAxis$int$int(Symmetry.PLUS, p);
20912        const norm = this.mMatrices[p].timesColumn(xAxis);
20913        if (!norm.equals(axis.normal())) throw new java.lang.IllegalStateException("matrix wrong: " + p);
20914      }
20915      ;
20916    }
20917  }
20918  /**
20919   * 
20920   */
20921  createOtherOrbits() {
20922    this.createZoneOrbit$java_lang_String$int$int$int_A_A$boolean("green", 0, Symmetry.NO_ROTATION, [[1, 1, 1, 2], [1, 2, 0, 1], [0, 1, 0, 1]], true);
20923    this.createZoneOrbit$java_lang_String$int$int$int_A_A$boolean("red", 0, 1, [[0, 1, 0, 1], [0, 1, 0, 1], [1, 1, 0, 1]], true);
20924  }
20925  /**
20926   * 
20927   * @param {SpecialOrbit} which
20928   * @return {Direction}
20929   */
20930  getSpecialOrbit(which) {
20931    switch (which) {
20932      case 0 /* BLUE */:
20933        return this.getDirection("blue");
20934      case 1 /* RED */:
20935        return this.getDirection("red");
20936      case 2 /* YELLOW */:
20937        return this.getDirection("green");
20938      default:
20939        return null;
20940    }
20941  }
20942  /**
20943   * 
20944   * @return {Axis}
20945   */
20946  getPreferredAxis() {
20947    return this.getDirection("red").getAxis$int$int(0, 0);
20948  }
20949  /**
20950   * 
20951   * @return {string}
20952   */
20953  getName() {
20954    return "dodecagonal";
20955  }
20956  /**
20957   * 
20958   * @param {string} name
20959   * @return {int[]}
20960   */
20961  subgroup(name) {
20962    return null;
20963  }
20964};
20965DodecagonalSymmetry["__class"] = "com.vzome.core.math.symmetry.DodecagonalSymmetry";
20966DodecagonalSymmetry["__interfaces"] = ["com.vzome.core.math.symmetry.Symmetry", "com.vzome.core.math.symmetry.Embedding"];
20967

20968// src/worker/legacy/from-java/com/vzome/core/viewing/DodecagonalShapes.ts
20969var DodecagonalShapes = class _DodecagonalShapes extends AbstractShapes {
20970  constructor(pkgName, name, alias, symm) {
20971    super(pkgName, name, alias, symm);
20972    if (this.V0 === void 0) {
20973      this.V0 = null;
20974    }
20975    if (this.V1 === void 0) {
20976      this.V1 = null;
20977    }
20978    if (this.V2 === void 0) {
20979      this.V2 = null;
20980    }
20981    if (this.V3 === void 0) {
20982      this.V3 = null;
20983    }
20984    if (this.V4 === void 0) {
20985      this.V4 = null;
20986    }
20987    if (this.V5 === void 0) {
20988      this.V5 = null;
20989    }
20990    if (this.TWO === void 0) {
20991      this.TWO = null;
20992    }
20993    if (this.GREEN === void 0) {
20994      this.GREEN = null;
20995    }
20996    if (this.V6 === void 0) {
20997      this.V6 = null;
20998    }
20999    if (this.V7 === void 0) {
21000      this.V7 = null;
21001    }
21002    const field5 = symm.getField();
21003    this.V0 = field5.createVector([[1, 1, 0, 1], [0, 1, 0, 1], [0, 1, 0, 1]]);
21004    this.V1 = field5.createVector([[1, 2, 0, 1], [0, 1, 1, 2], [0, 1, 0, 1]]);
21005    this.V2 = field5.createVector([[-1, 2, 0, 1], [0, 1, 1, 2], [0, 1, 0, 1]]);
21006    this.V3 = field5.createVector([[-1, 1, 0, 1], [0, 1, 0, 1], [0, 1, 0, 1]]);
21007    this.V4 = field5.createVector([[-1, 2, 0, 1], [0, 1, -1, 2], [0, 1, 0, 1]]);
21008    this.V5 = field5.createVector([[1, 2, 0, 1], [0, 1, -1, 2], [0, 1, 0, 1]]);
21009    this.TWO = field5.createVector([[2, 1, 0, 1], [0, 1, 0, 1], [0, 1, 0, 1]]);
21010    this.GREEN = field5.createVector([[1, 1, 1, 2], [1, 2, 0, 1], [0, 1, 0, 1]]);
21011    this.V6 = field5.createVector([[1, 1, 0, 1], [0, 1, 1, 3], [0, 1, 0, 1]]);
21012    this.V7 = field5.createVector([[0, 1, 2, 3], [0, 1, 0, 1], [0, 1, 0, 1]]);
21013  }
21014  /**
21015   * 
21016   * @param {string} pkgName
21017   * @return {Polyhedron}
21018   */
21019  buildConnectorShape(pkgName) {
21020    const hex = new Polyhedron(this.mSymmetry.getField());
21021    hex.addVertex(this.V0);
21022    hex.addVertex(this.V1);
21023    hex.addVertex(this.V2);
21024    hex.addVertex(this.V3);
21025    hex.addVertex(this.V4);
21026    hex.addVertex(this.V5);
21027    let face = hex.newFace();
21028    face.add(0);
21029    face.add(1);
21030    face.add(2);
21031    face.add(3);
21032    face.add(4);
21033    face.add(5);
21034    hex.addFace(face);
21035    face = hex.newFace();
21036    face.add(5);
21037    face.add(4);
21038    face.add(3);
21039    face.add(2);
21040    face.add(1);
21041    face.add(0);
21042    hex.addFace(face);
21043    return hex;
21044  }
21045  /**
21046   * 
21047   * @param {Direction} dir
21048   * @return {*}
21049   */
21050  createStrutGeometry(dir) {
21051    if (dir.getName() === "blue") return new _DodecagonalShapes.BlueStrutGeometry(this);
21052    else if (dir.getName() === "green") return new _DodecagonalShapes.GreenStrutGeometry(this);
21053    else return super.createStrutGeometry(dir);
21054  }
21055};
21056DodecagonalShapes["__class"] = "com.vzome.core.viewing.DodecagonalShapes";
21057DodecagonalShapes["__interfaces"] = ["com.vzome.core.editor.api.Shapes"];
21058((DodecagonalShapes2) => {
21059  class BlueStrutGeometry {
21060    /**
21061     * 
21062     * @param {*} length
21063     * @return {Polyhedron}
21064     */
21065    getStrutPolyhedron(length) {
21066      const field5 = this.__parent.mSymmetry.getField();
21067      const hex = new Polyhedron(field5);
21068      const strut = field5.basisVector(3, 0).scale(length);
21069      const THIRD = field5["createRational$long$long"](1, 3);
21070      hex.addVertex(strut.plus(this.__parent.V5.scale(THIRD).minus(this.__parent.TWO)));
21071      hex.addVertex(strut.plus(this.__parent.V0.scale(THIRD).minus(this.__parent.TWO)));
21072      hex.addVertex(strut.plus(this.__parent.V1.scale(THIRD).minus(this.__parent.TWO)));
21073      hex.addVertex(this.__parent.V2.scale(THIRD).plus(this.__parent.TWO));
21074      hex.addVertex(this.__parent.V3.scale(THIRD).plus(this.__parent.TWO));
21075      hex.addVertex(this.__parent.V4.scale(THIRD).plus(this.__parent.TWO));
21076      let face = hex.newFace();
21077      face.add(0);
21078      face.add(1);
21079      face.add(2);
21080      face.add(3);
21081      face.add(4);
21082      face.add(5);
21083      hex.addFace(face);
21084      face = hex.newFace();
21085      face.add(5);
21086      face.add(4);
21087      face.add(3);
21088      face.add(2);
21089      face.add(1);
21090      face.add(0);
21091      hex.addFace(face);
21092      return hex;
21093    }
21094    constructor(__parent) {
21095      this.__parent = __parent;
21096    }
21097  }
21098  DodecagonalShapes2.BlueStrutGeometry = BlueStrutGeometry;
21099  BlueStrutGeometry["__class"] = "com.vzome.core.viewing.DodecagonalShapes.BlueStrutGeometry";
21100  BlueStrutGeometry["__interfaces"] = ["com.vzome.core.parts.StrutGeometry"];
21101  class GreenStrutGeometry {
21102    /**
21103     * 
21104     * @param {*} length
21105     * @return {Polyhedron}
21106     */
21107    getStrutPolyhedron(length) {
21108      const field5 = this.__parent.mSymmetry.getField();
21109      const vector = this.__parent.GREEN.scale(length);
21110      const hex = new Polyhedron(field5);
21111      hex.addVertex(vector.plus(this.__parent.GREEN.plus(this.__parent.V6)).negate());
21112      hex.addVertex(vector.plus(this.__parent.GREEN.negate()));
21113      hex.addVertex(vector.plus(this.__parent.GREEN.plus(this.__parent.V7).negate()));
21114      hex.addVertex(this.__parent.V6.plus(this.__parent.GREEN));
21115      hex.addVertex(this.__parent.GREEN);
21116      hex.addVertex(this.__parent.V7.plus(this.__parent.GREEN));
21117      let face = hex.newFace();
21118      face.add(0);
21119      face.add(1);
21120      face.add(2);
21121      face.add(3);
21122      face.add(4);

21123      face.add(5);
21124      hex.addFace(face);
21125      face = hex.newFace();
21126      face.add(5);
21127      face.add(4);
21128      face.add(3);
21129      face.add(2);
21130      face.add(1);
21131      face.add(0);
21132      hex.addFace(face);
21133      return hex;
21134    }
21135    constructor(__parent) {
21136      this.__parent = __parent;
21137    }
21138  }
21139  DodecagonalShapes2.GreenStrutGeometry = GreenStrutGeometry;
21140  GreenStrutGeometry["__class"] = "com.vzome.core.viewing.DodecagonalShapes.GreenStrutGeometry";
21141  GreenStrutGeometry["__interfaces"] = ["com.vzome.core.parts.StrutGeometry"];
21142})(DodecagonalShapes || (DodecagonalShapes = {}));
21143

21144// src/worker/legacy/from-java/com/vzome/core/kinds/RootThreeFieldApplication.ts
21145var RootThreeFieldApplication = class _RootThreeFieldApplication extends DefaultFieldApplication {
21146  constructor(field5) {
21147    super(field5);
21148    this.dodecagonalPerspective = new _RootThreeFieldApplication.RootThreeFieldApplication$0(this, new DodecagonalSymmetry(this.getField()));
21149    const octahedralPerspective = super.getDefaultSymmetryPerspective();
21150    const symm = octahedralPerspective.getSymmetry();
21151    symm.createZoneOrbit$java_lang_String$int$int$int_A_A$boolean("red", 0, Symmetry.NO_ROTATION, [[1, 1, 1, 2], [1, 2, 0, 1], [0, 1, 0, 1]], true);
21152    symm.createZoneOrbit$java_lang_String$int$int$int_A_A("brown", 0, Symmetry.NO_ROTATION, [[1, 1, 0, 1], [1, 1, 0, 1], [2, 1, 0, 1]]);
21153    const defaultShapes = new ExportedVEFShapes(null, "rootThreeOctaSmall", "small octahedra", "small connectors", symm);
21154    octahedralPerspective.setDefaultGeometry(defaultShapes);
21155  }
21156  /**
21157   * 
21158   * @return {string}
21159   */
21160  getLabel() {
21161    return "\u221A3";
21162  }
21163  /**
21164   * 
21165   * @return {*}
21166   */
21167  getDefaultSymmetryPerspective() {
21168    return this.dodecagonalPerspective;
21169  }
21170  /**
21171   * 
21172   * @return {*}
21173   */
21174  getSymmetryPerspectives() {
21175    return java.util.Arrays.asList(super.getDefaultSymmetryPerspective(), this.dodecagonalPerspective);
21176  }
21177  /**
21178   * 
21179   * @param {string} symmName
21180   * @return {*}
21181   */
21182  getSymmetryPerspective(symmName) {
21183    switch (symmName) {
21184      case "dodecagonal":
21185        return this.dodecagonalPerspective;
21186      default:
21187        return super.getSymmetryPerspective(symmName);
21188    }
21189  }
21190};
21191RootThreeFieldApplication["__class"] = "com.vzome.core.kinds.RootThreeFieldApplication";
21192RootThreeFieldApplication["__interfaces"] = ["com.vzome.core.math.symmetry.Symmetries4D", "com.vzome.core.editor.FieldApplication"];
21193((RootThreeFieldApplication2) => {
21194  class RootThreeFieldApplication$0 extends AbstractSymmetryPerspective {
21195    /**
21196     * 
21197     * @return {string}
21198     */
21199    getName() {
21200      return "dodecagonal";
21201    }
21202    /**
21203     * 
21204     * @param {Direction} orbit
21205     * @return {boolean}
21206     */
21207    orbitIsBuildDefault(orbit) {
21208      switch (orbit.getName()) {
21209        case "blue":
21210        case "green":
21211          return true;
21212        default:
21213          return false;
21214      }
21215    }
21216    /**
21217     * 
21218     * @param {Direction} orbit
21219     * @return {*}
21220     */
21221    getOrbitUnitLength(orbit) {
21222      switch (orbit.getName()) {
21223        case "blue":
21224        case "green":
21225          return this.__parent.getField()["createPower$int"](2);
21226        default:
21227          return super.getOrbitUnitLength(orbit);
21228      }
21229    }
21230    /**
21231     * 
21232     * @param {Tool.Kind} kind
21233     * @param {ToolsModel} tools
21234     * @return {*}
21235     */
21236    createToolFactories(kind, tools) {
21237      const result = new java.util.ArrayList();
21238      switch (kind) {
21239        case Tool2.Kind.SYMMETRY:
21240          result.add(new SymmetryToolFactory(tools, this.symmetry));
21241          result.add(new InversionToolFactory(tools));
21242          result.add(new LineReflectionToolFactory(tools));
21243          result.add(new MirrorToolFactory(tools));
21244          result.add(new AxialSymmetryToolFactory(tools, this.symmetry));
21245          break;
21246        case Tool2.Kind.TRANSFORM:
21247          result.add(new ScalingToolFactory(tools, this.symmetry));
21248          result.add(new RotationToolFactory(tools, this.symmetry));
21249          result.add(new TranslationToolFactory(tools));
21250          result.add(new ProjectionToolFactory(tools));
21251          break;
21252        case Tool2.Kind.LINEAR_MAP:
21253          result.add(new LinearMapToolFactory(tools, this.symmetry, false));
21254          break;
21255        default:
21256          break;
21257      }
21258      return result;
21259    }
21260    /**
21261     * 
21262     * @param {Tool.Kind} kind
21263     * @param {ToolsModel} tools
21264     * @return {*}
21265     */
21266    predefineTools(kind, tools) {
21267      const result = new java.util.ArrayList();
21268      switch (kind) {
21269        case Tool2.Kind.SYMMETRY:
21270          result.add(new SymmetryToolFactory(tools, this.symmetry).createPredefinedTool("dodecagonal antiprism around origin"));
21271          result.add(new InversionToolFactory(tools).createPredefinedTool("reflection through origin"));
21272          result.add(new MirrorToolFactory(tools).createPredefinedTool("reflection through XY plane"));
21273          result.add(new AxialSymmetryToolFactory(tools, this.symmetry).createPredefinedTool("symmetry around red through origin"));
21274          break;
21275        case Tool2.Kind.TRANSFORM:
21276          result.add(new ScalingToolFactory(tools, this.symmetry).createPredefinedTool("scale down"));
21277          result.add(new ScalingToolFactory(tools, this.symmetry).createPredefinedTool("scale up"));
21278          result.add(new RotationToolFactory(tools, this.symmetry, true).createPredefinedTool("rotate around red through origin"));
21279          result.add(new TranslationToolFactory(tools).createPredefinedTool("b1 move along +X"));
21280          break;
21281        default:
21282          break;
21283      }
21284      return result;
21285    }
21286    /**
21287     * 
21288     * @param {string} action
21289     * @return {*}
21290     */
21291    getLegacyCommand(action) {
21292      switch (action) {
21293        case "dodecagonsymm":
21294          return this.dodecagonsymm;
21295        default:
21296          return super.getLegacyCommand(action);
21297      }
21298    }
21299    /**
21300     * 
21301     * @return {string}
21302     */
21303    getModelResourcePath() {
21304      return "org/vorthmann/zome/app/12-gon-trackball-vef.vZome";
21305    }
21306    constructor(__parent, __arg0) {
21307      super(__arg0);
21308      this.__parent = __parent;
21309      (() => {
21310        const defaultShapes = new ExportedVEFShapes(null, "dodecagon3d", "prisms", this.symmetry);
21311        const hexagonShapes = new DodecagonalShapes("dodecagonal", "hexagons", "flat hexagons", this.symmetry);
21312        this.setDefaultGeometry(defaultShapes);
21313        this.addShapes(hexagonShapes);
21314      })();
21315      this.dodecagonsymm = new CommandSymmetry(this.symmetry);
21316    }
21317  }
21318  RootThreeFieldApplication2.RootThreeFieldApplication$0 = RootThreeFieldApplication$0;
21319  RootThreeFieldApplication$0["__interfaces"] = ["com.vzome.core.editor.SymmetryPerspective"];
21320})(RootThreeFieldApplication || (RootThreeFieldApplication = {}));
21321

21322// src/worker/legacy/from-java/com/vzome/core/viewing/SchochShapes.ts
21323var SchochShapes = class extends ExportedVEFShapes {
21324  constructor(prefsFolder, name, alias, symmetry, defaultShapes) {
21325    super(prefsFolder, name, alias, symmetry, defaultShapes);
21326  }
21327  /**
21328   * 
21329   * @return {number}
21330   */
21331  getCmScaling() {
21332    return 1;
21333  }
21334};
21335SchochShapes["__class"] = "com.vzome.core.viewing.SchochShapes";
21336SchochShapes["__interfaces"] = ["com.vzome.core.editor.api.Shapes"];
21337

21338// src/worker/legacy/from-java/com/vzome/core/kinds/RootTwoFieldApplication.ts
21339var RootTwoFieldApplication = class _RootTwoFieldApplication extends DefaultFieldApplication {
21340  constructor(field5) {
21341    super(field5);
21342    this.synestructicsSymmetry = new _RootTwoFieldApplication.RootTwoFieldApplication$0(this, this.getField(), "orange");
21343    this.synestructicsPerspective = new _RootTwoFieldApplication.RootTwoFieldApplication$1(this, this.synestructicsSymmetry);
21344    const octahedralPerspective = super.getDefaultSymmetryPerspective();
21345    const symmetry = octahedralPerspective.getSymmetry();
21346    symmetry.createZoneOrbit$java_lang_String$int$int$int_A_A$boolean("yellow", 0, 4, [[1, 1, 0, 1], [1, 1, 0, 1], [1, 1, 0, 1]], true);
21347    symmetry.createZoneOrbit$java_lang_String$int$int$int_A_A$boolean("green", 1, 8, [[0, 1, 1, 2], [0, 1, 1, 2], [0, 1, 0, 1]], true);
21348    symmetry.createZoneOrbit$java_lang_String$int$int$int_A_A$boolean("brown", 0, Symmetry.NO_ROTATION, [[1, 1, 0, 1], [1, 1, 0, 1], [2, 1, 0, 1]], true);
21349    const defaultShapes = new ExportedVEFShapes(null, "rootTwoSmall", "small octahedra", "small connectors", symmetry);
21350    octahedralPerspective.setDefaultGeometry(defaultShapes);
21351    octahedralPerspective.addShapes(new ExportedVEFShapes(null, "rootTwoBig", "ornate", symmetry, defaultShapes));
21352    const rootTwoShapes = new SchochShapes(null, "rootTwo", "Schoch solid", symmetry, defaultShapes);
21353    octahedralPerspective.addShapes(rootTwoShapes);
21354    octahedralPerspective.addShapes(new SchochShapes(null, "root2Lifelike", "Schoch lifelike", symmetry, rootTwoShapes));
21355  }
21356  /**
21357   * 
21358   * @return {string}
21359   */
21360  getLabel() {
21361    return "\u221A2";
21362  }
21363  /**
21364   * 
21365   * @return {*}
21366   */
21367  getSymmetryPerspectives() {
21368    return java.util.Arrays.asList(super.getDefaultSymmetryPerspective(), this.synestructicsPerspective);
21369  }
21370  /**
21371   * 
21372   * @param {string} symmName
21373   * @return {*}
21374   */
21375  getSymmetryPerspective(symmName) {
21376    switch (symmName) {
21377      case "synestructics":
21378        return this.synestructicsPerspective;
21379      default:
21380        return super.getSymmetryPerspective(symmName);
21381    }
21382  }
21383};
21384RootTwoFieldApplication["__class"] = "com.vzome.core.kinds.RootTwoFieldApplication";
21385RootTwoFieldApplication["__interfaces"] = ["com.vzome.core.math.symmetry.Symmetries4D", "com.vzome.core.editor.FieldApplication"];
21386((RootTwoFieldApplication2) => {
21387  class RootTwoFieldApplication$0 extends OctahedralSymmetry {
21388    /**
21389     * 
21390     * @return {string}
21391     */
21392    getName() {
21393      return "synestructics";
21394    }
21395    /**
21396     * 
21397     * @param {SpecialOrbit} which
21398     * @return {Direction}
21399     */
21400    getSpecialOrbit(which) {
21401      switch (which) {
21402        case 0 /* BLUE */:
21403          return this.getDirection(this.frameColor);
21404        case 1 /* RED */:
21405          return this.getDirection("magenta");
21406        case 2 /* YELLOW */:
21407          return this.getDirection("yellow");
21408        default:
21409          return null;
21410      }
21411    }
21412    /**
21413     * 
21414     * @return {AlgebraicVector[]}
21415     */
21416    getOrbitTriangle() {
21417      const magentaVertex = this.getDirection("magenta").getPrototype();
21418      const orangeVertex = this.getDirection(this.frameColor).getPrototype();
21419      const yellowVertex = this.getDirection("yellow").getPrototype();
21420      return [magentaVertex, orangeVertex, yellowVertex];
21421    }
21422    /**
21423     * 
21424     */
21425    createOtherOrbits() {
21426      let v = new AlgebraicVector(this.mField.one(), this.mField.one(), this.mField.one());
21427      this.createZoneOrbit$java_lang_String$int$int$com_vzome_core_algebra_AlgebraicVector$boolean("yellow", 0, 4, v, true);
21428      const sqrt2 = this.mField["createPower$int"](1);
21429      const half = this.mField["createRational$long$long"](1, 2);
21430      v = new AlgebraicVector(sqrt2, sqrt2, this.mField.zero()).scale(half);
21431      this.createZoneOrbit$java_lang_String$int$int$com_vzome_core_algebra_AlgebraicVector$boolean("magenta", 1, 8, v, true);
21432      v = new AlgebraicVector(this.mField.one(), this.mField.one(), this.mField.one()["plus$com_vzome_core_algebra_AlgebraicNumber"](this.mField.one()));
21433      this.createZoneOrbit$java_lang_String$int$int$com_vzome_core_algebra_AlgebraicVector$boolean("brown", 0, Symmetry.NO_ROTATION, v, true);
21434    }
21435    constructor(__parent, __arg0, __arg1) {
21436      super(__arg0, __arg1);
21437      this.__parent = __parent;
21438    }
21439  }
21440  RootTwoFieldApplication2.RootTwoFieldApplication$0 = RootTwoFieldApplication$0;
21441  RootTwoFieldApplication$0["__interfaces"] = ["com.vzome.core.math.symmetry.Symmetry", "com.vzome.core.math.symmetry.Embedding"];
21442  class RootTwoFieldApplication$1 extends AbstractSymmetryPerspective {
21443    /**
21444     * 
21445     * @param {Tool.Kind} kind
21446     * @param {ToolsModel} tools
21447     * @return {*}
21448     */
21449    createToolFactories(kind, tools) {
21450      const result = new java.util.ArrayList();
21451      switch (kind) {
21452        case Tool2.Kind.SYMMETRY:
21453          result.add(new OctahedralToolFactory(tools, this.symmetry));
21454          result.add(new TetrahedralToolFactory(tools, this.symmetry));
21455          result.add(new InversionToolFactory(tools));
21456          result.add(new LineReflectionToolFactory(tools));
21457          result.add(new MirrorToolFactory(tools));
21458          result.add(new AxialSymmetryToolFactory(tools, this.symmetry));
21459          break;
21460        case Tool2.Kind.TRANSFORM:
21461          result.add(new ScalingToolFactory(tools, this.symmetry));
21462          result.add(new RotationToolFactory(tools, this.symmetry));
21463          result.add(new TranslationToolFactory(tools));
21464          result.add(new ProjectionToolFactory(tools));
21465          break;

21466        case Tool2.Kind.LINEAR_MAP:
21467          result.add(new LinearMapToolFactory(tools, this.symmetry, false));
21468          break;
21469        default:
21470          break;
21471      }
21472      return result;
21473    }
21474    /**
21475     * 
21476     * @param {Tool.Kind} kind
21477     * @param {ToolsModel} tools
21478     * @return {*}
21479     */
21480    predefineTools(kind, tools) {
21481      const result = new java.util.ArrayList();
21482      switch (kind) {
21483        case Tool2.Kind.SYMMETRY:
21484          result.add(new OctahedralToolFactory(tools, this.symmetry).createPredefinedTool("octahedral around origin"));
21485          result.add(new TetrahedralToolFactory(tools, this.symmetry).createPredefinedTool("tetrahedral around origin"));
21486          result.add(new InversionToolFactory(tools).createPredefinedTool("reflection through origin"));
21487          result.add(new MirrorToolFactory(tools).createPredefinedTool("reflection through XY plane"));
21488          result.add(new AxialSymmetryToolFactory(tools, this.symmetry).createPredefinedTool("symmetry around green through origin"));
21489          break;
21490        case Tool2.Kind.TRANSFORM:
21491          result.add(new ScalingToolFactory(tools, this.symmetry).createPredefinedTool("scale down"));
21492          result.add(new ScalingToolFactory(tools, this.symmetry).createPredefinedTool("scale up"));
21493          result.add(new RotationToolFactory(tools, this.symmetry, true).createPredefinedTool("rotate around green through origin"));
21494          result.add(new TranslationToolFactory(tools).createPredefinedTool("b1 move along +X"));
21495          break;
21496        default:
21497          break;
21498      }
21499      return result;
21500    }
21501    /**
21502     * 
21503     * @return {string}
21504     */
21505    getModelResourcePath() {
21506      return "org/vorthmann/zome/app/octahedral-vef.vZome";
21507    }
21508    constructor(__parent, __arg0) {
21509      super(__arg0);
21510      this.__parent = __parent;
21511      (() => {
21512        const defaultShapes = new ExportedVEFShapes(null, "rootTwoSmall", "small octahedra", this.symmetry, null);
21513        const synestructicsShapes = new ExportedVEFShapes(null, "rootTwo", "Synestructics", this.symmetry, defaultShapes);
21514        const ornateShapes = new ExportedVEFShapes(null, "rootTwoBig", "ornate", this.symmetry, defaultShapes);
21515        this.setDefaultGeometry(defaultShapes);
21516        this.addShapes(synestructicsShapes);
21517        this.addShapes(ornateShapes);
21518      })();
21519    }
21520  }
21521  RootTwoFieldApplication2.RootTwoFieldApplication$1 = RootTwoFieldApplication$1;
21522  RootTwoFieldApplication$1["__interfaces"] = ["com.vzome.core.editor.SymmetryPerspective"];
21523})(RootTwoFieldApplication || (RootTwoFieldApplication = {}));
21524

21525// src/worker/legacy/from-java/com/vzome/core/editor/SelectionImpl.ts
21526var SelectionImpl = class _SelectionImpl {
21527  static logger_$LI$() {
21528    if (_SelectionImpl.logger == null) {
21529      _SelectionImpl.logger = java.util.logging.Logger.getLogger("com.vzome.core.editor.selection");
21530    }
21531    return _SelectionImpl.logger;
21532  }
21533  /**
21534   * 
21535   * @param {*} target
21536   */
21537  copy(target) {
21538    target.addAll(this.mManifestations);
21539  }
21540  addListener(listener) {
21541    this.mListeners.add(listener);
21542  }
21543  removeListener(listener) {
21544    this.mListeners.remove(listener);
21545  }
21546  /**
21547   * 
21548   * @param {*} m
21549   * @return {boolean}
21550   */
21551  manifestationSelected(m) {
21552    return this.mManifestations.contains(m);
21553  }
21554  isEmpty() {
21555    return this.mManifestations.isEmpty();
21556  }
21557  /**
21558   * 
21559   * @return {*}
21560   */
21561  iterator() {
21562    return this.mManifestations.iterator();
21563  }
21564  /**
21565   * 
21566   * @param {*} m
21567   */
21568  select(m) {
21569    if (this.mManifestations.contains(m)) return;
21570    this.mManifestations.add(m);
21571    if (_SelectionImpl.logger_$LI$().isLoggable(java.util.logging.Level.FINER)) _SelectionImpl.logger_$LI$().finer("  select: " + m.toString());
21572    for (let index = this.mListeners.iterator(); index.hasNext(); ) {
21573      let mc = index.next();
21574      {
21575        mc.manifestationAdded(m);
21576      }
21577    }
21578  }
21579  /**
21580   * 
21581   * @param {*} m
21582   */
21583  unselect(m) {
21584    if (this.mManifestations.remove(m)) {
21585      if (_SelectionImpl.logger_$LI$().isLoggable(java.util.logging.Level.FINER)) _SelectionImpl.logger_$LI$().finer("deselect: " + m.toString());
21586      for (let index = this.mListeners.iterator(); index.hasNext(); ) {
21587        let mc = index.next();
21588        {
21589          mc.manifestationRemoved(m);
21590        }
21591      }
21592    }
21593  }
21594  /**
21595   * 
21596   * @param {*} m
21597   */
21598  selectWithGrouping(m) {
21599    if (this.mManifestations.contains(m)) return;
21600    if (m == null) return;
21601    const group = Selection.biggestGroup(m);
21602    if (group == null) this.add(m);
21603    else this.selectGroup(group);
21604    this.mSelectedGroup = group;
21605  }
21606  /**
21607   * 
21608   * @param {*} m
21609   */
21610  unselectWithGrouping(m) {
21611    if (this.mManifestations.contains(m)) {
21612      const group = Selection.biggestGroup(m);
21613      if (group == null) this.remove(m);
21614      else this.unselectGroup(group);
21615      this.mSelectedGroup = null;
21616    }
21617  }
21618  /*private*/
21619  add(m) {
21620    this.mManifestations.add(m);
21621    if (_SelectionImpl.logger_$LI$().isLoggable(java.util.logging.Level.FINER)) _SelectionImpl.logger_$LI$().finer("  select: " + m.toString());
21622    for (let index = this.mListeners.iterator(); index.hasNext(); ) {
21623      let mc = index.next();
21624      {
21625        mc.manifestationAdded(m);
21626      }
21627    }
21628  }
21629  /*private*/
21630  remove(m) {
21631    if (this.mManifestations.remove(m)) {
21632      if (_SelectionImpl.logger_$LI$().isLoggable(java.util.logging.Level.FINER)) _SelectionImpl.logger_$LI$().finer("deselect: " + m.toString());
21633      for (let index = this.mListeners.iterator(); index.hasNext(); ) {
21634        let mc = index.next();
21635        {
21636          mc.manifestationRemoved(m);
21637        }
21638      }
21639    }
21640  }
21641  /*private*/
21642  selectGroup(group) {
21643    for (let index = group.iterator(); index.hasNext(); ) {
21644      let next = index.next();
21645      {
21646        if (next != null && next instanceof Group) this.selectGroup(next);
21647        else this.add(next);
21648      }
21649    }
21650  }
21651  /*private*/
21652  unselectGroup(group) {
21653    for (let index = group.iterator(); index.hasNext(); ) {
21654      let next = index.next();
21655      {
21656        if (next != null && next instanceof Group) this.unselectGroup(next);
21657        else this.remove(next);
21658      }
21659    }
21660  }
21661  /**
21662   * 
21663   * @param {java.lang.Class} kind
21664   * @return {*}
21665   */
21666  getSingleSelection(kind) {

21667    let count = 0;
21668    let result = null;
21669    for (let index = this.mManifestations.iterator(); index.hasNext(); ) {
21670      let next = index.next();
21671      {
21672        if (kind === "com.vzome.core.model.Connector" && (next != null && (next.constructor != null && next.constructor["__interfaces"] != null && next.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0)) || kind === "com.vzome.core.model.Strut" && (next != null && (next.constructor != null && next.constructor["__interfaces"] != null && next.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0)) || kind === "com.vzome.core.model.Panel" && (next != null && (next.constructor != null && next.constructor["__interfaces"] != null && next.constructor["__interfaces"].indexOf("com.vzome.core.model.Panel") >= 0))) {
21673          ++count;
21674          result = next;
21675        }
21676      }
21677    }
21678    if (count === 1) return result;
21679    else return null;
21680  }
21681  /**
21682   * 
21683   * @return {boolean}
21684   */
21685  isSelectionAGroup() {
21686    return this.getSelectedGroup(false) != null;
21687  }
21688  /*private*/
21689  getSelectedGroup(onlyOne) {
21690    let selectedGroup = null;
21691    for (let index = this.mManifestations.iterator(); index.hasNext(); ) {
21692      let m = index.next();
21693      {
21694        if (onlyOne && selectedGroup != null) return selectedGroup;
21695        const group = Selection.biggestGroup(m);
21696        if (group == null) return null;
21697        else if (selectedGroup == null) selectedGroup = group;
21698        else if (group !== selectedGroup) return null;
21699      }
21700    }
21701    return selectedGroup;
21702  }
21703  /**
21704   * 
21705   */
21706  gatherGroup() {
21707    const newGroup = new Group();
21708    for (let index = this.mManifestations.iterator(); index.hasNext(); ) {
21709      let m = index.next();
21710      {
21711        const group = Selection.biggestGroup(m);
21712        if (group === newGroup) {
21713        } else if (group == null) {
21714          newGroup.add(m);
21715          m.setContainer(newGroup);
21716        } else {
21717          newGroup.add(group);
21718          group.setContainer(newGroup);
21719        }
21720      }
21721    }
21722  }
21723  /**
21724   * 
21725   */
21726  scatterGroup() {
21727    const selectedGroup = this.getSelectedGroup(true);
21728    if (selectedGroup == null) return;
21729    for (const ms = selectedGroup.iterator(); ms.hasNext(); ) {
21730      {
21731        const next = ms.next();
21732        ms.remove();
21733        next.setContainer(null);
21734      }
21735      ;
21736    }
21737  }
21738  /**
21739   * 
21740   */
21741  gatherGroup211() {
21742    if (this.mSelectedGroup != null) return;
21743    this.mSelectedGroup = new Group();
21744    for (let index = this.mManifestations.iterator(); index.hasNext(); ) {
21745      let m = index.next();
21746      {
21747        const group = Selection.biggestGroup(m);
21748        if (group == null) {
21749          this.mSelectedGroup.add(m);
21750        } else {
21751          this.mSelectedGroup.add(group);
21752        }
21753      }
21754    }
21755    for (let index = this.mSelectedGroup.iterator(); index.hasNext(); ) {
21756      let next = index.next();
21757      {
21758        next.setContainer(this.mSelectedGroup);
21759      }
21760    }
21761  }
21762  /**
21763   * 
21764   */
21765  scatterGroup211() {
21766    if (this.mSelectedGroup == null) return;
21767    for (const ms = this.mSelectedGroup.iterator(); ms.hasNext(); ) {
21768      {
21769        const next = ms.next();
21770        ms.remove();
21771        next.setContainer(null);
21772      }
21773      ;
21774    }
21775  }
21776  refresh(on, otherSelection) {
21777    for (let index = this.mManifestations.iterator(); index.hasNext(); ) {
21778      let m = index.next();
21779      {
21780        if (otherSelection == null || !otherSelection.mManifestations.contains(m)) {
21781          if (on) {
21782            for (let index2 = this.mListeners.iterator(); index2.hasNext(); ) {
21783              let mc = index2.next();
21784              {
21785                mc.manifestationAdded(m);
21786              }
21787            }
21788          } else {
21789            for (let index2 = this.mListeners.iterator(); index2.hasNext(); ) {
21790              let mc = index2.next();
21791              {
21792                mc.manifestationRemoved(m);
21793              }
21794            }
21795          }
21796        }
21797      }
21798    }
21799  }
21800  /**
21801   * 
21802   * @return {number}
21803   */
21804  size() {
21805    return this.mManifestations.size();
21806  }
21807  /**
21808   * 
21809   */
21810  clear() {
21811    if (!this.mManifestations.isEmpty()) {
21812      if (_SelectionImpl.logger_$LI$().isLoggable(java.util.logging.Level.FINER)) {
21813        _SelectionImpl.logger_$LI$().finer("clearing selection");
21814      }
21815      const temp = new java.util.LinkedHashSet(this.mManifestations);
21816      for (let index = temp.iterator(); index.hasNext(); ) {
21817        let m = index.next();
21818        {
21819          this.unselect(m);
21820        }
21821      }
21822    }
21823  }
21824  constructor() {
21825    this.mManifestations = new java.util.LinkedHashSet();
21826    this.mListeners = new java.util.ArrayList();
21827    this.mSelectedGroup = null;
21828  }
21829};
21830SelectionImpl["__class"] = "com.vzome.core.editor.SelectionImpl";
21831SelectionImpl["__interfaces"] = ["com.vzome.core.editor.api.Selection", "java.lang.Iterable"];
21832

21833// src/worker/legacy/from-java/com/vzome/core/algebra/SnubCubeField.ts
21834var SnubCubeField = class _SnubCubeField extends ParameterizedField {
21835  static {
21836    this.FIELD_NAME = "snubCube";
21837  }
21838  /**
21839   * 
21840   * @param radicand
21841   * @return {double[]} the coefficients of a SnubCubeField.
21842   * This can be used to determine when two fields have compatible coefficients
21843   * without having to generate an instance of the class.
21844   */
21845  static getFieldCoefficients() {
21846    const tribonacciConstant = (1 + /* cbrt */
21847    Math.pow(19 - 3 * Math.sqrt(33), 1 / 3) + /* cbrt */
21848    Math.pow(19 + 3 * Math.sqrt(33), 1 / 3)) / 3;
21849    return [1, tribonacciConstant, tribonacciConstant * tribonacciConstant];
21850  }
21851  /**
21852   * 
21853   * @return {double[]}
21854   */
21855  getCoefficients() {
21856    return _SnubCubeField.getFieldCoefficients();
21857  }
21858  constructor(factory) {
21859    super(_SnubCubeField.FIELD_NAME, 3, factory);
21860    this.initialize();
21861  }
21862  /**
21863   * 
21864   */
21865  initializeCoefficients() {
21866    const temp = this.getCoefficients();
21867    let i = 0;
21868    for (let index = 0; index < temp.length; index++) {
21869      let coefficient = temp[index];
21870      {
21871        this.coefficients[i++] = coefficient;
21872      }
21873    }
21874  }
21875  /**
21876   * 
21877   */
21878  initializeMultiplicationTensor() {
21879    const mm = [[[1, 0, 0], [0, 0, 1], [0, 1, 1]], [[0, 1, 0], [1, 0, 1], [0, 1, 2]], [[0, 0, 1], [0, 1, 1], [1, 1, 2]]];
21880    this.multiplicationTensor = mm;
21881  }
21882  /**
21883   * 
21884   */
21885  initializeLabels() {
21886    this.irrationalLabels[1] = ["\u03C8", "psi"];
21887    this.irrationalLabels[2] = ["\u03C8\xB2", "psi^2"];
21888  }
21889  /**
21890   * 
21891   * @return {number}
21892   */
21893  getNumMultipliers() {
21894    return 1;
21895  }
21896};
21897SnubCubeField["__class"] = "com.vzome.core.algebra.SnubCubeField";
21898SnubCubeField["__interfaces"] = ["com.vzome.core.algebra.AlgebraicField"];
21899

21900// src/worker/legacy/from-java/com/vzome/core/kinds/SnubCubeFieldApplication.ts
21901var SnubCubeFieldApplication = class extends DefaultFieldApplication {
21902  constructor(field5) {
21903    super(field5);
21904    const symmPerspective = super.getDefaultSymmetryPerspective();
21905    symmPerspective.setModelResourcePath("org/vorthmann/zome/app/snubCubeTrackball-vef.vZome");
21906    const symm = symmPerspective.getSymmetry();
21907    const vSnubSquare = field5.createVector([[1, 1, 0, 1, 0, 1], [0, 1, 2, 1, -1, 1], [0, 1, 0, 1, 0, 1]]);
21908    const vSnubTriangle = field5.createVector([[1, 1, 0, 1, 0, 1], [1, 2, 1, 1, -1, 2], [1, 2, -1, 1, 1, 2]]);
21909    const vSnubDiagonal = field5.createVector([[1, 1, 0, 1, 0, 1], [0, 1, -1, 2, 1, 2], [0, 1, -1, 2, 1, 2]]);
21910    const vSnubFaceNormal = field5.createVector([[1, 1, 0, 1, 0, 1], [-2, 7, 2, 7, 1, 7], [-1, 7, -6, 7, 4, 7]]);
21911    const vSnubVertex = field5.createVector([[1, 1, 0, 1, 0, 1], [-1, 1, -1, 1, 1, 1], [0, 1, 2, 1, -1, 1]]);
21912    const vSnubSquareMidEdge = field5.createVector([[1, 1, 0, 1, 0, 1], [-1, 2, 1, 2, 0, 1], [-1, 2, -3, 2, 1, 1]]);
21913    const vSnubTriangleMidEdge = field5.createVector([[1, 1, 0, 1, 0, 1], [-1, 1, 1, 1, 0, 1], [-1, 1, -1, 1, 1, 1]]);
21914    const nSnubSquare = field5.createAlgebraicNumber$int_A([-1, 1, 0]);
21915    const nSnubTriangle = field5.createAlgebraicNumber$int_A([1, -2, 1]);
21916    const nSnubDiagonal = field5.createAlgebraicNumber$int_A([0, 4, -2]);
21917    const nSnubFaceNormal = field5.createAlgebraicNumber$int_A([2, 3, -2]);
21918    const nSnubVertex = field5.one();
21919    const nSnubSquareMidEdge = field5.one();
21920    const nSnubTriangleMidEdge = field5.createAlgebraicNumber$int_A([0, -1, 1]).dividedBy(field5.createRational$long(2));
21921    symm.createZoneOrbit$java_lang_String$int$int$com_vzome_core_algebra_AlgebraicVector$boolean$boolean$com_vzome_core_algebra_AlgebraicNumber("snubSquare", 0, Symmetry.NO_ROTATION, vSnubSquare, false, false, nSnubSquare);
21922    symm.createZoneOrbit$java_lang_String$int$int$com_vzome_core_algebra_AlgebraicVector$boolean$boolean$com_vzome_core_algebra_AlgebraicNumber("snubTriangle", 0, Symmetry.NO_ROTATION, vSnubTriangle, false, false, nSnubTriangle);
21923    symm.createZoneOrbit$java_lang_String$int$int$com_vzome_core_algebra_AlgebraicVector$boolean$boolean$com_vzome_core_algebra_AlgebraicNumber("snubDiagonal", 0, Symmetry.NO_ROTATION, vSnubDiagonal, false, false, nSnubDiagonal);
21924    symm.createZoneOrbit$java_lang_String$int$int$com_vzome_core_algebra_AlgebraicVector$boolean$boolean$com_vzome_core_algebra_AlgebraicNumber("snubFaceNormal", 0, Symmetry.NO_ROTATION, vSnubFaceNormal, true, false, nSnubFaceNormal);
21925    symm.createZoneOrbit$java_lang_String$int$int$com_vzome_core_algebra_AlgebraicVector$boolean$boolean$com_vzome_core_algebra_AlgebraicNumber("snubVertex", 0, Symmetry.NO_ROTATION, vSnubVertex, true, false, nSnubVertex);
21926    symm.createZoneOrbit$java_lang_String$int$int$com_vzome_core_algebra_AlgebraicVector$boolean$boolean$com_vzome_core_algebra_AlgebraicNumber("snubSquareMid", 0, Symmetry.NO_ROTATION, vSnubSquareMidEdge, false, false, nSnubSquareMidEdge);
21927    symm.createZoneOrbit$java_lang_String$int$int$com_vzome_core_algebra_AlgebraicVector$boolean$boolean$com_vzome_core_algebra_AlgebraicNumber("snubTriangleMid", 0, Symmetry.NO_ROTATION, vSnubTriangleMidEdge, false, false, nSnubTriangleMidEdge);
21928    const defaultShapes = symmPerspective.getDefaultGeometry();
21929    let resPath = "snubCube";
21930    const snubCubeRhShapes = new ExportedVEFShapes(null, resPath, "snub cube right", null, symm, defaultShapes, false);
21931    const snubCubeLhShapes = new ExportedVEFShapes(null, resPath, "snub cube left", null, symm, defaultShapes, true);
21932    resPath = "snubCube/dual";
21933    const snubDualRhShapes = new ExportedVEFShapes(null, resPath, "snub cube dual right", null, symm, defaultShapes, false);
21934    const snubDualLhShapes = new ExportedVEFShapes(null, resPath, "snub cube dual left", null, symm, defaultShapes, true);
21935    resPath = "snubCube/disdyakisDodec";
21936    const disdyakisDodec = new ExportedVEFShapes(null, resPath, "disdyakis dodec", null, symm, defaultShapes, false);
21937    symmPerspective.addShapes(disdyakisDodec);
21938    symmPerspective.addShapes(snubCubeRhShapes);
21939    symmPerspective.addShapes(snubCubeRhShapes);
21940    symmPerspective.addShapes(snubCubeLhShapes);
21941    symmPerspective.addShapes(snubDualRhShapes);
21942    symmPerspective.addShapes(snubDualLhShapes);
21943  }
21944  /**
21945   * 
21946   * @return {string}
21947   */
21948  getLabel() {
21949    return "Snub Cube";
21950  }
21951};
21952SnubCubeFieldApplication["__class"] = "com.vzome.core.kinds.SnubCubeFieldApplication";
21953SnubCubeFieldApplication["__interfaces"] = ["com.vzome.core.math.symmetry.Symmetries4D", "com.vzome.core.editor.FieldApplication"];
21954

21955// src/worker/legacy/from-java/com/vzome/core/algebra/SnubDodecField.ts
21956var SnubDodecField = class _SnubDodecField extends AbstractAlgebraicField {
21957  static {
21958    this.FIELD_NAME = "snubDodec";
21959  }
21960  /**
21961   * 
21962   * @return {double[]} the coefficients of this AlgebraicField class.
21963   * This can be used to determine when two fields have compatible coefficients
21964   * without having to generate an instance of the class.
21965   */
21966  static getFieldCoefficients() {
21967    return [1, _SnubDodecField.PHI_VALUE_$LI$(), _SnubDodecField.XI_VALUE, _SnubDodecField.PHI_VALUE_$LI$() * _SnubDodecField.XI_VALUE, _SnubDodecField.XI_VALUE * _SnubDodecField.XI_VALUE, _SnubDodecField.PHI_VALUE_$LI$() * _SnubDodecField.XI_VALUE * _SnubDodecField.XI_VALUE];
21968  }
21969  /**
21970   * 
21971   * @return {double[]}
21972   */
21973  getCoefficients() {
21974    return _SnubDodecField.getFieldCoefficients();
21975  }
21976  constructor(factory) {
21977    super(_SnubDodecField.FIELD_NAME, 6, factory);
21978  }
21979  static PHI_VALUE_$LI$() {
21980    if (_SnubDodecField.PHI_VALUE == null) {
21981      _SnubDodecField.PHI_VALUE = (1 + Math.sqrt(5)) / 2;
21982    }
21983    return _SnubDodecField.PHI_VALUE;
21984  }
21985  static {
21986    this.XI_VALUE = 1.7155614996973678;
21987  }
21988  static {
21989    this.A = 0;
21990  }
21991  static {
21992    this.B = 1;
21993  }
21994  static {
21995    this.C = 2;
21996  }
21997  static {
21998    this.D = 3;
21999  }
22000  static {
22001    this.E = 4;
22002  }
22003  static {
22004    this.F = 5;
22005  }
22006  /**
22007   * 
22008   * @param {BigRational[]} a
22009   * @param {BigRational[]} b
22010   * @return {BigRational[]}
22011   */
22012  multiply(a, b) {
22013    const result = ((s) => {
22014      let a2 = [];
22015      while (s-- > 0) a2.push(null);
22016      return a2;
22017    })(this.getOrder());
22018    let factor = a[_SnubDodecField.A].times(b[_SnubDodecField.A]);
22019    factor = factor.plus(a[_SnubDodecField.B].times(b[_SnubDodecField.B]));
22020    factor = factor.plus(a[_SnubDodecField.F].times(b[_SnubDodecField.C]));
22021    factor = factor.plus(a[_SnubDodecField.E].times(b[_SnubDodecField.D]));
22022    factor = factor.plus(a[_SnubDodecField.F].times(b[_SnubDodecField.D]));
22023    factor = factor.plus(a[_SnubDodecField.D].times(b[_SnubDodecField.E]));
22024    factor = factor.plus(a[_SnubDodecField.C].times(b[_SnubDodecField.F]));
22025    factor = factor.plus(a[_SnubDodecField.D].times(b[_SnubDodecField.F]));
22026    result[_SnubDodecField.A] = factor;
22027    factor = a[_SnubDodecField.B].times(b[_SnubDodecField.A]);
22028    factor = factor.plus(a[_SnubDodecField.A].times(b[_SnubDodecField.B]));
22029    factor = factor.plus(a[_SnubDodecField.B].times(b[_SnubDodecField.B]));
22030    factor = factor.plus(a[_SnubDodecField.E].times(b[_SnubDodecField.C]));
22031    factor = factor.plus(a[_SnubDodecField.F].times(b[_SnubDodecField.C]));
22032    factor = factor.plus(a[_SnubDodecField.E].times(b[_SnubDodecField.D]));
22033    factor = factor.plus(a[_SnubDodecField.F].times(b[_SnubDodecField.D]));
22034    factor = factor.plus(a[_SnubDodecField.F].times(b[_SnubDodecField.D]));
22035    factor = factor.plus(a[_SnubDodecField.C].times(b[_SnubDodecField.E]));
22036    factor = factor.plus(a[_SnubDodecField.D].times(b[_SnubDodecField.E]));
22037    factor = factor.plus(a[_SnubDodecField.C].times(b[_SnubDodecField.F]));
22038    factor = factor.plus(a[_SnubDodecField.D].times(b[_SnubDodecField.F]));
22039    factor = factor.plus(a[_SnubDodecField.D].times(b[_SnubDodecField.F]));
22040    result[_SnubDodecField.B] = factor;
22041    factor = a[_SnubDodecField.C].times(b[_SnubDodecField.A]);
22042    factor = factor.plus(a[_SnubDodecField.D].times(b[_SnubDodecField.B]));
22043    factor = factor.plus(a[_SnubDodecField.A].times(b[_SnubDodecField.C]));
22044    factor = factor.plus(a[_SnubDodecField.E].times(b[_SnubDodecField.C]));
22045    factor = factor.plus(a[_SnubDodecField.E].times(b[_SnubDodecField.C]));
22046    factor = factor.plus(a[_SnubDodecField.B].times(b[_SnubDodecField.D]));
22047    factor = factor.plus(a[_SnubDodecField.F].times(b[_SnubDodecField.D]));
22048    factor = factor.plus(a[_SnubDodecField.F].times(b[_SnubDodecField.D]));
22049    factor = factor.plus(a[_SnubDodecField.C].times(b[_SnubDodecField.E]));
22050    factor = factor.plus(a[_SnubDodecField.C].times(b[_SnubDodecField.E]));
22051    factor = factor.plus(a[_SnubDodecField.F].times(b[_SnubDodecField.E]));
22052    factor = factor.plus(a[_SnubDodecField.D].times(b[_SnubDodecField.F]));
22053    factor = factor.plus(a[_SnubDodecField.D].times(b[_SnubDodecField.F]));
22054    factor = factor.plus(a[_SnubDodecField.E].times(b[_SnubDodecField.F]));
22055    factor = factor.plus(a[_SnubDodecField.F].times(b[_SnubDodecField.F]));
22056    result[_SnubDodecField.C] = factor;
22057    factor = a[_SnubDodecField.D].times(b[_SnubDodecField.A]);
22058    factor = factor.plus(a[_SnubDodecField.C].times(b[_SnubDodecField.B]));
22059    factor = factor.plus(a[_SnubDodecField.D].times(b[_SnubDodecField.B]));
22060    factor = factor.plus(a[_SnubDodecField.B].times(b[_SnubDodecField.C]));
22061    factor = factor.plus(a[_SnubDodecField.F].times(b[_SnubDodecField.C]));
22062    factor = factor.plus(a[_SnubDodecField.F].times(b[_SnubDodecField.C]));
22063    factor = factor.plus(a[_SnubDodecField.A].times(b[_SnubDodecField.D]));
22064    factor = factor.plus(a[_SnubDodecField.B].times(b[_SnubDodecField.D]));
22065    factor = factor.plus(a[_SnubDodecField.E].times(b[_SnubDodecField.D]));
22066    factor = factor.plus(a[_SnubDodecField.E].times(b[_SnubDodecField.D]));
22067    factor = factor.plus(a[_SnubDodecField.F].times(b[_SnubDodecField.D]));
22068    factor = factor.plus(a[_SnubDodecField.F].times(b[_SnubDodecField.D]));
22069    factor = factor.plus(a[_SnubDodecField.D].times(b[_SnubDodecField.E]));
22070    factor = factor.plus(a[_SnubDodecField.D].times(b[_SnubDodecField.E]));
22071    factor = factor.plus(a[_SnubDodecField.E].times(b[_SnubDodecField.E]));
22072    factor = factor.plus(a[_SnubDodecField.F].times(b[_SnubDodecField.E]));
22073    factor = factor.plus(a[_SnubDodecField.C].times(b[_SnubDodecField.F]));
22074    factor = factor.plus(a[_SnubDodecField.C].times(b[_SnubDodecField.F]));
22075    factor = factor.plus(a[_SnubDodecField.D].times(b[_SnubDodecField.F]));
22076    factor = factor.plus(a[_SnubDodecField.D].times(b[_SnubDodecField.F]));
22077    factor = factor.plus(a[_SnubDodecField.E].times(b[_SnubDodecField.F]));
22078    factor = factor.plus(a[_SnubDodecField.F].times(b[_SnubDodecField.F]));
22079    factor = factor.plus(a[_SnubDodecField.F].times(b[_SnubDodecField.F]));
22080    result[_SnubDodecField.D] = factor;
22081    factor = a[_SnubDodecField.E].times(b[_SnubDodecField.A]);
22082    factor = factor.plus(a[_SnubDodecField.F].times(b[_SnubDodecField.B]));
22083    factor = factor.plus(a[_SnubDodecField.C].times(b[_SnubDodecField.C]));
22084    factor = factor.plus(a[_SnubDodecField.D].times(b[_SnubDodecField.D]));
22085    factor = factor.plus(a[_SnubDodecField.A].times(b[_SnubDodecField.E]));
22086    factor = factor.plus(a[_SnubDodecField.E].times(b[_SnubDodecField.E]));
22087    factor = factor.plus(a[_SnubDodecField.E].times(b[_SnubDodecField.E]));
22088    factor = factor.plus(a[_SnubDodecField.B].times(b[_SnubDodecField.F]));
22089    factor = factor.plus(a[_SnubDodecField.F].times(b[_SnubDodecField.F]));
22090    factor = factor.plus(a[_SnubDodecField.F].times(b[_SnubDodecField.F]));
22091    result[_SnubDodecField.E] = factor;
22092    factor = a[_SnubDodecField.F].times(b[_SnubDodecField.A]);
22093    factor = factor.plus(a[_SnubDodecField.E].times(b[_SnubDodecField.B]));
22094    factor = factor.plus(a[_SnubDodecField.F].times(b[_SnubDodecField.B]));
22095    factor = factor.plus(a[_SnubDodecField.D].times(b[_SnubDodecField.C]));
22096    factor = factor.plus(a[_SnubDodecField.C].times(b[_SnubDodecField.D]));
22097    factor = factor.plus(a[_SnubDodecField.D].times(b[_SnubDodecField.D]));
22098    factor = factor.plus(a[_SnubDodecField.B].times(b[_SnubDodecField.E]));
22099    factor = factor.plus(a[_SnubDodecField.F].times(b[_SnubDodecField.E]));
22100    factor = factor.plus(a[_SnubDodecField.F].times(b[_SnubDodecField.E]));
22101    factor = factor.plus(a[_SnubDodecField.A].times(b[_SnubDodecField.F]));
22102    factor = factor.plus(a[_SnubDodecField.B].times(b[_SnubDodecField.F]));
22103    factor = factor.plus(a[_SnubDodecField.E].times(b[_SnubDodecField.F]));
22104    factor = factor.plus(a[_SnubDodecField.E].times(b[_SnubDodecField.F]));
22105    factor = factor.plus(a[_SnubDodecField.F].times(b[_SnubDodecField.F]));
22106    factor = factor.plus(a[_SnubDodecField.F].times(b[_SnubDodecField.F]));
22107    result[_SnubDodecField.F] = factor;
22108    return result;
22109  }
22110  /**
22111   * 
22112   * @return {number}
22113   */
22114  getNumMultipliers() {
22115    return 2;
22116  }
22117  /**
22118   * 
22119   * @return {*}
22120   */
22121  getGoldenRatio() {
22122    return this.getUnitTerm(1);
22123  }
22124  static IRRATIONAL_LABELS_$LI$() {
22125    if (_SnubDodecField.IRRATIONAL_LABELS == null) {
22126      _SnubDodecField.IRRATIONAL_LABELS = [[" ", " "], ["\u03C6", "phi"], ["\u03BE", "xi"], ["\u03C6\u03BE", "phi*xi"], ["\u03BE\xB2", "xi^2"], ["\u03C6\u03BE\xB2", "phi*xi^2"]];
22127    }
22128    return _SnubDodecField.IRRATIONAL_LABELS;
22129  }
22130  getIrrational$int$int(i, format) {
22131    return _SnubDodecField.IRRATIONAL_LABELS_$LI$()[i][format];
22132  }
22133  /**
22134   * 
22135   * @param {number} i
22136   * @param {number} format
22137   * @return {string}
22138   */
22139  getIrrational(i, format) {

22140    if ((typeof i === "number" || i === null) && (typeof format === "number" || format === null)) {
22141      return this.getIrrational$int$int(i, format);
22142    } else if ((typeof i === "number" || i === null) && format === void 0) {
22143      return this.getIrrational$int(i);
22144    } else throw new Error("invalid overload");
22145  }
22146  /**
22147   * 
22148   * @param {BigRational[]} factors
22149   * @return {number}
22150   */
22151  evaluateNumber(factors) {
22152    let result = 0;
22153    result += factors[_SnubDodecField.A].evaluate();
22154    result += _SnubDodecField.PHI_VALUE_$LI$() * factors[_SnubDodecField.B].evaluate();
22155    result += _SnubDodecField.XI_VALUE * factors[_SnubDodecField.C].evaluate();
22156    result += _SnubDodecField.PHI_VALUE_$LI$() * _SnubDodecField.XI_VALUE * factors[_SnubDodecField.D].evaluate();
22157    result += _SnubDodecField.XI_VALUE * _SnubDodecField.XI_VALUE * factors[_SnubDodecField.E].evaluate();
22158    result += _SnubDodecField.XI_VALUE * _SnubDodecField.XI_VALUE * _SnubDodecField.PHI_VALUE_$LI$() * factors[_SnubDodecField.F].evaluate();
22159    return result;
22160  }
22161  /**
22162   * 
22163   * @param {BigRational[]} factors
22164   * @param {number} whichIrrational
22165   * @return {BigRational[]}
22166   */
22167  scaleBy(factors, whichIrrational) {
22168    switch (whichIrrational) {
22169      case 0:
22170        return factors;
22171      case 1:
22172        return [factors[_SnubDodecField.B], factors[_SnubDodecField.A].plus(factors[_SnubDodecField.B]), factors[_SnubDodecField.D], factors[_SnubDodecField.C].plus(factors[_SnubDodecField.D]), factors[_SnubDodecField.F], factors[_SnubDodecField.E].plus(factors[_SnubDodecField.F])];
22173      case 2:
22174        return [factors[_SnubDodecField.F], factors[_SnubDodecField.E].plus(factors[_SnubDodecField.F]), factors[_SnubDodecField.A].plus(factors[_SnubDodecField.E]).plus(factors[_SnubDodecField.E]), factors[_SnubDodecField.B].plus(factors[_SnubDodecField.F]).plus(factors[_SnubDodecField.F]), factors[_SnubDodecField.C], factors[_SnubDodecField.D]];
22175      case 3:
22176        return this.scaleBy(this.scaleBy(factors, _SnubDodecField.B), _SnubDodecField.C);
22177      case 4:
22178        return this.scaleBy(this.scaleBy(factors, _SnubDodecField.C), _SnubDodecField.C);
22179      case 5:
22180        return this.scaleBy(this.scaleBy(factors, _SnubDodecField.D), _SnubDodecField.C);
22181      default:
22182        throw new java.lang.IllegalArgumentException(whichIrrational + " is not a valid irrational in this field");
22183    }
22184  }
22185};
22186SnubDodecField["__class"] = "com.vzome.core.algebra.SnubDodecField";
22187SnubDodecField["__interfaces"] = ["com.vzome.core.algebra.AlgebraicField"];
22188

22189// src/worker/legacy/from-java/com/vzome/core/kinds/SnubDodecFieldApplication.ts
22190var SnubDodecFieldApplication = class _SnubDodecFieldApplication extends DefaultFieldApplication {
22191  constructor(field5) {
22192    super(field5);
22193    if (this.icosahedralPerspective === void 0) {
22194      this.icosahedralPerspective = null;
22195    }
22196    this.h4Builder = null;
22197    this.cmdTauDivide = new CommandTauDivision();
22198    const icosaSymm = new _SnubDodecFieldApplication.SnubDodecFieldApplication$0(this, field5);
22199    this.icosahedralPerspective = new IcosahedralSymmetryPerspective(icosaSymm);
22200  }
22201  /**
22202   * 
22203   * @return {string}
22204   */
22205  getName() {
22206    return this.getField().getName();
22207  }
22208  /**
22209   * 
22210   * @return {string}
22211   */
22212  getLabel() {
22213    return "Snub Dodecahedron";
22214  }
22215  /**
22216   * 
22217   * @return {*}
22218   */
22219  getSymmetryPerspectives() {
22220    return java.util.Arrays.asList(this.icosahedralPerspective, super.getDefaultSymmetryPerspective());
22221  }
22222  /**
22223   * 
22224   * @return {*}
22225   */
22226  getDefaultSymmetryPerspective() {
22227    return this.icosahedralPerspective;
22228  }
22229  /**
22230   * 
22231   * @param {string} symmName
22232   * @return {*}
22233   */
22234  getSymmetryPerspective(symmName) {
22235    switch (symmName) {
22236      case "icosahedral":
22237        return this.icosahedralPerspective;
22238      default:
22239        return super.getSymmetryPerspective(symmName);
22240    }
22241  }
22242  /**
22243   * 
22244   * @param {string} name
22245   * @return {QuaternionicSymmetry}
22246   */
22247  getQuaternionSymmetry(name) {
22248    return this.icosahedralPerspective.getQuaternionSymmetry(name);
22249  }
22250  /**
22251   * 
22252   * @param {*} toolFactories
22253   * @param {ToolsModel} tools
22254   */
22255  registerToolFactories(toolFactories, tools) {
22256    super.registerToolFactories(toolFactories, tools);
22257    const symm = this.icosahedralPerspective.getSymmetry();
22258    toolFactories.put("AxialStretchTool", new AxialStretchTool.Factory(tools, symm, false, false, false));
22259    toolFactories.put("SymmetryTool", new IcosahedralToolFactory(tools, symm));
22260  }
22261  /**
22262   * 
22263   * @param {string} groupName
22264   * @param {number} index
22265   * @param {number} edgesToRender
22266   * @param {AlgebraicNumber[]} edgeScales
22267   * @param {*} listener
22268   */
22269  constructPolytope(groupName, index, edgesToRender, edgeScales, listener) {
22270    switch (groupName) {
22271      case "H4":
22272        if (this.h4Builder == null) {
22273          const qsymm = new QuaternionicSymmetry("H_4", "com/vzome/core/math/symmetry/H4roots.vef", this.getField());
22274          this.h4Builder = new CommandUniformH4Polytope(this.getField(), qsymm, 0);
22275        }
22276        this.h4Builder.generate(index, edgesToRender, edgeScales, listener);
22277        break;
22278      default:
22279        super.constructPolytope(groupName, index, edgesToRender, edgeScales, listener);
22280        break;
22281    }
22282  }
22283  /**
22284   * 
22285   * @param {string} action
22286   * @return {*}
22287   */
22288  getLegacyCommand(action) {
22289    switch (action) {
22290      case "tauDivide":
22291        return this.cmdTauDivide;
22292      default:
22293        return super.getLegacyCommand(action);
22294    }
22295  }
22296};
22297SnubDodecFieldApplication["__class"] = "com.vzome.core.kinds.SnubDodecFieldApplication";
22298SnubDodecFieldApplication["__interfaces"] = ["com.vzome.core.math.symmetry.Symmetries4D", "com.vzome.core.editor.FieldApplication"];
22299((SnubDodecFieldApplication2) => {
22300  class SnubDodecFieldApplication$0 extends IcosahedralSymmetry {
22301    /**
22302     * 
22303     */
22304    createOtherOrbits() {
22305      super.createOtherOrbits();
22306      const vSnubPentagon = this.mField.createIntegerVector([[4, -4, 0, 0, -2, 2], [-4, 0, 0, 0, 2, 0], [0, 0, 0, 0, 0, 2]]);
22307      const vSnubTriangle = this.mField.createIntegerVector([[0, -4, -2, 0, 0, 2], [-4, 4, 0, -2, 2, -2], [-4, 0, -2, -2, 2, 0]]);
22308      const vSnubDiagonal = this.mField.createIntegerVector([[8, 0, 0, 4, -4, 0], [0, -4, 0, 0, 0, 0], [0, 0, 0, 0, 0, 0]]);
22309      const vSnubFaceNorm = this.mField.createIntegerVector([[-1, 0, 1, -1, 1, 0], [1, 0, 0, 0, 0, 0], [1, 0, -1, 2, 0, 1]]);
22310      const vSnubVertex = this.mField.createIntegerVector([[1, 0, 0, 0, 0, 0], [1, 0, -1, 1, -1, 0], [1, 0, 0, 1, -1, 1]]);
22311      const scale = this.mField["createPower$int"](-3);
22312      let scaleFaceNorm;
22313      let scaleVertex = this.mField.one();
22314      scaleFaceNorm = this.mField["createAlgebraicNumber$int_A"]([-3, 2, 2, -1, 5, -3]).reciprocal();
22315      scaleVertex = this.mField["createAlgebraicNumber$int_A$int"]([-3, 2, 7, -4, 2, -1], 3).reciprocal();
22316      this.createZoneOrbit$java_lang_String$int$int$com_vzome_core_algebra_AlgebraicVector$boolean$boolean$com_vzome_core_algebra_AlgebraicNumber("snubPentagon", 0, Symmetry.NO_ROTATION, vSnubPentagon, false, false, scale).withCorrection();
22317      this.createZoneOrbit$java_lang_String$int$int$com_vzome_core_algebra_AlgebraicVector$boolean$boolean$com_vzome_core_algebra_AlgebraicNumber("snubTriangle", 0, Symmetry.NO_ROTATION, vSnubTriangle, false, false, scale).withCorrection();
22318      this.createZoneOrbit$java_lang_String$int$int$com_vzome_core_algebra_AlgebraicVector$boolean$boolean$com_vzome_core_algebra_AlgebraicNumber("snubDiagonal", 0, Symmetry.NO_ROTATION, vSnubDiagonal, false, false, scale).withCorrection();
22319      this.createZoneOrbit$java_lang_String$int$int$com_vzome_core_algebra_AlgebraicVector$boolean$boolean$com_vzome_core_algebra_AlgebraicNumber("snubFaceNormal", 0, Symmetry.NO_ROTATION, vSnubFaceNorm, false, false, scale["times$com_vzome_core_algebra_AlgebraicNumber"](scaleFaceNorm)).withCorrection();
22320      this.createZoneOrbit$java_lang_String$int$int$com_vzome_core_algebra_AlgebraicVector$boolean$boolean$com_vzome_core_algebra_AlgebraicNumber("snubVertex", 0, Symmetry.NO_ROTATION, vSnubVertex, true, false, scale["times$com_vzome_core_algebra_AlgebraicNumber"](scaleVertex)).withCorrection();
22321    }
22322    constructor(__parent, __arg0) {
22323      super(__arg0);
22324      this.__parent = __parent;
22325    }
22326  }
22327  SnubDodecFieldApplication2.SnubDodecFieldApplication$0 = SnubDodecFieldApplication$0;
22328  SnubDodecFieldApplication$0["__interfaces"] = ["com.vzome.core.math.symmetry.Symmetry", "com.vzome.core.math.symmetry.Embedding"];
22329})(SnubDodecFieldApplication || (SnubDodecFieldApplication = {}));
22330

22331// src/worker/legacy/from-java/com/vzome/fields/sqrtphi/SqrtPhiField.ts
22332var SqrtPhiField = class _SqrtPhiField extends ParameterizedField {
22333  static {
22334    this.FIELD_NAME = "sqrtPhi";
22335  }
22336  static PHI_VALUE_$LI$() {
22337    if (_SqrtPhiField.PHI_VALUE == null) {
22338      _SqrtPhiField.PHI_VALUE = (1 + Math.sqrt(5)) / 2;
22339    }
22340    return _SqrtPhiField.PHI_VALUE;
22341  }
22342  static SQRT_PHI_VALUE_$LI$() {
22343    if (_SqrtPhiField.SQRT_PHI_VALUE == null) {
22344      _SqrtPhiField.SQRT_PHI_VALUE = Math.sqrt(_SqrtPhiField.PHI_VALUE_$LI$());
22345    }
22346    return _SqrtPhiField.SQRT_PHI_VALUE;
22347  }
22348  /**
22349   * 
22350   * @return {double[]} the coefficients of a SqrtPhiField.
22351   * This can be used to determine when two fields have compatible coefficients
22352   * without having to generate an instance of the class.
22353   */
22354  static getFieldCoefficients() {
22355    return [1, _SqrtPhiField.SQRT_PHI_VALUE_$LI$(), _SqrtPhiField.PHI_VALUE_$LI$(), _SqrtPhiField.PHI_VALUE_$LI$() * _SqrtPhiField.SQRT_PHI_VALUE_$LI$()];
22356  }
22357  /**
22358   * 
22359   * @return {number}
22360   */
22361  getNumMultipliers() {
22362    return 1;
22363  }
22364  /**
22365   * 
22366   * @return {double[]}
22367   */
22368  getCoefficients() {
22369    return _SqrtPhiField.getFieldCoefficients();
22370  }
22371  constructor(factory) {
22372    super(_SqrtPhiField.FIELD_NAME, 4, factory);
22373    this.initialize();
22374  }
22375  /**
22376   * 
22377   */
22378  initializeCoefficients() {
22379    const temp = this.getCoefficients();
22380    let i = 0;
22381    for (let index = 0; index < temp.length; index++) {
22382      let coefficient = temp[index];
22383      {
22384        this.coefficients[i++] = coefficient;
22385      }
22386    }
22387  }
22388  /**
22389   * 
22390   */
22391  initializeMultiplicationTensor() {
22392    const tensor = [[[1, 0, 0, 0], [0, 0, 0, 1], [0, 0, 1, 0], [0, 1, 0, 1]], [[0, 1, 0, 0], [1, 0, 0, 0], [0, 0, 0, 1], [0, 0, 1, 0]], [[0, 0, 1, 0], [0, 1, 0, 1], [1, 0, 1, 0], [0, 1, 0, 2]], [[0, 0, 0, 1], [0, 0, 1, 0], [0, 1, 0, 1], [1, 0, 1, 0]]];
22393    this.multiplicationTensor = tensor;
22394  }
22395  /**
22396   * 
22397   */
22398  initializeLabels() {
22399    this.irrationalLabels[1] = ["\u221A\u03C6", "sqrt(phi)"];
22400    this.irrationalLabels[2] = ["\u03C6", "phi"];
22401    this.irrationalLabels[3] = ["\u03C6\u221A\u03C6", "phi*sqrt(phi)"];
22402  }
22403  /**
22404   * 
22405   * @param {long[]} pairs
22406   * @return {long[]}
22407   */
22408  convertGoldenNumberPairs(pairs) {
22409    return pairs.length === 4 ? [pairs[0], pairs[1], 0, 1, pairs[2], pairs[3], 0, 1] : pairs;
22410  }
22411  /**
22412   * 
22413   * @return {*}
22414   */
22415  getGoldenRatio() {
22416    return this.getUnitTerm(2);
22417  }
22418};
22419SqrtPhiField["__class"] = "com.vzome.fields.sqrtphi.SqrtPhiField";
22420SqrtPhiField["__interfaces"] = ["com.vzome.core.algebra.AlgebraicField"];
22421

22422// src/worker/legacy/from-java/com/vzome/fields/sqrtphi/PentagonalAntiprismSymmetry.ts
22423var PentagonalAntiprismSymmetry = class _PentagonalAntiprismSymmetry extends AbstractSymmetry {
22424  static FIVEFOLD_AXIS_$LI$() {
22425    if (_PentagonalAntiprismSymmetry.FIVEFOLD_AXIS == null) {
22426      _PentagonalAntiprismSymmetry.FIVEFOLD_AXIS = [[-3, 1, 0, 1, -5, 1, 0, 1], [3, 1, 0, 1, 5, 1, 0, 1], [0, 1, 1, 1, 0, 1, 2, 1]];
22427    }
22428    return _PentagonalAntiprismSymmetry.FIVEFOLD_AXIS;
22429  }
22430  static TWOFOLD_AXIS_$LI$() {
22431    if (_PentagonalAntiprismSymmetry.TWOFOLD_AXIS == null) {
22432      _PentagonalAntiprismSymmetry.TWOFOLD_AXIS = [[0, 1], [2, 1, 0, 1, 3, 1, 0, 1], [0, 1, -3, 1, 0, 1, -5, 1]];
22433    }
22434    return _PentagonalAntiprismSymmetry.TWOFOLD_AXIS;
22435  }
22436  static NEXT_TWOFOLD_AXIS_$LI$() {
22437    if (_PentagonalAntiprismSymmetry.NEXT_TWOFOLD_AXIS == null) {
22438      _PentagonalAntiprismSymmetry.NEXT_TWOFOLD_AXIS = [[2, 1, 0, 1, 3, 1, 0, 1], [3, 1, 0, 1, 5, 1, 0, 1], [0, 1, -2, 1, 0, 1, -3, 1]];
22439    }
22440    return _PentagonalAntiprismSymmetry.NEXT_TWOFOLD_AXIS;
22441  }
22442  static FIVEFOLD_ROTATION_$LI$() {
22443    if (_PentagonalAntiprismSymmetry.FIVEFOLD_ROTATION == null) {
22444      _PentagonalAntiprismSymmetry.FIVEFOLD_ROTATION = [[[-1, 1, 0, 1, 1, 1, 0, 1], [0, 1, 0, 1, 0, 1, 0, 1], [0, 1, 1, 1, 0, 1, -1, 1]], [[1, 1, 0, 1, -1, 1, 0, 1], [-1, 1, 0, 1, 1, 1, 0, 1], [0, 1, -2, 1, 0, 1, 1, 1]], [[0, 1, 2, 1, 0, 1, -1, 1], [0, 1, -1, 1, 0, 1, 1, 1], [2, 1, 0, 1, -1, 1, 0, 1]]];
22445    }
22446    return _PentagonalAntiprismSymmetry.FIVEFOLD_ROTATION;
22447  }
22448  static TWOFOLD_ROTATION_$LI$() {
22449    if (_PentagonalAntiprismSymmetry.TWOFOLD_ROTATION == null) {
22450      _PentagonalAntiprismSymmetry.TWOFOLD_ROTATION = [[[-1, 1, 0, 1, 0, 1, 0, 1], [0, 1, 0, 1, 0, 1, 0, 1], [0, 1, 0, 1, 0, 1, 0, 1]], [[0, 1, 0, 1, 0, 1, 0, 1], [1, 1, 0, 1, -1, 1, 0, 1], [0, 1, 1, 1, 0, 1, -1, 1]], [[0, 1, 0, 1, 0, 1, 0, 1], [0, 1, 1, 1, 0, 1, -1, 1], [-1, 1, 0, 1, 1, 1, 0, 1]]];
22451    }
22452    return _PentagonalAntiprismSymmetry.TWOFOLD_ROTATION;
22453  }
22454  static PRINCIPAL_REFLECTION_$LI$() {
22455    if (_PentagonalAntiprismSymmetry.PRINCIPAL_REFLECTION == null) {
22456      _PentagonalAntiprismSymmetry.PRINCIPAL_REFLECTION = [[[7, 5, 0, 1, -4, 5, 0, 1], [-2, 5, 0, 1, 4, 5, 0, 1], [0, 1, -8, 5, 0, 1, 6, 5]], [[-2, 5, 0, 1, 4, 5, 0, 1], [7, 5, 0, 1, -4, 5, 0, 1], [0, 1, 8, 5, 0, 1, -6, 5]], [[0, 1, -8, 5, 0, 1, 6, 5], [0, 1, 8, 5, 0, 1, -6, 5], [-9, 5, 0, 1, 8, 5, 0, 1]]];
22457    }
22458    return _PentagonalAntiprismSymmetry.PRINCIPAL_REFLECTION;
22459  }
22460  constructor(field5, frameColor) {
22461    super(10, field5, frameColor, field5.createMatrix(_PentagonalAntiprismSymmetry.PRINCIPAL_REFLECTION_$LI$()));
22462    if (this.preferredAxis === void 0) {
22463      this.preferredAxis = null;
22464    }
22465  }
22466  /**
22467   * Called by the super constructor.
22468   */
22469  createInitialPermutations() {
22470    this.mOrientations[0] = new Permutation(this, null);
22471    let map = [1, 2, 3, 4, 0, 6, 7, 8, 9, 5];
22472    this.mOrientations[1] = new Permutation(this, map);
22473    map = [5, 9, 8, 7, 6, 0, 4, 3, 2, 1];
22474    this.mOrientations[5] = new Permutation(this, map);
22475  }
22476  /**
22477   * 
22478   * @param {string} frameColor
22479   */
22480  createFrameOrbit(frameColor) {
22481    this.mMatrices[0] = this.mField.identityMatrix(3);
22482    this.mMatrices[1] = this.mField.createMatrix(_PentagonalAntiprismSymmetry.FIVEFOLD_ROTATION_$LI$());
22483    this.mMatrices[2] = this.mMatrices[1].times(this.mMatrices[1]);
22484    this.mMatrices[3] = this.mMatrices[1].times(this.mMatrices[2]);
22485    this.mMatrices[4] = this.mMatrices[1].times(this.mMatrices[3]);
22486    this.mMatrices[5] = this.mField.createMatrix(_PentagonalAntiprismSymmetry.TWOFOLD_ROTATION_$LI$());
22487    this.mMatrices[6] = this.mMatrices[1].times(this.mMatrices[5]);
22488    this.mMatrices[7] = this.mMatrices[2].times(this.mMatrices[5]);
22489    this.mMatrices[8] = this.mMatrices[3].times(this.mMatrices[5]);
22490    this.mMatrices[9] = this.mMatrices[4].times(this.mMatrices[5]);
22491  }
22492  /**
22493   * 
22494   */
22495  createOtherOrbits() {
22496  }
22497  /**
22498   * 
22499   * @return {AlgebraicVector[]}
22500   */
22501  getOrbitTriangle() {
22502    const redVertex = this.mField.createVector(_PentagonalAntiprismSymmetry.FIVEFOLD_AXIS_$LI$());
22503    const greenVertex = this.mField.createVector(_PentagonalAntiprismSymmetry.TWOFOLD_AXIS_$LI$());
22504    const orthoVertex = this.mField.createVector(_PentagonalAntiprismSymmetry.NEXT_TWOFOLD_AXIS_$LI$());
22505    return [greenVertex, redVertex, orthoVertex];
22506  }
22507  createStandardOrbits(frameColor) {
22508    const redVertex = this.mField.createVector(_PentagonalAntiprismSymmetry.FIVEFOLD_AXIS_$LI$());
22509    const greenVertex = this.mField.createVector(_PentagonalAntiprismSymmetry.TWOFOLD_AXIS_$LI$());
22510    let unitLength = this.mField["createPower$int"](-6);
22511    const redOrbit = this.createZoneOrbit$java_lang_String$int$int$com_vzome_core_algebra_AlgebraicVector$boolean$boolean$com_vzome_core_algebra_AlgebraicNumber("red", 0, 1, redVertex, true, false, unitLength);
22512    this.preferredAxis = redOrbit.getAxis$int$int(Symmetry.PLUS, 0);
22513    this.createZoneOrbit$java_lang_String$int$int$com_vzome_core_algebra_AlgebraicVector$boolean$boolean$com_vzome_core_algebra_AlgebraicNumber("green", 0, 5, greenVertex, true, false, unitLength);
22514    unitLength = this.mField["createPower$int"](6);
22515    this.createZoneOrbit$java_lang_String$int$int$com_vzome_core_algebra_AlgebraicVector$boolean$boolean$com_vzome_core_algebra_AlgebraicNumber("blue", 0, -1, this.mField.basisVector(3, AlgebraicVector.X), true, false, unitLength);
22516    return this;
22517  }
22518  /**
22519   * 
22520   * @return {Axis}
22521   */
22522  getPreferredAxis() {
22523    return this.preferredAxis;
22524  }
22525  /**
22526   * 
22527   * @return {string}
22528   */
22529  getName() {
22530    return "pentagonal";
22531  }
22532  /**
22533   * 
22534   * @param {string} name
22535   * @return {int[]}
22536   */
22537  subgroup(name) {
22538    return null;
22539  }
22540  /**
22541   * 
22542   * @param {SpecialOrbit} which
22543   * @return {Direction}
22544   */
22545  getSpecialOrbit(which) {
22546    switch (which) {
22547      case 0 /* BLUE */:
22548        return this.getDirection("blue");
22549      case 1 /* RED */:
22550        return this.getDirection("red");
22551      case 2 /* YELLOW */:
22552        return this.getDirection("green");
22553      default:
22554        return null;
22555    }
22556  }
22557};
22558PentagonalAntiprismSymmetry["__class"] = "com.vzome.fields.sqrtphi.PentagonalAntiprismSymmetry";
22559PentagonalAntiprismSymmetry["__interfaces"] = ["com.vzome.core.math.symmetry.Symmetry", "com.vzome.core.math.symmetry.Embedding"];
22560

22561// src/worker/legacy/from-java/com/vzome/fields/sqrtphi/SqrtPhiFieldApplication.ts
22562var SqrtPhiFieldApplication = class _SqrtPhiFieldApplication extends DefaultFieldApplication {
22563  constructor(field5) {
22564    super(field5);
22565    this.icosahedralPerspective = new _SqrtPhiFieldApplication.SqrtPhiFieldApplication$0(this, new IcosahedralSymmetry(this.getField()));
22566    this.pentagonalPerspective = new _SqrtPhiFieldApplication.SqrtPhiFieldApplication$1(this, new PentagonalAntiprismSymmetry(this.getField(), null));
22567    this.H4 = new QuaternionicSymmetry("H_4", "com/vzome/core/math/symmetry/H4roots.vef", this.getField());
22568    this.h4Builder = null;
22569    const octahedralPerspective = super.getDefaultSymmetryPerspective();
22570    const symm = octahedralPerspective.getSymmetry();
22571    const scale = field5["createPower$int"](6);
22572    symm.getDirection("blue").setUnitLength(scale);
22573    symm.getDirection("green").setUnitLength(scale);
22574    symm.getDirection("yellow").setUnitLength(scale);
22575    let x = field5["createAlgebraicNumber$int_A"]([0, -1, 0, 0]);
22576    let y = field5["createAlgebraicNumber$int_A"]([-1, 0, 0, 0]);
22577    let z = field5.zero();
22578    const unitLength = field5["createPower$int"](4);
22579    let norm = new AlgebraicVector(x, y, z);
22580    symm.createZoneOrbit$java_lang_String$int$int$com_vzome_core_algebra_AlgebraicVector$boolean$boolean$com_vzome_core_algebra_AlgebraicNumber("slate", 0, Symmetry.NO_ROTATION, norm, true, false, unitLength);
22581    x = field5["createAlgebraicNumber$int_A"]([0, 1, 0, -1]);
22582    y = field5.one();
22583    z = field5.one();
22584    norm = new AlgebraicVector(x, y, z);
22585    symm.createZoneOrbit$java_lang_String$int$int$com_vzome_core_algebra_AlgebraicVector$boolean$boolean$com_vzome_core_algebra_AlgebraicNumber("mauve", 0, Symmetry.NO_ROTATION, norm, true, false, unitLength);
22586    x = field5["createAlgebraicNumber$int_A"]([1, 0, -1, 0]);
22587    y = field5["createAlgebraicNumber$int_A"]([0, -1, 0, 0]);
22588    z = field5["createAlgebraicNumber$int_A"]([0, -1, 0, 1]);
22589    norm = new AlgebraicVector(x, y, z);
22590    symm.createZoneOrbit$java_lang_String$int$int$com_vzome_core_algebra_AlgebraicVector$boolean$boolean$com_vzome_core_algebra_AlgebraicNumber("ivory", 0, Symmetry.NO_ROTATION, norm, true, false, unitLength);
22591    const defaultShapes = new OctahedralShapes("octahedral", "octahedra", symm);
22592    octahedralPerspective.setDefaultGeometry(defaultShapes);
22593  }
22594  /**
22595   * 
22596   * @return {string}
22597   */
22598  getLabel() {
22599    return "\u221A\u03C6";
22600  }
22601  /**
22602   * 
22603   * @return {*}
22604   */
22605  getSymmetryPerspectives() {
22606    return java.util.Arrays.asList(this.pentagonalPerspective, super.getDefaultSymmetryPerspective(), this.icosahedralPerspective);
22607  }
22608  /**
22609   * 
22610   * @return {*}
22611   */
22612  getDefaultSymmetryPerspective() {
22613    return this.pentagonalPerspective;
22614  }
22615  /**
22616   * 
22617   * @param {string} symmName
22618   * @return {*}
22619   */
22620  getSymmetryPerspective(symmName) {
22621    switch (symmName) {
22622      case "pentagonal":
22623        return this.pentagonalPerspective;
22624      case "icosahedral":
22625        return this.icosahedralPerspective;
22626      default:
22627        return super.getSymmetryPerspective(symmName);
22628    }
22629  }
22630  /**
22631   * 
22632   * @param {string} name
22633   * @return {QuaternionicSymmetry}
22634   */
22635  getQuaternionSymmetry(name) {
22636    switch (name) {
22637      case "H_4":
22638        return this.H4;
22639      default:
22640        return null;
22641    }
22642  }
22643  /**
22644   * 
22645   * @param {string} groupName
22646   * @param {number} index
22647   * @param {number} edgesToRender
22648   * @param {AlgebraicNumber[]} edgeScales
22649   * @param {*} listener
22650   */
22651  constructPolytope(groupName, index, edgesToRender, edgeScales, listener) {
22652    switch (groupName) {
22653      case "H4":
22654        if (this.h4Builder == null) {
22655          const qsymm = new QuaternionicSymmetry("H_4", "com/vzome/core/math/symmetry/H4roots.vef", this.getField());
22656          this.h4Builder = new CommandUniformH4Polytope(this.getField(), qsymm, 0);
22657        }
22658        this.h4Builder.generate(index, edgesToRender, edgeScales, listener);
22659        break;
22660      default:
22661        super.constructPolytope(groupName, index, edgesToRender, edgeScales, listener);
22662        break;
22663    }
22664  }
22665};
22666SqrtPhiFieldApplication["__class"] = "com.vzome.fields.sqrtphi.SqrtPhiFieldApplication";
22667SqrtPhiFieldApplication["__interfaces"] = ["com.vzome.core.math.symmetry.Symmetries4D", "com.vzome.core.editor.FieldApplication"];
22668((SqrtPhiFieldApplication2) => {
22669  class SqrtPhiFieldApplication$0 extends IcosahedralSymmetryPerspective {
22670    constructor(__parent, __arg0) {
22671      super(__arg0);
22672      this.__parent = __parent;
22673      (() => {

22674        const icosaSymm = this.getSymmetry();
22675        const tinyIcosaShapes = new ExportedVEFShapes(null, "sqrtPhi/tinyIcosahedra", "tiny icosahedra", null, icosaSymm);
22676        const icosahedralShapes = new ExportedVEFShapes(null, "sqrtPhi/zome", "solid Zome", icosaSymm, tinyIcosaShapes);
22677        this.clearShapes();
22678        this.addShapes(icosahedralShapes);
22679        this.setDefaultGeometry(tinyIcosaShapes);
22680      })();
22681    }
22682  }
22683  SqrtPhiFieldApplication2.SqrtPhiFieldApplication$0 = SqrtPhiFieldApplication$0;
22684  SqrtPhiFieldApplication$0["__interfaces"] = ["com.vzome.core.editor.SymmetryPerspective"];
22685  class SqrtPhiFieldApplication$1 extends AbstractSymmetryPerspective {
22686    /**
22687     * 
22688     * @return {PentagonalAntiprismSymmetry}
22689     */
22690    getSymmetry() {
22691      return super.getSymmetry();
22692    }
22693    /**
22694     * 
22695     * @param {Tool.Kind} kind
22696     * @param {ToolsModel} tools
22697     * @return {*}
22698     */
22699    createToolFactories(kind, tools) {
22700      const result = new java.util.ArrayList();
22701      const pentaSymm = this.getSymmetry();
22702      switch (kind) {
22703        case Tool2.Kind.SYMMETRY:
22704          result.add(new SymmetryToolFactory(tools, pentaSymm));
22705          result.add(new InversionToolFactory(tools));
22706          result.add(new LineReflectionToolFactory(tools));
22707          result.add(new MirrorToolFactory(tools));
22708          result.add(new AxialSymmetryToolFactory(tools, pentaSymm));
22709          break;
22710        case Tool2.Kind.TRANSFORM:
22711          result.add(new ScalingToolFactory(tools, pentaSymm));
22712          result.add(new RotationToolFactory(tools, pentaSymm));
22713          result.add(new TranslationToolFactory(tools));
22714          result.add(new ProjectionToolFactory(tools));
22715          break;
22716        case Tool2.Kind.LINEAR_MAP:
22717          result.add(new LinearMapToolFactory(tools, pentaSymm, false));
22718          break;
22719        default:
22720          break;
22721      }
22722      return result;
22723    }
22724    /**
22725     * 
22726     * @param {Tool.Kind} kind
22727     * @param {ToolsModel} tools
22728     * @return {*}
22729     */
22730    predefineTools(kind, tools) {
22731      const result = new java.util.ArrayList();
22732      const pentaSymm = this.getSymmetry();
22733      switch (kind) {
22734        case Tool2.Kind.SYMMETRY:
22735          result.add(new SymmetryToolFactory(tools, pentaSymm).createPredefinedTool("pentagonal antiprism around origin"));
22736          result.add(new AxialSymmetryToolFactory(tools, pentaSymm).createPredefinedTool("fivefold symmetry through origin"));
22737          result.add(new MirrorToolFactory(tools).createPredefinedTool("reflection through red plane"));
22738          break;
22739        case Tool2.Kind.TRANSFORM:
22740          result.add(new ScalingToolFactory(tools, pentaSymm).createPredefinedTool("scale down"));
22741          result.add(new ScalingToolFactory(tools, pentaSymm).createPredefinedTool("scale up"));
22742          result.add(new RotationToolFactory(tools, pentaSymm, false).createPredefinedTool("fivefold rotation through origin"));
22743          result.add(new RotationToolFactory(tools, pentaSymm, true).createPredefinedTool("fivefold rotation through origin"));
22744          break;
22745        default:
22746          break;
22747      }
22748      return result;
22749    }
22750    /**
22751     * 
22752     * @param {string} action
22753     * @return {*}
22754     */
22755    getLegacyCommand(action) {
22756      switch (action) {
22757        case "axialsymm":
22758          return this.axialsymm;
22759        default:
22760          return super.getLegacyCommand(action);
22761      }
22762    }
22763    /**
22764     * 
22765     * @return {string}
22766     */
22767    getModelResourcePath() {
22768      return "org/vorthmann/zome/app/pentagonal.vZome";
22769    }
22770    constructor(__parent, __arg0) {
22771      super(__arg0);
22772      this.__parent = __parent;
22773      (() => {
22774        const pentaSymm = this.getSymmetry();
22775        pentaSymm.createStandardOrbits("blue");
22776        const octahedralShapes = new OctahedralShapes("octahedral", "octahedra", pentaSymm);
22777        const kostickShapes = new ExportedVEFShapes(null, "sqrtPhi/fivefold", "Kostick", pentaSymm, octahedralShapes);
22778        this.setDefaultGeometry(kostickShapes);
22779        this.addShapes(octahedralShapes);
22780        this.axialsymm = new CommandAxialSymmetry(pentaSymm);
22781      })();
22782      if (this.axialsymm === void 0) {
22783        this.axialsymm = null;
22784      }
22785    }
22786  }
22787  SqrtPhiFieldApplication2.SqrtPhiFieldApplication$1 = SqrtPhiFieldApplication$1;
22788  SqrtPhiFieldApplication$1["__interfaces"] = ["com.vzome.core.editor.SymmetryPerspective"];
22789})(SqrtPhiFieldApplication || (SqrtPhiFieldApplication = {}));
22790

22791// src/worker/legacy/from-java/com/vzome/core/algebra/SuperGoldenField.ts
22792var SuperGoldenField = class _SuperGoldenField extends ParameterizedField {
22793  static {
22794    this.FIELD_NAME = "superGolden";
22795  }
22796  /**
22797   * 
22798   * @return {double[]} the coefficients of a SuperGoldenField.
22799   * This can be used to determine when two fields have compatible coefficients
22800   * without having to generate an instance of the class.
22801   */
22802  static getFieldCoefficients() {
22803    const narayanaCowNumber = 1.465571231876768;
22804    return [1, narayanaCowNumber, narayanaCowNumber * narayanaCowNumber];
22805  }
22806  /**
22807   * 
22808   * @return {number}
22809   */
22810  getNumMultipliers() {
22811    return 1;
22812  }
22813  /**
22814   * 
22815   * @return {double[]}
22816   */
22817  getCoefficients() {
22818    return _SuperGoldenField.getFieldCoefficients();
22819  }
22820  constructor(factory) {
22821    super(_SuperGoldenField.FIELD_NAME, 3, factory);
22822    this.initialize();
22823  }
22824  /**
22825   * 
22826   */
22827  initializeCoefficients() {
22828    const temp = this.getCoefficients();
22829    let i = 0;
22830    for (let index = 0; index < temp.length; index++) {
22831      let coefficient = temp[index];
22832      {
22833        this.coefficients[i++] = coefficient;
22834      }
22835    }
22836  }
22837  /**
22838   * 
22839   */
22840  initializeMultiplicationTensor() {
22841    const mt = [[[1, 0, 0], [0, 0, 1], [0, 1, 1]], [[0, 1, 0], [1, 0, 0], [0, 0, 1]], [[0, 0, 1], [0, 1, 1], [1, 1, 1]]];
22842    this.multiplicationTensor = mt;
22843  }
22844  /**
22845   * 
22846   */
22847  initializeLabels() {
22848    this.irrationalLabels[1] = ["\u03C8", "psi"];
22849    this.irrationalLabels[2] = ["\u03C8\xB2", "psi^2"];
22850  }
22851};
22852SuperGoldenField["__class"] = "com.vzome.core.algebra.SuperGoldenField";
22853SuperGoldenField["__interfaces"] = ["com.vzome.core.algebra.AlgebraicField"];
22854

22855// src/worker/legacy/from-java/com/vzome/core/editor/SymmetrySystem.ts
22856var SymmetrySystem = class _SymmetrySystem {
22857  /* Default method injected from OrbitSource */
22858  getOrientations(rowMajor) {
22859    if (typeof rowMajor === "boolean" || rowMajor === null) {
22860      let __args = arguments;
22861      if (this.symmetry === void 0) {
22862        this.symmetry = null;
22863      }
22864      if (this.orbits === void 0) {
22865        this.orbits = null;
22866      }
22867      if (this.shapes === void 0) {
22868        this.shapes = null;
22869      }
22870      if (this.symmetryPerspective === void 0) {
22871        this.symmetryPerspective = null;
22872      }
22873      if (this.context === void 0) {
22874        this.context = null;
22875      }
22876      if (this.editor === void 0) {
22877        this.editor = null;
22878      }
22879      if (this.colors === void 0) {
22880        this.colors = null;
22881      }
22882      this.nextNewAxis = 0;
22883      this.orbitColors = new java.util.HashMap();
22884      this.vectorToAxis = new java.util.HashMap();
22885      this.noKnownDirections = false;
22886      this.toolFactoryLists = new java.util.HashMap();
22887      this.toolLists = new java.util.HashMap();
22888      return (() => {
22889        const symmetry = this.getSymmetry();
22890        const field5 = symmetry.getField();
22891        const order = symmetry.getChiralOrder();
22892        const orientations = ((s) => {
22893          let a = [];
22894          while (s-- > 0) a.push(null);
22895          return a;
22896        })(order);
22897        for (let orientation = 0; orientation < order; orientation++) {
22898          {
22899            if (rowMajor) {
22900              orientations[orientation] = symmetry.getMatrix(orientation).getRowMajorRealElements();
22901              continue;
22902            }
22903            const asFloats = ((s) => {
22904              let a = [];
22905              while (s-- > 0) a.push(0);
22906              return a;
22907            })(16);
22908            const transform = symmetry.getMatrix(orientation);
22909            for (let i = 0; i < 3; i++) {
22910              {
22911                const columnSelect = field5.basisVector(3, i);
22912                const columnI = transform.timesColumn(columnSelect);
22913                const colRV = columnI.toRealVector();
22914                asFloats[i * 4 + 0] = colRV.x;
22915                asFloats[i * 4 + 1] = colRV.y;
22916                asFloats[i * 4 + 2] = colRV.z;
22917                asFloats[i * 4 + 3] = 0;
22918              }
22919              ;
22920            }
22921            asFloats[12] = 0;
22922            asFloats[13] = 0;
22923            asFloats[14] = 0;
22924            asFloats[15] = 1;
22925            orientations[orientation] = asFloats;
22926          }
22927          ;
22928        }
22929        return orientations;
22930      })();
22931    } else if (rowMajor === void 0) {
22932      return this.getOrientations$();
22933    } else throw new Error("invalid overload");
22934  }
22935  /* Default method injected from OrbitSource */
22936  getOrientations$() {
22937    return this.getOrientations(false);
22938  }
22939  /* Default method injected from OrbitSource */
22940  getZone(orbit, orientation) {
22941    return this.getSymmetry().getDirection(orbit).getAxis(Symmetry.PLUS, orientation);
22942  }
22943  /* Default method injected from OrbitSource */
22944  getEmbedding() {
22945    const symmetry = this.getSymmetry();
22946    const field5 = symmetry.getField();
22947    const embedding = ((s) => {
22948      let a = [];
22949      while (s-- > 0) a.push(0);
22950      return a;
22951    })(16);
22952    for (let i = 0; i < 3; i++) {
22953      {
22954        const columnSelect = field5.basisVector(3, i);
22955        const colRV = symmetry.embedInR3(columnSelect);
22956        embedding[i * 4 + 0] = colRV.x;
22957        embedding[i * 4 + 1] = colRV.y;
22958        embedding[i * 4 + 2] = colRV.z;
22959        embedding[i * 4 + 3] = 0;
22960      }
22961      ;
22962    }
22963    embedding[12] = 0;
22964    embedding[13] = 0;
22965    embedding[14] = 0;
22966    embedding[15] = 1;
22967    return embedding;
22968  }
22969  static LOGGER_$LI$() {
22970    if (_SymmetrySystem.LOGGER == null) {
22971      _SymmetrySystem.LOGGER = java.util.logging.Logger.getLogger("com.vzome.core.editor");
22972    }
22973    return _SymmetrySystem.LOGGER;
22974  }
22975  constructor(symmXml, symmetryPerspective, context, colors3, allowNonstandard) {
22976    this.nextNewAxis = 0;
22977    if (this.symmetry === void 0) {
22978      this.symmetry = null;
22979    }
22980    if (this.orbits === void 0) {
22981      this.orbits = null;
22982    }
22983    this.orbitColors = new java.util.HashMap();
22984    if (this.shapes === void 0) {
22985      this.shapes = null;
22986    }
22987    this.vectorToAxis = new java.util.HashMap();
22988    this.noKnownDirections = false;

22989    if (this.symmetryPerspective === void 0) {
22990      this.symmetryPerspective = null;
22991    }
22992    this.toolFactoryLists = new java.util.HashMap();
22993    this.toolLists = new java.util.HashMap();
22994    if (this.context === void 0) {
22995      this.context = null;
22996    }
22997    if (this.editor === void 0) {
22998      this.editor = null;
22999    }
23000    if (this.colors === void 0) {
23001      this.colors = null;
23002    }
23003    this.symmetryPerspective = symmetryPerspective;
23004    this.context = context;
23005    this.colors = colors3;
23006    this.symmetry = symmetryPerspective.getSymmetry();
23007    let styleName = symmetryPerspective.getDefaultGeometry().getName();
23008    this.orbits = new OrbitSet(this.symmetry);
23009    if (symmXml == null) {
23010      for (let index = this.symmetry.getOrbitSet().getDirections().iterator(); index.hasNext(); ) {
23011        let orbit = index.next();
23012        {
23013          if (symmetryPerspective.orbitIsStandard(orbit) || allowNonstandard) this.orbits.add(orbit);
23014          const color = colors3.getColor(Colors.DIRECTION_$LI$() + orbit.getName());
23015          this.orbitColors.put(orbit.getName(), color);
23016        }
23017      }
23018    } else {
23019      styleName = symmXml.getAttribute("renderingStyle");
23020      const nodes = symmXml.getChildNodes();
23021      for (let i = 0; i < nodes.getLength(); i++) {
23022        {
23023          const node = nodes.item(i);
23024          if (node != null && (node.constructor != null && node.constructor["__interfaces"] != null && node.constructor["__interfaces"].indexOf("org.w3c.dom.Element") >= 0)) {
23025            const dirElem = node;
23026            const name = dirElem.getAttribute("name");
23027            let orbit = null;
23028            const nums = dirElem.getAttribute("prototype");
23029            if (nums != null && !/* isEmpty */
23030            (nums.length === 0)) {
23031              try {
23032                const prototype = this.symmetry.getField().parseVector(nums);
23033                orbit = this.symmetry.createNewZoneOrbit(name, 0, Symmetry.NO_ROTATION, prototype);
23034              } catch (e) {
23035                if (_SymmetrySystem.LOGGER_$LI$().isLoggable(java.util.logging.Level.INFO)) {
23036                  const msg = "Integer overflow while recreating automatic orbit: " + name + ". Failed to parseVector('" + nums + "').";
23037                  _SymmetrySystem.LOGGER_$LI$().info(msg);
23038                }
23039                continue;
23040              }
23041              orbit.setAutomatic(true);
23042              try {
23043                const autoNum = javaemul.internal.IntegerHelper.parseInt(name);
23044                this.nextNewAxis = Math.max(this.nextNewAxis, autoNum + 1);
23045              } catch (e) {
23046                _SymmetrySystem.LOGGER_$LI$().fine(e.message);
23047              }
23048            } else {
23049              orbit = this.symmetry.getDirection(name);
23050              if (orbit == null) {
23051                continue;
23052              }
23053            }
23054            this.orbits.add(orbit);
23055            let color = colors3.getColor(Colors.DIRECTION_$LI$() + orbit.getCanonicalName());
23056            const str = dirElem.getAttribute("color");
23057            if (str != null && !/* isEmpty */
23058            (str.length === 0) && !(str === "255,255,255")) {
23059              color = Color.parseColor(str);
23060            }
23061            this.orbitColors.put(orbit.getName(), color);
23062            this.orbitColors.put(orbit.getCanonicalName(), color);
23063          }
23064        }
23065        ;
23066      }
23067      for (let index = this.symmetry.getOrbitSet().getDirections().iterator(); index.hasNext(); ) {
23068        let orbit = index.next();
23069        {
23070          if (this.orbits.contains(orbit)) continue;
23071          if (orbit.isStandard() || allowNonstandard) this.orbits.add(orbit);
23072          const color = colors3.getColor(Colors.DIRECTION_$LI$() + orbit.getCanonicalName());
23073          this.orbitColors.put(orbit.getName(), color);
23074          this.orbitColors.put(orbit.getCanonicalName(), color);
23075        }
23076      }
23077    }
23078    this.setStyle(styleName);
23079  }
23080  setEditorModel(editor) {
23081    this.editor = editor;
23082  }
23083  createToolFactories(tools) {
23084    {
23085      let array = (
23086        /* Enum.values */
23087        (function() {
23088          let result = [];
23089          for (let val in Tool2.Kind) {
23090            if (!isNaN(val)) {
23091              result.push(parseInt(val, 10));
23092            }
23093          }
23094          return result;
23095        })()
23096      );
23097      for (let index = 0; index < array.length; index++) {
23098        let kind = array[index];
23099        {
23100          const list = this.symmetryPerspective.createToolFactories(kind, tools);
23101          this.toolFactoryLists.put(kind, list);
23102          const toolList = this.symmetryPerspective.predefineTools(kind, tools);
23103          this.toolLists.put(kind, toolList);
23104        }
23105      }
23106    }
23107  }
23108  /**
23109   * 
23110   * @return {string}
23111   */
23112  getName() {
23113    return this.symmetry.getName();
23114  }
23115  /**
23116   * 
23117   * @param {AlgebraicVector} vector
23118   * @return {Axis}
23119   */
23120  getAxis(vector) {
23121    if (vector.isOrigin()) {
23122      return null;
23123    }
23124    let line = this.vectorToAxis.get(vector.toString());
23125    if (line != null) return line;
23126    if (!this.noKnownDirections) {
23127      line = this.symmetry["getAxis$com_vzome_core_algebra_AlgebraicVector$com_vzome_core_math_symmetry_OrbitSet"](vector, this.orbits);
23128      if (line != null) {
23129        this.vectorToAxis.put(vector.toString(), line);
23130        return line;
23131      }
23132    }
23133    const dir = this.createAnonymousOrbit(vector);
23134    line = dir.getAxis$com_vzome_core_algebra_AlgebraicVector(vector);
23135    this.vectorToAxis.put(vector.toString(), line);
23136    return line;
23137  }
23138  createAnonymousOrbit(vector) {
23139    const symm = this.orbits.getSymmetry();
23140    const field5 = symm.getField();
23141    const longer = field5["createPower$int"](1);
23142    const shorter = field5["createPower$int"](-1);
23143    const rv = vector.toRealVector();
23144    let longVector = vector;
23145    let shortVector = vector;
23146    let longLen = 2;
23147    let shortLen = 2;
23148    const len = rv.length();
23149    if (len > 2) {
23150      longLen = len;
23151      longVector = vector;
23152      while (longLen > 2) {
23153        {
23154          shortVector = longVector.scale(shorter);
23155          shortLen = shortVector.toRealVector().length();
23156          if (shortLen <= 2) break;
23157          longLen = shortLen;
23158          longVector = shortVector;
23159        }
23160      }
23161      ;
23162    } else {
23163      shortLen = len;
23164      shortVector = vector;
23165      while (shortLen <= 2) {
23166        {
23167          longVector = shortVector.scale(longer);
23168          longLen = longVector.toRealVector().length();
23169          if (longLen > 2) break;
23170          shortLen = longLen;
23171          shortVector = longVector;
23172        }
23173      }
23174      ;
23175    }
23176    if (2 / shortLen > longLen) vector = longVector;
23177    else vector = shortVector;
23178    const colorName = "" + this.nextNewAxis++;
23179    const orbit = symm.createNewZoneOrbit(colorName, 0, Symmetry.NO_ROTATION, vector);
23180    orbit.setAutomatic(true);
23181    this.orbits.add(orbit);

23182    let color = this.colors.getColor(Colors.DIRECTION_$LI$() + orbit.getCanonicalName());
23183    if (color == null) color = Color.WHITE_$LI$();
23184    this.orbitColors.put(orbit.getName(), color);
23185    this.orbitColors.put(orbit.getCanonicalName(), color);
23186    return orbit;
23187  }
23188  /**
23189   * 
23190   * @param {AlgebraicVector} vector
23191   * @return {Color}
23192   */
23193  getVectorColor(vector) {
23194    if (vector == null || vector.isOrigin()) {
23195      return this.colors.getColor(Colors.CONNECTOR_$LI$());
23196    }
23197    let line = this.vectorToAxis.get(vector.toString());
23198    if (line == null) {
23199      line = this.symmetry["getAxis$com_vzome_core_algebra_AlgebraicVector$com_vzome_core_math_symmetry_OrbitSet"](vector, this.orbits);
23200    }
23201    return line == null ? Color.WHITE_$LI$() : this.getColor(line.getDirection());
23202  }
23203  /**
23204   * 
23205   * @param {Direction} orbit
23206   * @return {Color}
23207   */
23208  getColor(orbit) {
23209    if (orbit == null) return this.colors.getColor(Colors.CONNECTOR_$LI$());
23210    let shapeColor = this.shapes.getColor(orbit);
23211    if (shapeColor == null) shapeColor = this.orbitColors.get(orbit.getName());
23212    if (shapeColor == null) return Color.WHITE_$LI$();
23213    return shapeColor;
23214  }
23215  /**
23216   * 
23217   * @return {*}
23218   */
23219  getSymmetry() {
23220    return this.symmetry;
23221  }
23222  /**
23223   * 
23224   * @return {OrbitSet}
23225   */
23226  getOrbits() {
23227    return this.orbits;
23228  }
23229  disableKnownDirection() {
23230    this.noKnownDirections = true;
23231  }
23232  getRenderingStyle() {
23233    return this.shapes;
23234  }
23235  getXml(doc) {
23236    const result = doc.createElement("SymmetrySystem");
23237    DomUtils.addAttribute(result, "name", this.getSymmetry().getName());
23238    DomUtils.addAttribute(result, "renderingStyle", this.shapes.getName());
23239    for (let index = this.orbits.getDirections().iterator(); index.hasNext(); ) {
23240      let dir = index.next();
23241      {
23242        const dirElem = doc.createElement("Direction");
23243        if (dir.isAutomatic()) DomUtils.addAttribute(dirElem, "prototype", dir.getPrototype().getVectorExpression$int(AlgebraicField.ZOMIC_FORMAT));
23244        DomUtils.addAttribute(dirElem, "name", dir.getName());
23245        DomUtils.addAttribute(dirElem, "orbit", dir.getCanonicalName());
23246        {
23247          const color = this.getColor(dir);
23248          if (color != null) DomUtils.addAttribute(dirElem, "color", color.toString());
23249        }
23250        ;
23251        result.appendChild(dirElem);
23252      }
23253    }
23254    return result;
23255  }
23256  getStyle$java_lang_String(styleName) {
23257    const found = this.symmetryPerspective.getGeometries().stream().filter((e) => styleName === e.getName() || styleName === e.getAlias() || styleName === e.getPackage()).findFirst();
23258    if (found.isPresent()) return found.get();
23259    else return null;
23260  }
23261  getStyle(styleName) {
23262    if (typeof styleName === "string" || styleName === null) {
23263      return this.getStyle$java_lang_String(styleName);
23264    } else if (styleName === void 0) {
23265      return this.getStyle$();
23266    } else throw new Error("invalid overload");
23267  }
23268  setStyle(styleName) {
23269    const result = this.getStyle$java_lang_String(styleName);
23270    if (result != null) this.shapes = result;
23271    else {
23272      _SymmetrySystem.LOGGER_$LI$().warning("UNKNOWN STYLE NAME: " + styleName);
23273      this.shapes = this.symmetryPerspective.getDefaultGeometry();
23274    }
23275  }
23276  getStyleNames() {
23277    return this.symmetryPerspective.getGeometries().stream().map((e) => e.getName()).toArray((arg0) => {
23278      return new Array(arg0);
23279    });
23280  }
23281  getStyle$() {
23282    return this.shapes;
23283  }
23284  /**
23285   * 
23286   * @return {*}
23287   */
23288  getShapes() {
23289    return this.shapes;
23290  }
23291  getShape$com_vzome_core_algebra_AlgebraicVector(offset) {
23292    return this.getShape$com_vzome_core_algebra_AlgebraicVector$com_vzome_core_editor_api_Shapes(offset, this.shapes);
23293  }
23294  getShape$com_vzome_core_algebra_AlgebraicVector$com_vzome_core_editor_api_Shapes(offset, shapes28) {
23295    if (offset == null) return shapes28.getConnectorShape();
23296    else {
23297      if (offset.isOrigin()) return null;
23298      const axis = this.getAxis(offset);
23299      if (axis == null) return null;
23300      const orbit = axis.getDirection();
23301      const len = axis.getLength(offset);
23302      return shapes28.getStrutShape(orbit, len);
23303    }
23304  }
23305  getShape(offset, shapes28) {
23306    if ((offset != null && offset instanceof AlgebraicVector || offset === null) && (shapes28 != null && (shapes28.constructor != null && shapes28.constructor["__interfaces"] != null && shapes28.constructor["__interfaces"].indexOf("com.vzome.core.editor.api.Shapes") >= 0) || shapes28 === null)) {

23307      return this.getShape$com_vzome_core_algebra_AlgebraicVector$com_vzome_core_editor_api_Shapes(offset, shapes28);
23308    } else if ((offset != null && offset instanceof AlgebraicVector || offset === null) && shapes28 === void 0) {
23309      return this.getShape$com_vzome_core_algebra_AlgebraicVector(offset);
23310    } else throw new Error("invalid overload");
23311  }
23312  getToolFactories(kind) {
23313    return this.toolFactoryLists.get(kind);
23314  }
23315  getPredefinedTools(kind) {
23316    return this.toolLists.get(kind);
23317  }
23318  doAction(action) {
23319    const command = this.symmetryPerspective.getLegacyCommand(action);
23320    if (command != null) {
23321      const edit = new CommandEdit(command, this.editor);
23322      this.context.performAndRecord(edit);
23323      return true;
23324    }
23325    return false;
23326  }
23327  getModelResourcePath() {
23328    return this.symmetryPerspective.getModelResourcePath();
23329  }
23330  orbitIsStandard(orbit) {
23331    return this.symmetryPerspective.orbitIsStandard(orbit);
23332  }
23333  orbitIsBuildDefault(orbit) {
23334    return this.symmetryPerspective.orbitIsBuildDefault(orbit);
23335  }
23336  getOrbitUnitLength(orbit) {
23337    return this.symmetryPerspective.getOrbitUnitLength(orbit);
23338  }
23339  resetColors() {
23340    for (let index = this.symmetry.getOrbitSet().getDirections().iterator(); index.hasNext(); ) {
23341      let orbit = index.next();
23342      {
23343        const color = this.colors.getColor(Colors.DIRECTION_$LI$() + orbit.getName());
23344        this.orbitColors.put(orbit.getName(), color);
23345      }
23346    }
23347  }
23348};
23349SymmetrySystem["__class"] = "com.vzome.core.editor.SymmetrySystem";
23350SymmetrySystem["__interfaces"] = ["com.vzome.core.editor.api.OrbitSource"];
23351

23352// src/worker/legacy/from-java/com/vzome/core/commands/XmlSymmetryFormat.ts
23353var XmlSymmetryFormat = class _XmlSymmetryFormat extends XmlSaveFormat {
23354  static {
23355    this.__static_initialized = false;
23356  }
23357  static __static_initialize() {
23358    if (!_XmlSymmetryFormat.__static_initialized) {
23359      _XmlSymmetryFormat.__static_initialized = true;
23360      _XmlSymmetryFormat.__static_initializer_0();
23361    }
23362  }
23363  static __com_vzome_core_commands_XmlSymmetryFormat_logger_$LI$() {
23364    _XmlSymmetryFormat.__static_initialize();
23365    if (_XmlSymmetryFormat.__com_vzome_core_commands_XmlSymmetryFormat_logger == null) {
23366      _XmlSymmetryFormat.__com_vzome_core_commands_XmlSymmetryFormat_logger = java.util.logging.Logger.getLogger("com.vzome.core.commands.XmlSaveFormat");
23367    }
23368    return _XmlSymmetryFormat.__com_vzome_core_commands_XmlSymmetryFormat_logger;
23369  }
23370  static __static_initializer_0() {
23371    new _XmlSymmetryFormat("http://tns.vorthmann.org/vZome/2.0/", [XmlSaveFormat.PROJECT_4D, XmlSaveFormat.SELECTION_NOT_SAVED]);
23372    new _XmlSymmetryFormat("http://tns.vorthmann.org/vZome/2.0.1/", [XmlSaveFormat.PROJECT_4D, XmlSaveFormat.SELECTION_NOT_SAVED]);
23373    new _XmlSymmetryFormat("http://tns.vorthmann.org/vZome/2.0.2/", [XmlSaveFormat.SELECTION_NOT_SAVED]);
23374    new _XmlSymmetryFormat("http://tns.vorthmann.org/vZome/2.0.3/", [XmlSaveFormat.SELECTION_NOT_SAVED]);
23375    new _XmlSymmetryFormat("http://tns.vorthmann.org/vZome/2.1.0/", [XmlSaveFormat.SELECTION_NOT_SAVED, XmlSaveFormat.FORMAT_2_1_0]);
23376    new _XmlSymmetryFormat("http://tns.vorthmann.org/vZome/3.0.0/", [XmlSaveFormat.GROUPING_IN_SELECTION]);
23377    new _XmlSymmetryFormat("http://tns.vorthmann.org/vZome/4.0.0/", [XmlSaveFormat.RATIONAL_VECTORS, XmlSaveFormat.GROUPING_IN_SELECTION]);
23378    new _XmlSymmetryFormat("http://tns.vorthmann.org/vZome/5.0.0/", [XmlSaveFormat.RATIONAL_VECTORS, XmlSaveFormat.COMPACTED_COMMAND_EDITS]);
23379    new _XmlSymmetryFormat(XmlSaveFormat.CURRENT_FORMAT, [XmlSaveFormat.RATIONAL_VECTORS, XmlSaveFormat.COMPACTED_COMMAND_EDITS, XmlSaveFormat.MULTIPLE_DESIGNS]);
23380  }
23381  static getFormat(namespace) {
23382    return XmlSaveFormat.FORMATS_$LI$().get(namespace);
23383  }
23384  initialize$com_vzome_core_algebra_AlgebraicField$com_vzome_core_math_symmetry_OrbitSet_Field$int$java_lang_String$java_util_Properties(field5, symms, scale, writerVersion, props) {
23385    super.initialize(field5, scale, writerVersion, props);
23386    this.symmetries = symms;
23387  }
23388  initialize(field5, symms, scale, writerVersion, props) {
23389    if ((field5 != null && (field5.constructor != null && field5.constructor["__interfaces"] != null && field5.constructor["__interfaces"].indexOf("com.vzome.core.algebra.AlgebraicField") >= 0) || field5 === null) && (symms != null && (symms.constructor != null && symms.constructor["__interfaces"] != null && symms.constructor["__interfaces"].indexOf("com.vzome.core.math.symmetry.OrbitSet.Field") >= 0) || symms === null) && (typeof scale === "number" || scale === null) && (typeof writerVersion === "string" || writerVersion === null) && (props != null && props instanceof Properties || props === null)) {
23390      return this.initialize$com_vzome_core_algebra_AlgebraicField$com_vzome_core_math_symmetry_OrbitSet_Field$int$java_lang_String$java_util_Properties(field5, symms, scale, writerVersion, props);
23391    } else if ((field5 != null && (field5.constructor != null && field5.constructor["__interfaces"] != null && field5.constructor["__interfaces"].indexOf("com.vzome.core.algebra.AlgebraicField") >= 0) || field5 === null) && (typeof symms === "number" || symms === null) && (typeof scale === "string" || scale === null) && (writerVersion != null && writerVersion instanceof Properties || writerVersion === null) && props === void 0) {
23392      super.initialize(field5, symms, scale, writerVersion);
23393    } else throw new Error("invalid overload");
23394  }
23395  constructor(version, capabilities) {
23396    super(version, capabilities);
23397    if (this.symmetries === void 0) {
23398      this.symmetries = null;
23399    }
23400  }
23401  parseAlgebraicObject(valName, val) {
23402    if (valName === "Symmetry") {
23403      const name = val.getAttribute("name");
23404      return this.parseSymmetry(name);
23405    } else if (valName === "QuaternionicSymmetry") {
23406      const name = val.getAttribute("name");
23407      return this.getQuaternionicSymmetry(name);
23408    } else if (valName === "Axis") return this.parseAxis(val, "symm", "dir", "index", "sense");
23409    else {
23410      return super.parseAlgebraicObject(valName, val);
23411    }
23412  }
23413  getQuaternionicSymmetry(name) {
23414    return this.symmetries.getQuaternionSet(name);
23415  }
23416  parseSymmetry(sname) {
23417    const group = this.symmetries.getGroup(sname);
23418    const symm = group.getSymmetry();
23419    if (symm == null) {
23420      _XmlSymmetryFormat.__com_vzome_core_commands_XmlSymmetryFormat_logger_$LI$().severe("UNSUPPORTED symmetry: " + sname);
23421      throw new java.lang.IllegalStateException("no symmetry with name=" + sname);
23422    } else return symm;
23423  }
23424  static serializeAxis(xml, symmAttr, dirAttr, indexAttr, senseAttr, axis) {
23425    let str = axis.getDirection().getSymmetry().getName();
23426    if (!("icosahedral" === str)) DomUtils.addAttribute(xml, symmAttr, str);
23427    str = axis.getDirection().getName();
23428    if (!("blue" === str)) DomUtils.addAttribute(xml, dirAttr, str);
23429    DomUtils.addAttribute(
23430      xml,
23431      indexAttr,
23432      /* toString */
23433      "" + axis.getOrientation()
23434    );
23435    if (axis.getSense() !== Symmetry.PLUS) DomUtils.addAttribute(xml, "sense", "minus");
23436    if (!axis.isOutbound()) DomUtils.addAttribute(xml, "outbound", "false");
23437  }
23438  parseAxis(xml, symmAttr, dirAttr, indexAttr, senseAttr) {
23439    let sname = xml.getAttribute(symmAttr);
23440    if (sname == null || /* isEmpty */
23441    sname.length === 0) sname = "icosahedral";
23442    const group = this.symmetries.getGroup(sname);
23443    let aname = xml.getAttribute(dirAttr);
23444    if (aname == null || /* isEmpty */
23445    aname.length === 0) aname = "blue";
23446    else if (aname === "tan") aname = "sand";
23447    else if (aname === "spring") aname = "apple";
23448    const iname = xml.getAttribute(indexAttr);
23449    const index = javaemul.internal.IntegerHelper.parseInt(iname);
23450    let sense = Symmetry.PLUS;
23451    if ("minus" === xml.getAttribute(senseAttr)) {
23452      sense = Symmetry.MINUS;
23453    }
23454    let outbound = true;
23455    const outs = xml.getAttribute("outbound");

23456    if (outs != null && outs === "false") outbound = false;
23457    const dir = group.getDirection(aname);
23458    if (dir == null) {
23459      const msg = "Unsupported direction '" + aname + "' in " + sname + " symmetry";
23460      _XmlSymmetryFormat.__com_vzome_core_commands_XmlSymmetryFormat_logger_$LI$().severe(msg);
23461      throw new java.lang.IllegalStateException(msg);
23462    }
23463    return dir.getAxis$int$int$boolean(sense, index, outbound);
23464  }
23465};
23466XmlSymmetryFormat["__class"] = "com.vzome.core.commands.XmlSymmetryFormat";
23467XmlSymmetryFormat.__static_initialize();
23468

23469// src/worker/legacy/from-java/com/vzome/core/math/convexhull/GrahamScan2D.ts
23470var GrahamScan2D = class _GrahamScan2D {
23471  constructor() {
23472  }
23473  /**
23474   * Constructs the 2d convex hull of a coplanar set of 3d points.
23475   * 
23476   * @param {*} points
23477   * a set of 3d input points
23478   * @return  {AlgebraicVector[]} an array of the vertices of the planar convex hull.
23479   * The points are ordered so that the normal of the resulting polygon points AWAY from the origin.
23480   * The points in the array are unique, so the last point is NOT the same as the first.
23481   * This means that polygon edges derived from this array must connect the last to the first.
23482   * @throws Failure
23483   * if the number of input points is less than three,
23484   * or if the points are collinear
23485   * or if the points are not coplanar.
23486   */
23487  static buildHull(points) {
23488    if (points.size() < 3) {
23489      _GrahamScan2D.fail("At least three input points are required for a 2d convex hull.\n\n" + points.size() + " specified.");
23490    }
23491    const normal = AlgebraicVectors.getNormal$java_util_Collection(points);
23492    if (normal.isOrigin()) {
23493      _GrahamScan2D.fail("Cannot generate a 2d convex hull from collinear points");
23494    }
23495    if (!AlgebraicVectors.areOrthogonalTo(normal, points)) {
23496      _GrahamScan2D.fail("Cannot generate a 2d convex hull from non-coplanar points");
23497    }
23498    const keySet = new java.util.ArrayList();
23499    const xyTo3dMap = _GrahamScan2D.map3dToXY(points, normal, keySet);
23500    const stack2d = _GrahamScan2D.getHull2d(keySet);
23501    const vertices3d = ((s) => {
23502      let a = [];
23503      while (s-- > 0) a.push(null);
23504      return a;
23505    })(stack2d.size());
23506    let i = 0;
23507    for (let index = stack2d.iterator(); index.hasNext(); ) {
23508      let point2d = index.next();
23509      {
23510        const point3d = xyTo3dMap.get(point2d.toString(AlgebraicField.VEF_FORMAT));
23511        vertices3d[i++] = point3d;
23512      }
23513    }
23514    return vertices3d;
23515  }
23516  /*private*/
23517  static map3dToXY(points3d, normal, keySet) {
23518    const maxAxis = AlgebraicVectors.getMaxComponentIndex(normal);
23519    const mapX = (maxAxis + 1) % 3;
23520    const mapY = (maxAxis + 2) % 3;
23521    const map = new java.util.HashMap();
23522    for (let index = points3d.iterator(); index.hasNext(); ) {
23523      let point3d = index.next();
23524      {
23525        const point2d = new AlgebraicVector(point3d.getComponent(mapX), point3d.getComponent(mapY));
23526        keySet.add(point2d);
23527        map.put(point2d.toString(AlgebraicField.VEF_FORMAT), point3d);
23528      }
23529    }
23530    return map;
23531  }
23532  /*private*/
23533  static getHull2d(points2d) {
23534    const sortedPoints2d = _GrahamScan2D.getSortedPoints(points2d);
23535    const stack2d = new java.util.ArrayDeque();
23536    stack2d.push(sortedPoints2d.get(0));
23537    stack2d.push(sortedPoints2d.get(1));
23538    for (let i = 2; i < sortedPoints2d.size(); i++) {
23539      {
23540        const head = sortedPoints2d.get(i);
23541        const middle = stack2d.pop();
23542        const tail = stack2d.peek();
23543        const turn = _GrahamScan2D.getWindingDirection(tail, middle, head);
23544        switch (turn) {
23545          case 1:
23546            stack2d.push(middle);
23547            stack2d.push(head);
23548            break;
23549          case -1:
23550            i--;
23551            break;
23552          case 0:
23553            stack2d.push(head);
23554            break;
23555          default:
23556            throw new java.lang.IllegalStateException("Illegal turn: " + turn);
23557        }
23558      }
23559      ;
23560    }
23561    return stack2d;
23562  }
23563  /**
23564   * @param {*} points2d set of 2d points to be sorted
23565   * @return {*} a list of points sorted:
23566   * 1) in increasing order of the angle they and the lowest point make with the x-axis.
23567   * 2) by increasing distance from the lowest point.
23568   * @private
23569   */
23570  /*private*/
23571  static getSortedPoints(points2d) {
23572    const lowest = _GrahamScan2D.getLowest2dPoint(points2d);
23573    const list = new java.util.ArrayList(points2d);
23574    java.util.Collections.sort(list, (a, b) => {
23575      if (a.equals(b)) {
23576        return 0;
23577      }
23578      if (a.equals(lowest)) {
23579        return -1;
23580      }
23581      if (b.equals(lowest)) {
23582        return 1;
23583      }
23584      const turn = _GrahamScan2D.getWindingDirection(lowest, a, b);
23585      if (turn !== 0) {
23586        return -turn;
23587      }
23588      const lengthSqA = AlgebraicVectors.getMagnitudeSquared(a.minus(lowest));
23589      const lengthSqB = AlgebraicVectors.getMagnitudeSquared(b.minus(lowest));
23590      return lengthSqA.compareTo(lengthSqB);
23591    });
23592    return list;
23593  }
23594  /**
23595   * @param {*} points2d a collection of 2d points from which to determine the lowest point.
23596   * @return  {AlgebraicVector} the point with the lowest y coordinate.
23597   * In case more than one point has the same minimum y coordinate,
23598   * the one with the lowest x coordinate is returned.
23599   */
23600  static getLowest2dPoint(points2d) {
23601    let lowest = null;
23602    for (let index = points2d.iterator(); index.hasNext(); ) {
23603      let point2d = index.next();
23604      {
23605        if (lowest == null) {
23606          lowest = point2d;
23607        } else {
23608          const signum = point2d.getComponent(AlgebraicVector.Y)["minus$com_vzome_core_algebra_AlgebraicNumber"](lowest.getComponent(AlgebraicVector.Y)).signum();
23609          switch (signum) {
23610            case -1:
23611              lowest = point2d;
23612              break;
23613            case 0:
23614              if (point2d.getComponent(AlgebraicVector.X).lessThan(lowest.getComponent(AlgebraicVector.X))) {
23615                lowest = point2d;
23616              }
23617              break;
23618          }
23619        }
23620      }
23621    }
23622    return lowest;
23623  }
23624  /**
23625   * 
23626   * @param {AlgebraicVector} a 2d coordinate
23627   * @param {AlgebraicVector} b 2d coordinate
23628   * @param {AlgebraicVector} c 2d coordinate
23629   * @return {number} -1, 0 or 1, depending on the orientation of vector ac with respect to vector ab:
23630   * 1: COUNTER_CLOCKWISE
23631   * c
23632   * /
23633   * /
23634   * a-----b
23635   * -1: CLOCKWISE
23636   * b
23637   * /
23638   * /
23639   * a-----c
23640   * 0: COLLINEAR
23641   * a-----b--c
23642   * @private
23643   */
23644  /*private*/

23645  static getWindingDirection(a, b, c) {
23646    const ab = b.minus(a);
23647    const ac = c.minus(a);
23648    return new AlgebraicMatrix(ab, ac).determinant().signum();
23649  }
23650  /*private*/
23651  static fail(msg) {
23652    throw new Command.Failure(msg);
23653  }
23654};
23655GrahamScan2D["__class"] = "com.vzome.core.math.convexhull.GrahamScan2D";
23656

23657// src/worker/legacy/from-java/com/vzome/core/exporters/GitHubShare.ts
23658var GitHubShare = class {
23659  constructor(fileName, date, time, xml, png, shapesJson) {
23660    if (this.designName === void 0) {
23661      this.designName = null;
23662    }
23663    if (this.date === void 0) {
23664      this.date = null;
23665    }
23666    if (this.time === void 0) {
23667      this.time = null;
23668    }
23669    if (this.xml === void 0) {
23670      this.xml = null;
23671    }
23672    if (this.png === void 0) {
23673      this.png = null;
23674    }
23675    if (this.shapesJson === void 0) {
23676      this.shapesJson = null;
23677    }
23678    if (this.handler === void 0) {
23679      this.handler = null;
23680    }
23681    this.date = date;
23682    this.time = time;
23683    this.xml = xml;
23684    this.png = png;
23685    this.shapesJson = shapesJson;
23686    this.designName = /* replaceAll */
23687    fileName.trim().replace(new RegExp(" ", "g"), "-");
23688    const index = this.designName.toLowerCase().lastIndexOf(".vZome".toLowerCase());
23689    if (index > 0) this.designName = this.designName.substring(0, index);
23690    while (
23691      /* startsWith */
23692      ((str, searchString, position = 0) => str.substr(position, searchString.length) === searchString)(this.designName, "-")
23693    ) {
23694      this.designName = this.designName.substring(1);
23695    }
23696    ;
23697    while (
23698      /* endsWith */
23699      ((str, searchString) => {
23700        let pos = str.length - searchString.length;
23701        let lastIndex = str.indexOf(searchString, pos);
23702        return lastIndex !== -1 && lastIndex === pos;
23703      })(this.designName, "-")
23704    ) {
23705      this.designName = this.designName.substring(0, this.designName.lastIndexOf("-"));
23706    }
23707    ;
23708  }
23709  getDesignName() {
23710    return this.designName;
23711  }
23712  setEntryHandler(handler) {
23713    this.handler = handler;
23714  }
23715  generateContent(orgName, repoName, branchName, title, description, blog, publish, style) {
23716    const dateFolder = (
23717      /* replace */
23718      this.date.split("-").join("/")
23719    );
23720    const postSrcPath = "_posts/" + this.date + "-" + this.designName + "-" + this.time + ".md";
23721    const postPath = dateFolder + "/" + this.designName + "-" + this.time + ".html";
23722    const assetPath = dateFolder + "/" + this.time + "-" + this.designName + "/";
23723    const designPath = assetPath + this.designName + ".vZome";
23724    const imagePath = assetPath + this.designName + ".png";
23725    this.handler.addEntry(designPath, this.xml, "utf-8");
23726    this.handler.addEntry(imagePath, this.png, "base64");
23727    this.handler.addEntry(assetPath + this.designName + ".shapes.json", this.shapesJson, "utf-8");
23728    const viewerTemplate = ResourceLoader.loadStringResource("com/vzome/core/exporters/github/viewerTemplate.md");
23729    const instructionsTemplate = ResourceLoader.loadStringResource("com/vzome/core/exporters/github/instructionsTemplate.md");
23730    let viewerControls = "";
23731    let viewerParameters = "";
23732    let viewerScript = "";
23733    let componentTemplate = viewerTemplate;
23734    let postLayout = "vzome";
23735    let simpleLayout = "design";
23736    switch (style) {
23737      case "indexed":
23738        {
23739          viewerControls = "<div style='display:flex;'><div style='margin: auto;'><vzome-viewer-previous label='prev step'></vzome-viewer-previous><vzome-viewer-next label='next step'></vzome-viewer-next></div></div>";
23740          viewerParameters = "indexed='true'";
23741          break;
23742        }
23743        ;
23744      case "indexed (load-camera)":
23745        {
23746          viewerControls = "<div style='display:flex;'><div style='margin: auto;'><vzome-viewer-previous load-camera='true' label='prev step'></vzome-viewer-previous><vzome-viewer-next load-camera='true' label='next step'></vzome-viewer-next></div></div>";
23747          viewerParameters = "indexed='true'";
23748          break;
23749        }
23750        ;
23751      case "menu":
23752      case "menu (named)":
23753        {
23754          viewerParameters = "show-scenes='named'";
23755          break;
23756        }
23757        ;
23758      case "menu (all)":
23759        {
23760          viewerParameters = "show-scenes='all'";
23761          break;
23762        }
23763        ;
23764      case "javascript":
23765        {
23766          viewerParameters = "id='vzome-viewer' reactive='false'";

23767          viewerScript = "<script type='module'>\n  const viewer = document.querySelector( '#vzome-viewer' );\n  // viewer.scene = 'your scene';\n  viewer.update();\n<\/script>\n";
23768          break;
23769        }
23770        ;
23771      case "zometool":
23772        {
23773          componentTemplate = instructionsTemplate;
23774          postLayout = "zometool";
23775          simpleLayout = "zometool";
23776          break;
23777        }
23778        ;
23779      default:
23780        break;
23781    }
23782    const siteUrl = "https://" + orgName + ".github.io/" + repoName;
23783    const repoUrl = "https://github.com/" + orgName + "/" + repoName;
23784    const gitUrl = repoUrl + "/tree/" + branchName + "/" + assetPath;
23785    const rawUrl = "https://raw.githubusercontent.com/" + orgName + "/" + repoName + "/" + branchName + "/" + designPath;
23786    const postUrl = siteUrl + "/" + postPath;
23787    const postSrcUrl = repoUrl + "/edit/" + branchName + "/" + postSrcPath;
23788    const indexSrcUrl = repoUrl + "/edit/" + branchName + "/" + assetPath + "index.md";
23789    const descriptionClean = (
23790      /* replace */
23791      /* replace */
23792      description.split("\n").join(" ").split("\r").join(" ")
23793    );
23794    const viewerComponent = (
23795      /* replace */
23796      /* replace */
23797      /* replace */
23798      /* replace */
23799      /* replace */
23800      componentTemplate.split("${siteUrl}").join(siteUrl).split("${imagePath}").join(imagePath).split("${designPath}").join(designPath).split("${viewerControls}").join(viewerControls).split("${viewerParameters}").join(viewerParameters)
23801    );
23802    const indexTemplate = ResourceLoader.loadStringResource("com/vzome/core/exporters/github/indexTemplate.md");
23803    let indexMd = (
23804      /* replace */
23805      /* replace */
23806      /* replace */
23807      /* replace */
23808      /* replace */
23809      /* replace */
23810      /* replace */
23811      indexTemplate.split("${simpleLayout}").join(simpleLayout).split("${viewerComponent}").join(viewerComponent).split("${title}").join(title).split("${description}").join(descriptionClean).split("${siteUrl}").join(siteUrl).split("${imagePath}").join(imagePath).split("${assetsUrl}").join(gitUrl)
23812    );
23813    if (viewerScript !== "") indexMd = indexMd + viewerScript;
23814    this.handler.addEntry(assetPath + "index.md", indexMd, "utf-8");
23815    const readmeTemplate = ResourceLoader.loadStringResource("com/vzome/core/exporters/github/readmeTemplate.md");
23816    let readmeMd = (
23817      /* replace */
23818      /* replace */
23819      /* replace */
23820      /* replace */
23821      /* replace */
23822      /* replace */
23823      /* replace */
23824      /* replace */
23825      readmeTemplate.split("${viewerComponent}").join(viewerComponent).split("${imageFile}").join(this.designName + ".png").split("${siteUrl}").join(siteUrl).split("${assetPath}").join(assetPath).split("${imagePath}").join(imagePath).split("${viewerScript}").join(viewerScript).split("${indexSrcUrl}").join(indexSrcUrl).split("${rawUrl}").join(rawUrl)
23826    );
23827    if (blog) {
23828      const githubReadmeBlogPrefixTemplate = ResourceLoader.loadStringResource("com/vzome/core/exporters/github/readmeBlogPrefixTemplate.md");
23829      const blogPostPrefix = (
23830        /* replace */
23831        /* replace */
23832        githubReadmeBlogPrefixTemplate.split("${postUrl}").join(postUrl).split("${postSrcUrl}").join(postSrcUrl)
23833      );
23834      readmeMd = blogPostPrefix + readmeMd;
23835      const postTemplate = ResourceLoader.loadStringResource("com/vzome/core/exporters/github/postTemplate.md");
23836      let postMd = (
23837        /* replace */
23838        /* replace */
23839        /* replace */
23840        /* replace */
23841        /* replace */
23842        /* replace */
23843        /* replace */
23844        /* replace */
23845        /* replace */
23846        postTemplate.split("${viewerComponent}").join(viewerComponent).split("${postLayout}").join(postLayout).split("${title}").join(title).split("${description}").join(descriptionClean).split("${published}").join(publish.toString()).split("${siteUrl}").join(siteUrl).split("${postPath}").join(postPath).split("${imagePath}").join(imagePath).split("${assetsUrl}").join(gitUrl)
23847      );
23848      if (viewerScript !== "") postMd = postMd + viewerScript;
23849      this.handler.addEntry(postSrcPath, postMd, "utf-8");
23850    }
23851    this.handler.addEntry(assetPath + "README.md", readmeMd, "utf-8");
23852    return gitUrl;
23853  }
23854};
23855GitHubShare["__class"] = "com.vzome.core.exporters.GitHubShare";
23856

23857// src/worker/legacy/from-java/com/vzome/core/edits/AdjustSelectionByClass.ts
23858var AdjustSelectionByClass = class extends ChangeSelection {
23859  constructor(editor) {
23860    super(editor.getSelection());
23861    this.ballAction = 0 /* IGNORE */;
23862    this.strutAction = 0 /* IGNORE */;
23863    this.panelAction = 0 /* IGNORE */;
23864    if (this.editor === void 0) {
23865      this.editor = null;
23866    }
23867    this.originLast = true;
23868    this.editor = editor;
23869  }
23870  /**
23871   * 
23872   * @param {*} props
23873   */
23874  configure(props) {
23875    const mode = props.get("mode");
23876    if (mode != null) switch (mode) {
23877      case "selectBalls":
23878        this.ballAction = 1 /* SELECT */;
23879        break;
23880      case "selectStruts":
23881        this.strutAction = 1 /* SELECT */;
23882        break;
23883      case "selectPanels":
23884        this.panelAction = 1 /* SELECT */;
23885        break;
23886      case "deselectBalls":
23887      case "unselectBalls":
23888        this.ballAction = 2 /* DESELECT */;
23889        break;
23890      case "deselectStruts":
23891        this.strutAction = 2 /* DESELECT */;
23892        break;
23893      case "deselectPanels":
23894        this.panelAction = 2 /* DESELECT */;
23895        break;
23896      case "unselectStruts":
23897      case "unselectStrutsAndPanels":
23898        this.strutAction = 2 /* DESELECT */;
23899        this.panelAction = 2 /* DESELECT */;
23900        break;
23901    }
23902  }
23903  /**
23904   * 
23905   */
23906  perform() {
23907    const whichManifestationSet = this.ballAction === 1 /* SELECT */ || this.strutAction === 1 /* SELECT */ || this.panelAction === 1 /* SELECT */ ? this.editor.getRealizedModel() : this.mSelection;
23908    let originBall = null;
23909    for (let index = whichManifestationSet.iterator(); index.hasNext(); ) {
23910      let man = index.next();
23911      {
23912        if (man.isRendered()) {
23913          if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0)) {
23914            if (this.originLast && originBall == null && this.ballAction === 1 /* SELECT */ && man.getLocation().isOrigin()) {
23915              originBall = man;
23916            } else {
23917              this.adjustSelection(man, this.ballAction);
23918            }
23919          } else if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0)) {
23920            this.adjustSelection(man, this.strutAction);
23921          } else if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Panel") >= 0)) {
23922            this.adjustSelection(man, this.panelAction);
23923          }
23924        }
23925      }
23926    }
23927    if (originBall != null) {
23928      const ignoreGroups = true;
23929      if (this.mSelection.manifestationSelected(originBall)) {
23930        this.unselect$com_vzome_core_model_Manifestation$boolean(originBall, ignoreGroups);
23931        this.redo();
23932      }
23933      this.select$com_vzome_core_model_Manifestation$boolean(originBall, ignoreGroups);
23934    }
23935    this.redo();
23936  }
23937  /**
23938   * 
23939   * @param {*} element
23940   */
23941  getXmlAttributes(element) {
23942    element.setAttribute(
23943      "balls",
23944      /* Enum.name */
23945      ActionEnum[this.ballAction]
23946    );
23947    element.setAttribute(
23948      "struts",
23949      /* Enum.name */
23950      ActionEnum[this.strutAction]
23951    );
23952    element.setAttribute(
23953      "panels",
23954      /* Enum.name */
23955      ActionEnum[this.panelAction]
23956    );
23957    if (this.originLast) {
23958      element.setAttribute("originLast", "true");
23959    }
23960  }
23961  /**
23962   * 
23963   * @param {*} xml
23964   * @param {XmlSaveFormat} format
23965   */
23966  setXmlAttributes(xml, format) {
23967    if (xml.getLocalName() === "DeselectByClass") {
23968      if (xml.getAttribute("class") === "balls") {
23969        this.ballAction = 2 /* DESELECT */;
23970        this.strutAction = 0 /* IGNORE */;
23971        this.panelAction = 0 /* IGNORE */;
23972      } else {
23973        this.ballAction = 0 /* IGNORE */;
23974        this.strutAction = 2 /* DESELECT */;
23975        this.panelAction = 2 /* DESELECT */;
23976      }
23977    } else {
23978      this.ballAction = ActionEnum[xml.getAttribute("balls")];
23979      this.strutAction = ActionEnum[xml.getAttribute("struts")];
23980      this.panelAction = ActionEnum[xml.getAttribute("panels")];
23981    }
23982    const mode = xml.getAttribute("originLast");
23983    this.originLast = "true" === mode;
23984  }
23985  /**
23986   * 
23987   * @return {string}
23988   */
23989  getXmlElementName() {
23990    return "AdjustSelectionByClass";
23991  }
23992};
23993AdjustSelectionByClass["__class"] = "com.vzome.core.edits.AdjustSelectionByClass";
23994

23995// src/worker/legacy/from-java/com/vzome/core/edits/AdjustSelectionByOrbitLength.ts
23996var AdjustSelectionByOrbitLength = class extends ChangeSelection {
23997  constructor(editor) {
23998    super(editor.getSelection());
23999    if (this.orbit === void 0) {
24000      this.orbit = null;
24001    }
24002    if (this.length === void 0) {
24003      this.length = null;
24004    }
24005    if (this.symmetry === void 0) {
24006      this.symmetry = null;
24007    }
24008    this.strutAction = 0 /* IGNORE */;
24009    this.panelAction = 0 /* IGNORE */;
24010    if (this.editor === void 0) {
24011      this.editor = null;
24012    }
24013    this.symmetry = editor["getSymmetrySystem$"]();
24014    this.editor = editor;
24015  }
24016  /**
24017   * 
24018   * @param {*} props
24019   */
24020  configure(props) {
24021    const mode = props.get("mode");
24022    const strut = props.get("picked");
24023    this.orbit = props.get("orbit");
24024    this.length = props.get("length");
24025    if (mode != null) switch (mode) {
24026      case "selectSimilarStruts":
24027        this.strutAction = 1 /* SELECT */;
24028        break;
24029      case "selectSimilarPanels":
24030        this.panelAction = 1 /* SELECT */;
24031        break;
24032      case "deselectSimilarStruts":
24033        this.strutAction = 2 /* DESELECT */;
24034        break;
24035      case "deselectSimilarPanels":
24036        this.panelAction = 2 /* DESELECT */;
24037        break;
24038    }
24039    if (strut != null) {
24040      const offset = strut.getOffset();
24041      const zone = this.symmetry.getAxis(offset);
24042      this.orbit = zone.getOrbit();
24043      this.length = zone.getLength(offset);
24044    }
24045  }
24046  /**
24047   * 
24048   */
24049  perform() {
24050    const whichManifestationSet = this.strutAction === 1 /* SELECT */ || this.panelAction === 1 /* SELECT */ ? this.editor.getRealizedModel() : this.mSelection;
24051    for (let index = whichManifestationSet.iterator(); index.hasNext(); ) {
24052      let man = index.next();
24053      {
24054        if (man.isRendered()) {
24055          if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0)) {
24056            const offset = man.getOffset();
24057            const zone = this.symmetry.getAxis(offset);
24058            if (zone.getOrbit() === this.orbit) {
24059              if (this.length == null || /* equals */
24060              ((o1, o2) => {
24061                if (o1 && o1.equals) {
24062                  return o1.equals(o2);
24063                } else {
24064                  return o1 === o2;
24065                }
24066              })(this.length, zone.getLength(offset))) {
24067                this.adjustSelection(man, this.strutAction);
24068              }
24069            }
24070          } else if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Panel") >= 0)) {
24071            const zone = this.symmetry.getAxis(man["getNormal$"]());
24072            if (zone.getOrbit() === this.orbit) {
24073              this.adjustSelection(man, this.panelAction);
24074            }
24075          }
24076        }
24077      }
24078    }
24079    this.redo();
24080  }
24081  /**
24082   * 
24083   * @return {string}
24084   */
24085  getXmlElementName() {
24086    return "AdjustSelectionByOrbitLength";
24087  }
24088  /**
24089   * 
24090   * @param {*} element
24091   */
24092  getXmlAttributes(element) {
24093    if (this.symmetry != null) {
24094      DomUtils.addAttribute(element, "symmetry", this.symmetry.getName());
24095    }
24096    if (this.orbit != null) {
24097      DomUtils.addAttribute(element, "orbit", this.orbit.getName());
24098    }
24099    if (this.length != null) {
24100      XmlSaveFormat.serializeNumber(element, "length", this.length);
24101    }
24102    element.setAttribute(
24103      "struts",
24104      /* Enum.name */
24105      ActionEnum[this.strutAction]
24106    );
24107    element.setAttribute(
24108      "panels",
24109      /* Enum.name */
24110      ActionEnum[this.panelAction]
24111    );
24112  }
24113  /**
24114   * 
24115   * @param {*} xml
24116   * @param {XmlSaveFormat} format
24117   */
24118  setXmlAttributes(xml, format) {
24119    this.symmetry = this.editor["getSymmetrySystem$java_lang_String"](xml.getAttribute("symmetry"));
24120    this.length = format.parseNumber(xml, "length");
24121    this.orbit = this.symmetry.getOrbits().getDirection(xml.getAttribute("orbit"));
24122    if (xml.getLocalName() === "SelectSimilarSize") {
24123      this.strutAction = 1 /* SELECT */;
24124      this.panelAction = 0 /* IGNORE */;
24125    } else {
24126      this.strutAction = ActionEnum[xml.getAttribute("struts")];
24127      this.panelAction = ActionEnum[xml.getAttribute("panels")];
24128    }
24129  }
24130};
24131AdjustSelectionByOrbitLength["__class"] = "com.vzome.core.edits.AdjustSelectionByOrbitLength";
24132

24133// src/worker/legacy/from-java/com/vzome/core/edits/AffineHeptagon.ts
24134var AffineHeptagon = class extends ChangeManifestations {
24135  /**
24136   * 
24137   */
24138  perform() {
24139    const errorMsg = "Affine heptagon command requires two selected struts with a common vertex.";
24140    let strut1 = null;
24141    let strut2 = null;
24142    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
24143      let man = index.next();
24144      {
24145        this.unselect$com_vzome_core_model_Manifestation(man);
24146        if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0)) {
24147          if (strut1 == null) {
24148            strut1 = man;
24149          } else if (strut2 == null) {
24150            strut2 = man;
24151          } else {
24152            this.fail(errorMsg);
24153          }
24154        }
24155      }
24156    }
24157    if (strut1 == null || strut2 == null) {
24158      this.fail(errorMsg);
24159    }
24160    const field5 = strut1.getLocation().getField();
24161    this.redo();
24162    const s1 = strut1.getFirstConstruction();
24163    const s2 = strut2.getFirstConstruction();
24164    this.manifestConstruction(new SegmentEndPoint(s1, true));
24165    this.manifestConstruction(new SegmentEndPoint(s1, false));
24166    this.manifestConstruction(new SegmentEndPoint(s2, true));
24167    this.manifestConstruction(new SegmentEndPoint(s2, false));
24168    this.redo();
24169    let offset1 = s1.getOffset();
24170    let offset2 = s2.getOffset();
24171    let v0 = null;
24172    let v1 = null;
24173    let v2 = null;
24174    {
24175      const s1s = s1.getStart();
24176      const s1e = s1.getEnd();
24177      const s2s = s2.getStart();
24178      const s2e = s2.getEnd();
24179      if (s1s.equals(s2s)) {
24180        v0 = s1s;
24181        v1 = s1e;
24182        v2 = s2e;
24183      } else if (s1e.equals(s2s)) {
24184        v0 = s1e;
24185        v1 = s1s;
24186        v2 = s2e;
24187        offset1 = offset1.negate();
24188      } else if (s1e.equals(s2e)) {
24189        v0 = s1e;
24190        v1 = s1s;
24191        v2 = s2s;
24192        offset2 = offset2.negate();
24193        offset1 = offset1.negate();
24194      } else if (s1s.equals(s2e)) {
24195        v0 = s1s;
24196        v1 = s1e;
24197        v2 = s2s;
24198        offset2 = offset2.negate();
24199      } else {
24200        this.fail(errorMsg);
24201      }
24202    }
24203    ;
24204    let c0 = null;
24205    let c1 = null;
24206    let c2 = null;
24207    let p1 = null;
24208    let p2 = null;
24209    for (let index = this.mManifestations.iterator(); index.hasNext(); ) {
24210      let man = index.next();
24211      {
24212        if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0)) {
24213          const loc = man.getLocation();
24214          if (loc.equals(v0)) {
24215            c0 = man;
24216          } else if (loc.equals(v1)) {
24217            c1 = man;
24218            p1 = man.getFirstConstruction();
24219          } else if (loc.equals(v2)) {
24220            c2 = man;
24221            p2 = man.getFirstConstruction();
24222          }
24223        }
24224      }
24225    }
24226    const sigma = field5["createAlgebraicNumber$int_A"]([0, 0, 1]);
24227    const rho = field5["createAlgebraicNumber$int_A"]([0, 1, 0]);
24228    const p3 = new TransformedPoint(new Translation(offset1.scale(sigma)), p2);
24229    const p4 = new TransformedPoint(new Translation(offset2.scale(sigma)), p1);
24230    const p5 = new TransformedPoint(new Translation(offset1.scale(rho)), p4);
24231    const p6 = new TransformedPoint(new Translation(offset2.scale(rho)), p3);
24232    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(new SegmentJoiningPoints(p1, p3)));
24233    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(new SegmentJoiningPoints(p3, p5)));
24234    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(new SegmentJoiningPoints(p5, p6)));
24235    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(new SegmentJoiningPoints(p6, p4)));
24236    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(new SegmentJoiningPoints(p4, p2)));
24237    this.select$com_vzome_core_model_Manifestation(c0);
24238    this.select$com_vzome_core_model_Manifestation(c1);
24239    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(p3));
24240    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(p5));
24241    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(p6));
24242    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(p4));
24243    this.select$com_vzome_core_model_Manifestation(c2);
24244    this.redo();
24245  }
24246  constructor(editorModel) {
24247    super(editorModel);
24248  }
24249  /**
24250   * 
24251   * @return {string}
24252   */
24253  getXmlElementName() {
24254    return "AffineHeptagon";
24255  }
24256};
24257AffineHeptagon["__class"] = "com.vzome.core.edits.AffineHeptagon";
24258

24259// src/worker/legacy/from-java/com/vzome/core/edits/AffinePolygon.ts
24260var AffinePolygon = class extends ChangeManifestations {
24261  /**
24262   * Intended to be used for listing the valid modes for making an "Affine Polygon" submenu
24263   * @param {*} field
24264   * @return
24265   * @return {*}
24266   */
24267  static getPolygonModes(field5) {
24268    const modes = new java.util.TreeMap();
24269    modes.put(2, "Parabola");
24270    modes.put(3, "Triangle");
24271    modes.put(4, "Square");
24272    if (field5.getGoldenRatio() != null) {
24273      modes.put(5, "Pentagon");
24274    }
24275    modes.put(6, "Hexagon");
24276    if (field5.getName() === "heptagon") {
24277      modes.put(7, "Heptagon");
24278    } else if (
24279      /* startsWith */
24280      ((str, searchString, position = 0) => str.substr(position, searchString.length) === searchString)(field5.getName(), "polygon")
24281    ) {
24282      const polygonSides = field5.polygonSides();
24283      for (let nSides = 7; nSides <= polygonSides; nSides++) {
24284        {
24285          if ((polygonSides / nSides | 0) * nSides === polygonSides) {
24286            let label;
24287            switch (nSides) {
24288              case 7:
24289                label = "Heptagon";
24290                break;
24291              case 8:
24292                label = "Octagon";
24293                break;
24294              case 9:
24295                label = "Nonagon";
24296                break;
24297              case 10:
24298                label = "Decagon";
24299                break;
24300              case 12:
24301                label = "Dodecagon";
24302                break;
24303              default:
24304                label = nSides + "-gon";
24305                break;
24306            }
24307            modes.put(nSides, label);
24308          }
24309        }
24310        ;
24311      }
24312    }
24313    return modes;
24314  }
24315  /**
24316   * 
24317   * @param {*} props
24318   */
24319  configure(props) {
24320    this.setMode(props.get("mode"));
24321    if (this.mode == null || /* isEmpty */
24322    this.mode.length === 0) {
24323      this.errorMsg.append("\nMode is not specified.");
24324    }
24325    if (this.nSides < 2) {
24326      this.errorMsg.append("\nThe number of sides must be greater than 1.");
24327    }
24328    if (this.chordRatio == null) {
24329      this.errorMsg.append("\nUnsupported chord ratio.");
24330    }
24331    if (this.errorMsg.length() !== 0) {
24332      this.errorMsg.insert(0, " configuration error(s)");
24333      this.errorMsg.insert(0, this.getXmlElementName());
24334    }
24335  }
24336  /*private*/
24337  setMode(newMode) {
24338    this.mode = newMode;
24339    if (this.mode != null && !/* isEmpty */
24340    (this.mode.length === 0)) {
24341      try {
24342        this.nSides = javaemul.internal.IntegerHelper.parseInt(this.mode);
24343      } catch (e) {
24344        if (ChangeSelection.logger_$LI$().isLoggable(java.util.logging.Level.WARNING)) {
24345          ChangeSelection.logger_$LI$().warning(this.getXmlElementName() + ': Invalid mode "' + this.mode + '".\nMode should be an integer greater than one.');
24346        }
24347      }
24348    }
24349    switch (this.nSides) {
24350      case 2:
24351        this.chordRatio = this.field["createRational$long"](3);
24352        break;
24353      case 3:
24354        this.chordRatio = this.field.zero();
24355        break;
24356      case 4:
24357        this.chordRatio = this.field.one();
24358        break;
24359      case 5:
24360        this.chordRatio = this.field.getGoldenRatio();
24361        break;
24362      case 6:
24363        this.chordRatio = this.field["createRational$long"](2);
24364        break;
24365      default:
24366        if (this.nSides === 7 && this.field.getName() === "heptagon") {
24367          this.chordRatio = this.field.getUnitTerm(2);
24368        } else if (this.nSides >= 7 && /* startsWith */
24369        ((str, searchString, position = 0) => str.substr(position, searchString.length) === searchString)(this.field.getName(), "polygon")) {
24370          const pField = this.field;
24371          const polygonSides = pField.polygonSides();
24372          const step = polygonSides / this.nSides | 0;
24373          if (step * this.nSides === polygonSides) {
24374            const diag0 = pField.getUnitDiagonal(step - 1);
24375            const diag2 = pField.getUnitDiagonal(step * 3 - 1);
24376            this.chordRatio = diag2.dividedBy(diag0);
24377          }
24378        }
24379        break;
24380    }
24381  }
24382  /**
24383   * 
24384   */
24385  perform() {
24386    if (this.errorMsg.length() !== 0) {
24387      this.fail(this.errorMsg.toString());
24388    }
24389    this.errorMsg.append(this.getXmlElementName()).append(" requires two non-parallel struts with a common end point.\n");
24390    let strut1 = null;
24391    let strut2 = null;
24392    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
24393      let man = index.next();
24394      {
24395        if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0)) {
24396          if (strut1 == null) {
24397            strut1 = man;
24398          } else if (strut2 == null) {
24399            strut2 = man;
24400          } else {
24401            this.fail(this.errorMsg.append("\nToo many struts are selected.").toString());
24402          }
24403        }
24404        this.unselect$com_vzome_core_model_Manifestation(man);
24405      }
24406    }
24407    if (strut2 == null) {
24408      this.fail(this.errorMsg.append(strut1 == null ? "\nNo struts are selected." : "\nOnly one strut is selected.").toString());
24409    }
24410    let offset1 = strut1.getOffset();
24411    let offset2 = strut2.getOffset();
24412    if (AlgebraicVectors.areParallel(offset1, offset2)) {
24413      this.fail(this.errorMsg.append("\nStruts are parallel or collinear.").toString());
24414    }
24415    let pCommon = null;
24416    let pStart = null;
24417    let pEnd = null;
24418    const seg1 = strut1.getFirstConstruction();
24419    const seg2 = strut2.getFirstConstruction();
24420    {
24421      const s1 = strut1.getLocation();
24422      const e1 = strut1.getEnd();
24423      const s2 = strut2.getLocation();
24424      const e2 = strut2.getEnd();
24425      if (s1.equals(s2)) {
24426        pStart = new SegmentEndPoint(seg1, false);
24427        pCommon = new SegmentEndPoint(seg2, true);
24428        pEnd = new SegmentEndPoint(seg2, false);
24429      } else if (s1.equals(e2)) {
24430        offset2 = offset2.negate();
24431        pStart = new SegmentEndPoint(seg1, false);
24432        pCommon = new SegmentEndPoint(seg2, false);
24433        pEnd = new SegmentEndPoint(seg2, true);
24434      } else if (e1.equals(s2)) {
24435        offset1 = offset1.negate();
24436        pStart = new SegmentEndPoint(seg1, true);
24437        pCommon = new SegmentEndPoint(seg2, true);
24438        pEnd = new SegmentEndPoint(seg2, false);
24439      } else if (e1.equals(e2)) {
24440        offset1 = offset1.negate();
24441        offset2 = offset2.negate();
24442        pStart = new SegmentEndPoint(seg1, true);
24443        pCommon = new SegmentEndPoint(seg2, false);
24444        pEnd = new SegmentEndPoint(seg2, true);
24445      } else {
24446        this.errorMsg.append("\nStruts do not have a common end point.");
24447        this.fail(this.errorMsg.toString());
24448      }
24449    }
24450    ;
24451    const vBegin = pStart.getLocation();
24452    this.redo();
24453    const man0 = this.manifestConstruction(pStart);
24454    const man1 = this.manifestConstruction(seg1);
24455    if (this.nSides !== 2) {
24456      this.select$com_vzome_core_model_Manifestation(man0);
24457      this.select$com_vzome_core_model_Manifestation(man1);
24458    }
24459    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(pCommon));
24460    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(seg2));
24461    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(pEnd));
24462    for (let i = this.nSides === 2 ? 1 : 2; i < this.nSides; i++) {
24463      {
24464        const translateByChordRatio = offset2.scale(this.chordRatio);
24465        const pNew = new TransformedPoint(new Translation(translateByChordRatio), pStart);
24466        const segNew = new SegmentJoiningPoints(pEnd, pNew);
24467        this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(segNew));
24468        this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(pNew));
24469        if (pNew.getLocation().equals(vBegin)) {
24470          if (i + 1 < this.nSides) {
24471            if (ChangeSelection.logger_$LI$().isLoggable(java.util.logging.Level.INFO)) {
24472              ChangeSelection.logger_$LI$().info(this.getXmlElementName() + ": actual reps = " + (i + 1) + ", not " + this.nSides + " as specified.");
24473            }
24474          }
24475        }
24476        pStart = pCommon;
24477        offset1 = offset2.negate();
24478        pCommon = pEnd;
24479        offset2 = segNew.getOffset();
24480        pEnd = pNew;
24481      }
24482      ;
24483    }
24484    this.redo();
24485  }
24486  constructor(editorModel) {
24487    super(editorModel);
24488    this.errorMsg = new java.lang.StringBuilder();
24489    if (this.field === void 0) {
24490      this.field = null;
24491    }
24492    if (this.chordRatio === void 0) {
24493      this.chordRatio = null;
24494    }
24495    this.mode = null;
24496    this.nSides = 0;
24497    this.setOrderedSelection(true);
24498    this.field = editorModel["getSymmetrySystem$"]().getSymmetry().getField();
24499  }
24500  /**
24501   * 
24502   * @return {string}
24503   */
24504  getXmlElementName() {
24505    return "AffinePolygon";
24506  }
24507  /**
24508   * 
24509   * @param {*} element
24510   */
24511  getXmlAttributes(element) {
24512    if (this.mode != null) {
24513      element.setAttribute("mode", this.mode);
24514    }
24515  }
24516  /**
24517   * 
24518   * @param {*} xml
24519   * @param {XmlSaveFormat} format
24520   */
24521  setXmlAttributes(xml, format) {
24522    this.setMode(xml.getAttribute("mode"));
24523  }
24524};
24525AffinePolygon["__class"] = "com.vzome.core.edits.AffinePolygon";
24526

24527// src/worker/legacy/from-java/com/vzome/core/edits/AffineTransformAll.ts
24528var AffineTransformAll = class extends ChangeManifestations {
24529  constructor(editorModel) {
24530    super(editorModel);
24531    if (this.center === void 0) {
24532      this.center = null;
24533    }
24534    this.center = editorModel.getCenterPoint();
24535  }
24536  /**
24537   * 
24538   */
24539  perform() {
24540    let s1 = null;
24541    let s2 = null;
24542    let s3 = null;
24543    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
24544      let man = index.next();
24545      {
24546        this.unselect$com_vzome_core_model_Manifestation(man);
24547        if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0)) {
24548          if (s1 == null) s1 = man.getFirstConstruction();
24549          else if (s2 == null) s2 = man.getFirstConstruction();
24550          else if (s3 == null) s3 = man.getFirstConstruction();
24551        }
24552      }
24553    }
24554    if (s3 == null || s2 == null || s1 == null) throw new Command.Failure("three struts required");
24555    this.redo();
24556    const transform = new ChangeOfBasis(s1, s2, s3, this.center, true);
24557    for (let index = this.mManifestations.iterator(); index.hasNext(); ) {
24558      let m = index.next();
24559      {
24560        if (!m.isRendered()) continue;
24561        const c = m.getFirstConstruction();
24562        const result = transform.transform$com_vzome_core_construction_Construction(c);
24563        this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(result));
24564      }
24565    }
24566    this.redo();
24567  }
24568  /**
24569   * 
24570   * @return {string}
24571   */
24572  getXmlElementName() {
24573    return "AffineTransformAll";
24574  }
24575};
24576AffineTransformAll["__class"] = "com.vzome.core.edits.AffineTransformAll";
24577

24578// src/worker/legacy/from-java/com/vzome/core/edits/B4Polytope.ts
24579var B4Polytope = class _B4Polytope extends ChangeManifestations {
24580  constructor(editorModel, symmAxis, index) {
24581    if ((editorModel != null && (editorModel.constructor != null && editorModel.constructor["__interfaces"] != null && editorModel.constructor["__interfaces"].indexOf("com.vzome.core.editor.api.EditorModel") >= 0) || editorModel === null) && (symmAxis != null && symmAxis instanceof Segment || symmAxis === null) && (typeof index === "number" || index === null)) {
24582      let __args = arguments;
24583      super(editorModel);
24584      if (this.index === void 0) {
24585        this.index = 0;
24586      }
24587      if (this.proj === void 0) {
24588        this.proj = null;
24589      }
24590      if (this.symmAxis === void 0) {
24591        this.symmAxis = null;
24592      }
24593      if (this.field === void 0) {
24594        this.field = null;
24595      }
24596      this.field = this.mManifestations.getField();
24597      this.index = index;
24598      this.symmAxis = symmAxis;
24599    } else if ((editorModel != null && (editorModel.constructor != null && editorModel.constructor["__interfaces"] != null && editorModel.constructor["__interfaces"].indexOf("com.vzome.core.editor.api.EditorModel") >= 0) || editorModel === null) && symmAxis === void 0 && index === void 0) {
24600      let __args = arguments;
24601      {
24602        let __args2 = arguments;
24603        let symmAxis2 = null;
24604        let index2 = 0;
24605        super(editorModel);
24606        if (this.index === void 0) {
24607          this.index = 0;
24608        }
24609        if (this.proj === void 0) {
24610          this.proj = null;
24611        }
24612        if (this.symmAxis === void 0) {
24613          this.symmAxis = null;
24614        }
24615        if (this.field === void 0) {
24616          this.field = null;
24617        }
24618        this.field = this.mManifestations.getField();
24619        this.index = index2;
24620        this.symmAxis = symmAxis2;
24621      }
24622    } else throw new Error("invalid overload");
24623  }
24624  /**
24625   * 
24626   * @return {string}
24627   */
24628  getXmlElementName() {
24629    return "B4Polytope";
24630  }
24631  /**
24632   * 
24633   * @param {*} result
24634   */
24635  getXmlAttributes(result) {
24636    DomUtils.addAttribute(result, "dynkin", DomUtils.byteToBinary(this.index));
24637    if (this.symmAxis != null) XmlSaveFormat.serializeSegment(result, "start", "end", this.symmAxis);
24638  }
24639  /**
24640   * 
24641   * @param {*} xml
24642   * @param {XmlSaveFormat} format
24643   */
24644  setXmlAttributes(xml, format) {
24645    const binary = xml.getAttribute("dynkin");
24646    this.index = javaemul.internal.IntegerHelper.parseInt(binary, 2);
24647    if (format.commandEditsCompacted()) this.symmAxis = format.parseSegment$org_w3c_dom_Element$java_lang_String$java_lang_String(xml, "start", "end");
24648    else {
24649      const attrs = format.loadCommandAttributes$org_w3c_dom_Element(xml);
24650      this.symmAxis = attrs.get("rotation");
24651    }
24652  }
24653  /**
24654   * 
24655   */
24656  perform() {
24657    if (this.symmAxis == null) this.proj = new Projection.Default(this.field);
24658    else {
24659      const scale = this.field["createPower$int"](-5);
24660      this.proj = new QuaternionProjection(this.field, null, this.symmAxis.getOffset().scale(scale));
24661    }
24662    const edgeScales = [null, null, null, null];
24663    for (let i = 0; i < edgeScales.length; i++) {
24664      {
24665        edgeScales[i] = this.field.one();
24666      }
24667      ;
24668    }
24669    const group = new B4Group(this.field);
24670    WythoffConstruction.constructPolytope(group, this.index, this.index, edgeScales, group, new _B4Polytope.WythoffListener(this, this.field));
24671    this.redo();
24672  }
24673};
24674B4Polytope["__class"] = "com.vzome.core.edits.B4Polytope";
24675((B4Polytope2) => {
24676  class WythoffListener {
24677    constructor(__parent, field5) {
24678      this.__parent = __parent;
24679      this.numVertices = 0;
24680      if (this.scale === void 0) {
24681        this.scale = null;
24682      }
24683      this.scale = field5["createPower$int"](5);
24684    }
24685    /**
24686     * 
24687     * @param {*} p1
24688     * @param {*} p2
24689     * @return {*}
24690     */
24691    addEdge(p1, p2) {
24692      const edge = new SegmentJoiningPoints(p1, p2);
24693      this.__parent.manifestConstruction(edge);
24694      return edge;
24695    }
24696    /**
24697     * 
24698     * @param {java.lang.Object[]} vertices
24699     * @return {*}
24700     */
24701    addFace(vertices) {
24702      return null;
24703    }
24704    /**
24705     * 
24706     * @param {AlgebraicVector} vertex
24707     * @return {*}
24708     */
24709    addVertex(vertex) {
24710      let projected = vertex;
24711      if (this.__parent.proj != null) projected = this.__parent.proj.projectImage(vertex, true);
24712      const p = new FreePoint(projected.scale(this.scale));
24713      p.setIndex(this.numVertices++);
24714      this.__parent.manifestConstruction(p);
24715      return p;
24716    }
24717  }
24718  B4Polytope2.WythoffListener = WythoffListener;
24719  WythoffListener["__class"] = "com.vzome.core.edits.B4Polytope.WythoffListener";
24720  WythoffListener["__interfaces"] = ["com.vzome.core.math.symmetry.WythoffConstruction.Listener"];
24721})(B4Polytope || (B4Polytope = {}));
24722

24723// src/worker/legacy/from-java/com/vzome/core/edits/ColorManifestations.ts
24724var ColorManifestations = class extends ChangeManifestations {
24725  constructor(editorModel) {
24726    super(editorModel);
24727    if (this.color === void 0) {
24728      this.color = null;
24729    }
24730  }
24731  /**
24732   * 
24733   * @param {*} props
24734   */
24735  configure(props) {
24736    const mode = props.get("mode");
24737    if (mode != null) this.initialize(new Color(mode));
24738  }
24739  /*private*/
24740  initialize(color) {
24741    this.color = color;
24742    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
24743      let m = index.next();
24744      {
24745        if (m.isRendered()) this.colorManifestation(m, color);
24746        this.unselect$com_vzome_core_model_Manifestation$boolean(m, true);
24747      }
24748    }
24749  }
24750  /**
24751   * 
24752   * @param {*} result
24753   */
24754  getXmlAttributes(result) {
24755    result.setAttribute("red", "" + this.color.getRed());
24756    result.setAttribute("green", "" + this.color.getGreen());
24757    result.setAttribute("blue", "" + this.color.getBlue());
24758    const alpha = this.color.getAlpha();
24759    if (alpha < 255) result.setAttribute("alpha", "" + alpha);
24760  }
24761  /**
24762   * 
24763   * @param {*} xml
24764   * @param {XmlSaveFormat} format
24765   */
24766  setXmlAttributes(xml, format) {
24767    if (format.loadToRender()) {
24768      const red = xml.getAttribute("red");
24769      const green = xml.getAttribute("green");
24770      const blue = xml.getAttribute("blue");
24771      const alphaStr = xml.getAttribute("alpha");
24772      const alpha = alphaStr == null || /* isEmpty */
24773      alphaStr.length === 0 ? 255 : javaemul.internal.IntegerHelper.parseInt(alphaStr);
24774      this.initialize(new Color(javaemul.internal.IntegerHelper.parseInt(red), javaemul.internal.IntegerHelper.parseInt(green), javaemul.internal.IntegerHelper.parseInt(blue), alpha));
24775    } else this.initialize(null);
24776  }
24777  /**
24778   * 
24779   * @return {string}
24780   */
24781  getXmlElementName() {
24782    return "setItemColor";
24783  }
24784};
24785ColorManifestations["__class"] = "com.vzome.core.edits.ColorManifestations";
24786

24787// src/worker/legacy/from-java/com/vzome/core/edits/ColorMappers.ts
24788var ColorMappers = class {
24789};
24790ColorMappers["__class"] = "com.vzome.core.edits.ColorMappers";
24791

24792// src/worker/legacy/from-java/com/vzome/core/edits/ConvexHull.ts
24793var ConvexHull = class extends ChangeManifestations {
24794  constructor(editorModel) {
24795    super(editorModel);
24796  }
24797  getSelectedVertexSet(unselectAll) {
24798    const vertexSet = new java.util.HashSet();
24799    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
24800      let man = index.next();
24801      {
24802        if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0)) {
24803          vertexSet.add(man.getLocation());
24804        } else if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0)) {
24805          vertexSet.add(man.getLocation());
24806          vertexSet.add(man.getEnd());
24807        } else if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Panel") >= 0)) {
24808          for (let index2 = man.iterator(); index2.hasNext(); ) {
24809            let vertex = index2.next();
24810            {
24811              vertexSet.add(vertex);
24812            }
24813          }
24814        }
24815        if (unselectAll) {
24816          this.unselect$com_vzome_core_model_Manifestation(man);
24817        }
24818      }
24819    }
24820    return vertexSet;
24821  }
24822};
24823ConvexHull["__class"] = "com.vzome.core.edits.ConvexHull";
24824

24825// src/worker/legacy/from-java/com/vzome/core/edits/ConvexHull2d.ts
24826var ConvexHull2d = class _ConvexHull2d extends ConvexHull {
24827  static {
24828    this.NAME = "ConvexHull2d";
24829  }
24830  constructor(editorModel) {
24831    super(editorModel);
24832  }
24833  /**
24834   * 
24835   * @return {string}
24836   */
24837  getXmlElementName() {
24838    return _ConvexHull2d.NAME;
24839  }
24840  /**
24841   * 
24842   */
24843  perform() {
24844    const hull2d = GrahamScan2D.buildHull(this.getSelectedVertexSet(true));
24845    this.redo();
24846    const vertices = ((s) => {
24847      let a = [];
24848      while (s-- > 0) a.push(null);
24849      return a;
24850    })(hull2d.length);
24851    let p = 0;
24852    const pointMap = new java.util.HashMap(hull2d.length);
24853    for (let index = 0; index < hull2d.length; index++) {
24854      let vertex = hull2d[index];
24855      {
24856        const point = new FreePoint(vertex);
24857        pointMap.put(vertex, point);
24858        vertices[p++] = point;
24859        this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(point));
24860      }
24861    }
24862    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(new PolygonFromVertices(vertices)));
24863    let start = pointMap.get(hull2d[0]);
24864    for (let i = 1; i < hull2d.length; i++) {
24865      {
24866        const end2 = pointMap.get(hull2d[i]);
24867        this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(new SegmentJoiningPoints(start, end2)));
24868        start = end2;
24869      }
24870      ;
24871    }
24872    const end = pointMap.get(hull2d[0]);
24873    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(new SegmentJoiningPoints(start, end)));
24874    this.redo();
24875  }
24876};
24877ConvexHull2d["__class"] = "com.vzome.core.edits.ConvexHull2d";
24878

24879// src/worker/legacy/from-java/com/vzome/core/math/convexhull/Vertex.ts
24880var Vertex = class {
24881  constructor(v, idx) {
24882    if (this.pnt === void 0) {
24883      this.pnt = null;
24884    }
24885    if (this.index === void 0) {
24886      this.index = 0;
24887    }
24888    if (this.prev === void 0) {
24889      this.prev = null;
24890    }
24891    if (this.next === void 0) {
24892      this.next = null;
24893    }
24894    if (this.face === void 0) {
24895      this.face = null;
24896    }
24897    this.pnt = v;
24898    this.index = idx;
24899  }
24900};
24901Vertex["__class"] = "com.vzome.core.math.convexhull.Vertex";
24902

24903// src/worker/legacy/from-java/com/vzome/core/math/convexhull/HalfEdge.ts
24904var HalfEdge = class {
24905  constructor(v, f) {
24906    if ((v != null && v instanceof Vertex || v === null) && (f != null && f instanceof Face || f === null)) {
24907      let __args = arguments;
24908      if (this.vertex === void 0) {
24909        this.vertex = null;
24910      }
24911      if (this.face === void 0) {
24912        this.face = null;
24913      }
24914      if (this.next === void 0) {
24915        this.next = null;
24916      }
24917      if (this.prev === void 0) {
24918        this.prev = null;
24919      }
24920      if (this.opposite === void 0) {
24921        this.opposite = null;
24922      }
24923      this.vertex = v;
24924      this.face = f;
24925    } else if (v === void 0 && f === void 0) {
24926      let __args = arguments;
24927      if (this.vertex === void 0) {
24928        this.vertex = null;
24929      }
24930      if (this.face === void 0) {
24931        this.face = null;
24932      }
24933      if (this.next === void 0) {
24934        this.next = null;
24935      }
24936      if (this.prev === void 0) {
24937        this.prev = null;
24938      }
24939      if (this.opposite === void 0) {
24940        this.opposite = null;
24941      }
24942    } else throw new Error("invalid overload");
24943  }
24944  /**
24945   * Sets the value of the next edge adjacent (counter-clockwise) to this one
24946   * within the triangle.
24947   * 
24948   * @param {HalfEdge} edge
24949   * next adjacent edge
24950   */
24951  setNext(edge) {
24952    this.next = edge;
24953  }
24954  /**
24955   * Gets the value of the next edge adjacent (counter-clockwise) to this one
24956   * within the triangle.
24957   * 
24958   * @return {HalfEdge} next adjacent edge
24959   */
24960  getNext() {
24961    return this.next;
24962  }
24963  /**
24964   * Sets the value of the previous edge adjacent (clockwise) to this one within
24965   * the triangle.
24966   * 
24967   * @param {HalfEdge} edge
24968   * previous adjacent edge
24969   */
24970  setPrev(edge) {
24971    this.prev = edge;
24972  }
24973  /**
24974   * Gets the value of the previous edge adjacent (clockwise) to this one within
24975   * the triangle.
24976   * 
24977   * @return {HalfEdge} previous adjacent edge
24978   */
24979  getPrev() {
24980    return this.prev;
24981  }
24982  /**
24983   * Returns the triangular face located to the left of this half-edge.
24984   * 
24985   * @return {Face} left-hand triangular face
24986   */
24987  getFace() {
24988    return this.face;
24989  }
24990  /**
24991   * Returns the half-edge opposite to this half-edge.
24992   * 
24993   * @return {HalfEdge} opposite half-edge
24994   */
24995  getOpposite() {
24996    return this.opposite;
24997  }
24998  /**
24999   * Sets the half-edge opposite to this half-edge.
25000   * 
25001   * @param {HalfEdge} edge
25002   * opposite half-edge
25003   */
25004  setOpposite(edge) {
25005    this.opposite = edge;
25006    edge.opposite = this;
25007  }
25008  /**
25009   * Returns the head vertex associated with this half-edge.
25010   * 
25011   * @return {Vertex} head vertex
25012   */
25013  head() {
25014    return this.vertex;
25015  }
25016  /**
25017   * Returns the tail vertex associated with this half-edge.
25018   * 
25019   * @return {Vertex} tail vertex
25020   */
25021  tail() {
25022    return this.prev != null ? this.prev.vertex : null;
25023  }
25024  /**
25025   * Returns the opposite triangular face associated with this half-edge.
25026   * 
25027   * @return {Face} opposite triangular face
25028   */
25029  oppositeFace() {
25030    return this.opposite == null ? null : this.opposite.face;
25031  }
25032  /**
25033   * Produces a string identifying this half-edge by the point index values of its
25034   * tail and head vertices.
25035   * 
25036   * @return {string} identifying string
25037   */
25038  getVertexString() {
25039    if (this.tail() != null) {
25040      return "" + this.tail().index + "-" + this.head().index;
25041    } else {
25042      return "?-" + this.head().index;
25043    }
25044  }
25045  /**
25046   * Returns the length squared of this half-edge.
25047   * 
25048   * @return {*} half-edge length squared
25049   */
25050  lengthSquared() {
25051    if (this.tail() == null) {
25052      return this.head().pnt.getField()["createRational$long"](-1);
25053    }
25054    const offset = this.head().pnt.minus(this.tail().pnt);
25055    return offset.dot(offset);
25056  }
25057};
25058HalfEdge["__class"] = "com.vzome.core.math.convexhull.HalfEdge";
25059

25060// src/worker/legacy/from-java/com/vzome/core/math/convexhull/Face.ts
25061var Face = class _Face {
25062  static {
25063    this.VISIBLE = 1;
25064  }
25065  static {
25066    this.NON_CONVEX = 2;
25067  }
25068  static {
25069    this.DELETED = 3;
25070  }
25071  computeCentroid() {
25072    const vectors = new java.util.HashSet();
25073    let he = this.he0;
25074    do {
25075      {
25076        vectors.add(he.head().pnt);
25077        he = he.next;
25078      }
25079    } while (he !== this.he0);
25080    this.centroid = AlgebraicVectors.calculateCentroid(vectors);
25081    return this.centroid;
25082  }
25083  computeNormal() {
25084    let he1 = this.he0.next;
25085    let he2 = he1.next;
25086    const p0 = this.he0.head().pnt;
25087    let p2 = he1.head().pnt;
25088    let d2 = p2.minus(p0);
25089    this.normal = p0.getField().origin(3);
25090    this.numVerts = 2;
25091    while (he2 !== this.he0) {
25092      {
25093        const d1 = d2;
25094        p2 = he2.head().pnt;
25095        d2 = p2.minus(p0);
25096        this.normal = this.normal.plus(d1.cross(d2));
25097        he1 = he2;
25098        he2 = he2.next;
25099        this.numVerts++;
25100      }
25101    }
25102    ;
25103    return this.normal;
25104  }
25105  /*private*/
25106  computeNormalAndCentroid$() {
25107    this.normal = this.computeNormal();
25108    this.centroid = this.computeCentroid();
25109    this.planeOffset = this.normal.dot(this.centroid);
25110    let numv = 0;
25111    let he = this.he0;
25112    do {
25113      {
25114        numv++;
25115        he = he.next;
25116      }
25117    } while (he !== this.he0);
25118    if (numv !== this.numVerts) {
25119      this.fail("face " + this.getVertexString() + " numVerts=" + this.numVerts + " should be " + numv);
25120    }
25121  }
25122  computeNormalAndCentroid$double(minArea) {
25123    this.normal = this.computeNormal();
25124    this.centroid = this.computeCentroid();
25125    this.planeOffset = this.normal.dot(this.centroid);
25126  }
25127  computeNormalAndCentroid(minArea) {
25128    if (typeof minArea === "number" || minArea === null) {
25129      return this.computeNormalAndCentroid$double(minArea);
25130    } else if (minArea === void 0) {
25131      return this.computeNormalAndCentroid$();
25132    } else throw new Error("invalid overload");
25133  }
25134  static createTriangle$com_vzome_core_math_convexhull_Vertex$com_vzome_core_math_convexhull_Vertex$com_vzome_core_math_convexhull_Vertex(v0, v1, v2) {
25135    return _Face.createTriangle$com_vzome_core_math_convexhull_Vertex$com_vzome_core_math_convexhull_Vertex$com_vzome_core_math_convexhull_Vertex$double(v0, v1, v2, 0);
25136  }
25137  static createTriangle$com_vzome_core_math_convexhull_Vertex$com_vzome_core_math_convexhull_Vertex$com_vzome_core_math_convexhull_Vertex$double(v0, v1, v2, minArea) {
25138    const face = new _Face();
25139    const he0 = new HalfEdge(v0, face);
25140    const he1 = new HalfEdge(v1, face);
25141    const he2 = new HalfEdge(v2, face);
25142    he0.prev = he2;
25143    he0.next = he1;
25144    he1.prev = he0;
25145    he1.next = he2;
25146    he2.prev = he1;
25147    he2.next = he0;
25148    face.he0 = he0;
25149    face.computeNormalAndCentroid$double(minArea);
25150    return face;
25151  }
25152  /**
25153   * Constructs a triangule Face from vertices v0, v1, and v2.
25154   * 
25155   * @param {Vertex} v0
25156   * first vertex
25157   * @param {Vertex} v1
25158   * second vertex
25159   * @param {Vertex} v2
25160   * third vertex
25161   * @param {number} minArea
25162   * @return {Face}
25163   */
25164  static createTriangle(v0, v1, v2, minArea) {
25165    if ((v0 != null && v0 instanceof Vertex || v0 === null) && (v1 != null && v1 instanceof Vertex || v1 === null) && (v2 != null && v2 instanceof Vertex || v2 === null) && (typeof minArea === "number" || minArea === null)) {
25166      return _Face.createTriangle$com_vzome_core_math_convexhull_Vertex$com_vzome_core_math_convexhull_Vertex$com_vzome_core_math_convexhull_Vertex$double(v0, v1, v2, minArea);
25167    } else if ((v0 != null && v0 instanceof Vertex || v0 === null) && (v1 != null && v1 instanceof Vertex || v1 === null) && (v2 != null && v2 instanceof Vertex || v2 === null) && minArea === void 0) {
25168      return _Face.createTriangle$com_vzome_core_math_convexhull_Vertex$com_vzome_core_math_convexhull_Vertex$com_vzome_core_math_convexhull_Vertex(v0, v1, v2);
25169    } else throw new Error("invalid overload");
25170  }
25171  static create(vtxArray, indices) {
25172    const face = new _Face();
25173    let hePrev = null;
25174    for (let i = 0; i < indices.length; i++) {
25175      {
25176        const he = new HalfEdge(vtxArray[indices[i]], face);
25177        if (hePrev != null) {
25178          he.setPrev(hePrev);
25179          hePrev.setNext(he);
25180        } else {
25181          face.he0 = he;
25182        }
25183        hePrev = he;
25184      }
25185      ;
25186    }
25187    face.he0.setPrev(hePrev);
25188    hePrev.setNext(face.he0);
25189    face.computeNormalAndCentroid$();
25190    return face;
25191  }
25192  constructor() {
25193    if (this.he0 === void 0) {
25194      this.he0 = null;
25195    }
25196    if (this.normal === void 0) {
25197      this.normal = null;
25198    }
25199    if (this.area === void 0) {
25200      this.area = 0;
25201    }
25202    if (this.centroid === void 0) {
25203      this.centroid = null;
25204    }
25205    if (this.planeOffset === void 0) {
25206      this.planeOffset = null;
25207    }
25208    if (this.index === void 0) {
25209      this.index = 0;
25210    }
25211    if (this.numVerts === void 0) {
25212      this.numVerts = 0;
25213    }
25214    if (this.next === void 0) {
25215      this.next = null;
25216    }
25217    this.mark = _Face.VISIBLE;
25218    if (this.outside === void 0) {
25219      this.outside = null;
25220    }
25221    this.mark = _Face.VISIBLE;
25222  }
25223  /**
25224   * Gets the i-th half-edge associated with the face.
25225   * 
25226   * @param {number} i
25227   * the half-edge index, in the range 0-2.
25228   * @return {HalfEdge} the half-edge
25229   */
25230  getEdge(i) {
25231    let he = this.he0;
25232    while (i > 0) {
25233      {
25234        he = he.next;
25235        i--;
25236      }
25237    }
25238    ;
25239    while (i < 0) {
25240      {
25241        he = he.prev;
25242        i++;
25243      }
25244    }
25245    ;
25246    return he;
25247  }
25248  getFirstEdge() {
25249    return this.he0;
25250  }
25251  /**
25252   * Finds the half-edge within this face which has tail <code>vt</code> and head
25253   * <code>vh</code>.
25254   * 
25255   * @param {Vertex} vt
25256   * tail point
25257   * @param {Vertex} vh
25258   * head point
25259   * @return {HalfEdge} the half-edge, or null if none is found.
25260   */
25261  findEdge(vt, vh) {
25262    let he = this.he0;
25263    do {
25264      {
25265        if (he.head() === vh && he.tail() === vt) {
25266          return he;
25267        }
25268        he = he.next;
25269      }
25270    } while (he !== this.he0);
25271    return null;
25272  }
25273  /**
25274   * Computes the distance from a point p to the plane of this face.
25275   * 
25276   * @param {AlgebraicVector} p
25277   * the point
25278   * @return {*} distance from the point to the plane
25279   */
25280  distanceToPlane(p) {
25281    return this.normal.dot(p)["minus$com_vzome_core_algebra_AlgebraicNumber"](this.planeOffset);
25282  }
25283  /**
25284   * Returns the normal of the plane associated with this face.
25285   * 
25286   * @return {AlgebraicVector} the planar normal
25287   */
25288  getNormal() {
25289    return this.normal;
25290  }
25291  getCentroid() {
25292    return this.centroid;
25293  }
25294  numVertices() {
25295    return this.numVerts;
25296  }
25297  getVertexString() {
25298    let s = null;
25299    let he = this.he0;
25300    do {
25301      {
25302        if (s == null) {
25303          s = "" + he.head().index;
25304        } else {
25305          s += " " + he.head().index;
25306        }
25307        he = he.next;
25308      }
25309    } while (he !== this.he0);
25310    return s;
25311  }
25312  getVertexIndices(idxs) {
25313    let he = this.he0;
25314    let i = 0;
25315    do {
25316      {
25317        idxs[i++] = he.head().index;
25318        he = he.next;
25319      }
25320    } while (he !== this.he0);
25321  }
25322  /*private*/
25323  connectHalfEdges(hedgePrev, hedge) {
25324    let discardedFace = null;
25325    if (hedgePrev.oppositeFace() === hedge.oppositeFace()) {
25326      const oppFace = hedge.oppositeFace();
25327      let hedgeOpp;
25328      if (hedgePrev === this.he0) {
25329        this.he0 = hedge;
25330      }
25331      if (oppFace.numVertices() === 3) {
25332        hedgeOpp = hedge.getOpposite().prev.getOpposite();

25333        oppFace.mark = _Face.DELETED;
25334        discardedFace = oppFace;
25335      } else {
25336        hedgeOpp = hedge.getOpposite().next;
25337        if (oppFace.he0 === hedgeOpp.prev) {
25338          oppFace.he0 = hedgeOpp;
25339        }
25340        hedgeOpp.prev = hedgeOpp.prev.prev;
25341        hedgeOpp.prev.next = hedgeOpp;
25342      }
25343      hedge.prev = hedgePrev.prev;
25344      hedge.prev.next = hedge;
25345      hedge.opposite = hedgeOpp;
25346      hedgeOpp.opposite = hedge;
25347      oppFace.computeNormalAndCentroid$();
25348    } else {
25349      hedgePrev.next = hedge;
25350      hedge.prev = hedgePrev;
25351    }
25352    return discardedFace;
25353  }
25354  /*private*/
25355  fail(msg) {
25356    throw new Command.Failure(msg);
25357  }
25358  checkConsistency() {
25359    let hedge = this.he0;
25360    let maxd = 0;
25361    let numv = 0;
25362    if (this.numVerts < 3) {
25363      this.fail("degenerate face: " + this.getVertexString());
25364    }
25365    do {
25366      {
25367        const hedgeOpp = hedge.getOpposite();
25368        if (hedgeOpp == null) {
25369          this.fail("face " + this.getVertexString() + ": unreflected half edge " + hedge.getVertexString());
25370        } else if (hedgeOpp.getOpposite() !== hedge) {
25371          this.fail("face " + this.getVertexString() + ": opposite half edge " + hedgeOpp.getVertexString() + " has opposite " + hedgeOpp.getOpposite().getVertexString());
25372        }
25373        if (hedgeOpp.head() !== hedge.tail() || hedge.head() !== hedgeOpp.tail()) {
25374          this.fail("face " + this.getVertexString() + ": half edge " + hedge.getVertexString() + " reflected by " + hedgeOpp.getVertexString());
25375        }
25376        const oppFace = hedgeOpp.face;
25377        if (oppFace == null) {
25378          this.fail("face " + this.getVertexString() + ": no face on half edge " + hedgeOpp.getVertexString());
25379        } else if (oppFace.mark === _Face.DELETED) {
25380          this.fail("face " + this.getVertexString() + ": opposite face " + oppFace.getVertexString() + " not on hull");
25381        }
25382        const d = Math.abs(this.distanceToPlane(hedge.head().pnt).evaluate());
25383        if (d > maxd) {
25384          maxd = d;
25385        }
25386        numv++;
25387        hedge = hedge.next;
25388      }
25389    } while (hedge !== this.he0);
25390    if (numv !== this.numVerts) {
25391      this.fail("face " + this.getVertexString() + " numVerts=" + this.numVerts + " should be " + numv);
25392    }
25393  }
25394  mergeAdjacentFace(hedgeAdj, discarded) {
25395    const oppFace = hedgeAdj.oppositeFace();
25396    let numDiscarded = 0;
25397    discarded[numDiscarded++] = oppFace;
25398    oppFace.mark = _Face.DELETED;
25399    const hedgeOpp = hedgeAdj.getOpposite();
25400    let hedgeAdjPrev = hedgeAdj.prev;
25401    let hedgeAdjNext = hedgeAdj.next;
25402    let hedgeOppPrev = hedgeOpp.prev;
25403    let hedgeOppNext = hedgeOpp.next;
25404    let foo = 0;
25405    while (hedgeAdjPrev.oppositeFace() === oppFace) {
25406      {
25407        hedgeAdjPrev = hedgeAdjPrev.prev;
25408        hedgeOppNext = hedgeOppNext.next;
25409        if (++foo > 1e3) {
25410          this.fail("Oops, it's hung.");
25411        }
25412      }
25413    }
25414    ;
25415    foo = 0;
25416    while (hedgeAdjNext.oppositeFace() === oppFace) {
25417      {
25418        hedgeOppPrev = hedgeOppPrev.prev;
25419        hedgeAdjNext = hedgeAdjNext.next;
25420        if (++foo > 1e3) {
25421          this.fail("Oops, it's hung.");
25422        }
25423      }
25424    }
25425    ;
25426    let hedge;
25427    foo = 0;
25428    for (hedge = hedgeOppNext; hedge !== hedgeOppPrev.next; hedge = hedge.next) {
25429      {
25430        hedge.face = this;
25431        if (++foo > 1e3) {
25432          this.fail("Oops, it's hung.");
25433        }
25434      }
25435      ;
25436    }
25437    if (hedgeAdj === this.he0) {
25438      this.he0 = hedgeAdjNext;
25439    }
25440    let discardedFace;
25441    discardedFace = this.connectHalfEdges(hedgeOppPrev, hedgeAdjNext);
25442    if (discardedFace != null) {
25443      discarded[numDiscarded++] = discardedFace;
25444    }
25445    discardedFace = this.connectHalfEdges(hedgeAdjPrev, hedgeOppNext);
25446    if (discardedFace != null) {
25447      discarded[numDiscarded++] = discardedFace;
25448    }
25449    this.computeNormalAndCentroid$();
25450    this.checkConsistency();
25451    return numDiscarded;
25452  }
25453  triangulate(newFaces) {
25454    const minArea = 0;
25455    let hedge;
25456    if (this.numVertices() < 4) {
25457      return;
25458    }
25459    const v0 = this.he0.head();
25460    hedge = this.he0.next;
25461    let oppPrev = hedge.opposite;
25462    let face0 = null;
25463    for (hedge = hedge.next; hedge !== this.he0.prev; hedge = hedge.next) {
25464      {
25465        const face = _Face.createTriangle$com_vzome_core_math_convexhull_Vertex$com_vzome_core_math_convexhull_Vertex$com_vzome_core_math_convexhull_Vertex$double(v0, hedge.prev.head(), hedge.head(), minArea);
25466        face.he0.next.setOpposite(oppPrev);
25467        face.he0.prev.setOpposite(hedge.opposite);
25468        oppPrev = face.he0;
25469        newFaces.add(face);
25470        if (face0 == null) {
25471          face0 = face;
25472        }
25473      }
25474      ;
25475    }
25476    hedge = new HalfEdge(this.he0.prev.prev.head(), this);
25477    hedge.setOpposite(oppPrev);
25478    hedge.prev = this.he0;
25479    hedge.prev.next = hedge;
25480    hedge.next = this.he0.prev;
25481    hedge.next.prev = hedge;
25482    this.computeNormalAndCentroid$double(minArea);
25483    this.checkConsistency();
25484    for (let face = face0; face != null; face = face.next) {
25485      {
25486        face.checkConsistency();
25487      }
25488      ;
25489    }
25490  }
25491};
25492Face["__class"] = "com.vzome.core.math.convexhull.Face";
25493

25494// src/worker/legacy/from-java/com/vzome/core/math/convexhull/VertexList.ts
25495var VertexList = class {
25496  /**
25497   * Clears this list.
25498   */
25499  clear() {
25500    this.head = this.tail = null;
25501  }
25502  /**
25503   * Adds a vertex to the end of this list.
25504   * @param {Vertex} vtx
25505   */
25506  add(vtx) {
25507    if (this.head == null) {
25508      this.head = vtx;
25509    } else {
25510      this.tail.next = vtx;
25511    }
25512    vtx.prev = this.tail;
25513    vtx.next = null;
25514    this.tail = vtx;
25515  }
25516  /**
25517   * Adds a chain of vertices to the end of this list.
25518   * @param {Vertex} vtx
25519   */
25520  addAll(vtx) {
25521    if (this.head == null) {
25522      this.head = vtx;
25523    } else {
25524      this.tail.next = vtx;
25525    }
25526    vtx.prev = this.tail;
25527    while (vtx.next != null) {
25528      {
25529        vtx = vtx.next;
25530      }
25531    }
25532    ;
25533    this.tail = vtx;
25534  }
25535  delete$com_vzome_core_math_convexhull_Vertex(vtx) {
25536    if (vtx.prev == null) {
25537      this.head = vtx.next;
25538    } else {
25539      vtx.prev.next = vtx.next;
25540    }
25541    if (vtx.next == null) {
25542      this.tail = vtx.prev;
25543    } else {
25544      vtx.next.prev = vtx.prev;
25545    }
25546  }
25547  delete$com_vzome_core_math_convexhull_Vertex$com_vzome_core_math_convexhull_Vertex(vtx1, vtx2) {
25548    if (vtx1.prev == null) {
25549      this.head = vtx2.next;
25550    } else {
25551      vtx1.prev.next = vtx2.next;
25552    }
25553    if (vtx2.next == null) {
25554      this.tail = vtx1.prev;
25555    } else {
25556      vtx2.next.prev = vtx1.prev;
25557    }
25558  }
25559  /**
25560   * Deletes a chain of vertices from this list.
25561   * @param {Vertex} vtx1
25562   * @param {Vertex} vtx2
25563   */
25564  delete(vtx1, vtx2) {
25565    if ((vtx1 != null && vtx1 instanceof Vertex || vtx1 === null) && (vtx2 != null && vtx2 instanceof Vertex || vtx2 === null)) {
25566      return this.delete$com_vzome_core_math_convexhull_Vertex$com_vzome_core_math_convexhull_Vertex(vtx1, vtx2);
25567    } else if ((vtx1 != null && vtx1 instanceof Vertex || vtx1 === null) && vtx2 === void 0) {
25568      return this.delete$com_vzome_core_math_convexhull_Vertex(vtx1);
25569    } else throw new Error("invalid overload");
25570  }
25571  /**
25572   * Inserts a vertex into this list before another specificed vertex.
25573   * @param {Vertex} vtx
25574   * @param {Vertex} next
25575   */
25576  insertBefore(vtx, next) {
25577    vtx.prev = next.prev;
25578    if (next.prev == null) {
25579      this.head = vtx;
25580    } else {
25581      next.prev.next = vtx;
25582    }
25583    vtx.next = next;
25584    next.prev = vtx;
25585  }
25586  /**
25587   * Returns the first element in this list.
25588   * @return {Vertex}
25589   */
25590  first() {
25591    return this.head;
25592  }
25593  /**
25594   * Returns true if this list is empty.
25595   * @return {boolean}
25596   */
25597  isEmpty() {
25598    return this.head == null;
25599  }
25600  constructor() {
25601    if (this.head === void 0) {
25602      this.head = null;
25603    }
25604    if (this.tail === void 0) {
25605      this.tail = null;
25606    }
25607  }
25608};
25609VertexList["__class"] = "com.vzome.core.math.convexhull.VertexList";
25610

25611// src/worker/legacy/from-java/com/vzome/core/math/convexhull/QuickHull3D.ts
25612var QuickHull3D = class _QuickHull3D {
25613  static {
25614    /**
25615     * Specifies that (on output) vertex indices for a face should be listed in
25616     * clockwise order.
25617     */
25618    this.CLOCKWISE = 1;
25619  }
25620  static {
25621    /**
25622     * Specifies that (on output) the vertex indices for a face should be numbered
25623     * starting from 1.
25624     */
25625    this.INDEXED_FROM_ONE = 2;
25626  }
25627  static {
25628    /**
25629     * Specifies that (on output) the vertex indices for a face should be numbered
25630     * starting from 0.
25631     */
25632    this.INDEXED_FROM_ZERO = 4;
25633  }
25634  static {
25635    /**
25636     * Specifies that (on output) the vertex indices for a face should be numbered
25637     * with respect to the original input points.
25638     */
25639    this.POINT_RELATIVE = 8;
25640  }
25641  /**
25642   * Returns true if debugging is enabled.
25643   * 
25644   * @return {boolean} true is debugging is enabled
25645   * @see QuickHull3D#setDebug
25646   */
25647  getDebug() {
25648    return this.debug;
25649  }
25650  /**
25651   * Enables the printing of debugging diagnostics.
25652   * 
25653   * @param {boolean} enable
25654   * if true, enables debugging
25655   */
25656  setDebug(enable) {
25657    this.debug = enable;
25658  }
25659  /*private*/
25660  addPointToFace(vtx, face) {
25661    vtx.face = face;
25662    if (face.outside == null) {
25663      this.claimed.add(vtx);
25664    } else {
25665      this.claimed.insertBefore(vtx, face.outside);
25666    }
25667    face.outside = vtx;
25668  }
25669  /*private*/
25670  removePointFromFace(vtx, face) {
25671    if (vtx === face.outside) {
25672      if (vtx.next != null && vtx.next.face === face) {
25673        face.outside = vtx.next;
25674      } else {
25675        face.outside = null;
25676      }
25677    }
25678    this.claimed.delete$com_vzome_core_math_convexhull_Vertex(vtx);
25679  }
25680  /*private*/
25681  removeAllPointsFromFace(face) {
25682    if (face.outside != null) {
25683      let end = face.outside;
25684      while (end.next != null && end.next.face === face) {
25685        {
25686          end = end.next;
25687        }
25688      }
25689      ;
25690      this.claimed.delete$com_vzome_core_math_convexhull_Vertex$com_vzome_core_math_convexhull_Vertex(face.outside, end);
25691      end.next = null;
25692      return face.outside;
25693    } else {
25694      return null;
25695    }
25696  }
25697  constructor() {
25698    this.findIndex = -1;
25699    this.debug = false;
25700    this.pointBuffer = [];
25701    this.vertexPointIndices = [];
25702    this.discardedFaces = [null, null, null];
25703    this.maxVtxs = [null, null, null];
25704    this.minVtxs = [null, null, null];
25705    this.faces = new java.util.Vector(16);
25706    this.newFaces = new java.util.LinkedList();
25707    this.unclaimed = new VertexList();
25708    this.claimed = new VertexList();
25709    if (this.numVertices === void 0) {
25710      this.numVertices = 0;
25711    }
25712    if (this.numFaces === void 0) {
25713      this.numFaces = 0;
25714    }
25715    if (this.numPoints === void 0) {
25716      this.numPoints = 0;
25717    }
25718  }
25719  /*private*/
25720  findHalfEdge(tail, head) {
25721    for (let index = this.faces.iterator(); index.hasNext(); ) {
25722      let face = index.next();
25723      {
25724        const he = face.findEdge(tail, head);
25725        if (he != null) {
25726          return he;
25727        }
25728      }
25729    }
25730    return null;
25731  }
25732  setHull(coords, nump, faceIndices, numf) {
25733    this.initBuffers(nump);
25734    this.setPoints(coords, nump);
25735    this.computeMaxAndMin();
25736    for (let i = 0; i < numf; i++) {
25737      {
25738        const face = Face.create(this.pointBuffer, faceIndices[i]);
25739        let he = face.he0;
25740        do {
25741          {
25742            const heOpp = this.findHalfEdge(he.head(), he.tail());
25743            if (heOpp != null) {
25744              he.setOpposite(heOpp);
25745            }
25746            he = he.next;
25747          }
25748        } while (he !== face.he0);
25749        this.faces.add(face);
25750      }
25751      ;
25752    }
25753  }
25754  build$java_util_Collection(points) {
25755    this.build$com_vzome_core_algebra_AlgebraicVector_A(points.toArray(((s) => {
25756      let a = [];
25757      while (s-- > 0) a.push(null);
25758      return a;
25759    })(points.size())));
25760  }
25761  build$com_vzome_core_algebra_AlgebraicVector_A(points) {
25762    this.build$com_vzome_core_algebra_AlgebraicVector_A$int(points, points.length);
25763  }
25764  build$com_vzome_core_algebra_AlgebraicVector_A$int(points, nump) {
25765    if (nump < 4) {
25766      throw new Command.Failure("At least four input points are required for a 3d convex hull.\n\n" + nump + " specified.");
25767    }
25768    if (points.length < nump) {
25769      throw new Command.Failure("Point array too small for specified number of points");
25770    }
25771    this.printPointSet(points, nump);
25772    this.initBuffers(nump);
25773    this.setPoints(points, nump);
25774    this.buildHull();
25775  }
25776  /**
25777   * Constructs the convex hull of an array of points.
25778   * 
25779   * @param {AlgebraicVector[]} points
25780   * input points
25781   * @param {number} nump
25782   * number of input points
25783   * @throws Failure
25784   * if the number of input points is less than four or greater than the
25785   * length of <code>points</code>, or the points are
25786   * coincident, collinear, or coplanar.
25787   */
25788  build(points, nump) {
25789    if ((points != null && points instanceof Array && (points.length == 0 || points[0] == null || points[0] != null && points[0] instanceof AlgebraicVector) || points === null) && (typeof nump === "number" || nump === null)) {
25790      return this.build$com_vzome_core_algebra_AlgebraicVector_A$int(points, nump);
25791    } else if ((points != null && (points.constructor != null && points.constructor["__interfaces"] != null && points.constructor["__interfaces"].indexOf("java.util.Collection") >= 0) || points === null) && nump === void 0) {
25792      return this.build$java_util_Collection(points);
25793    } else if ((points != null && points instanceof Array && (points.length == 0 || points[0] == null || points[0] != null && points[0] instanceof AlgebraicVector) || points === null) && nump === void 0) {
25794      return this.build$com_vzome_core_algebra_AlgebraicVector_A(points);
25795    } else throw new Error("invalid overload");
25796  }
25797  /**
25798   * prints the initial set of points.
25799   * 
25800   * @param {AlgebraicVector[]} points
25801   * input points
25802   * @param {number} nump
25803   * number of input points
25804   */
25805  printPointSet(points, nump) {
25806    if (this.debug) {
25807      console.info("initial point set:");
25808      for (let i = 0; i < nump; i++) {
25809        {
25810          console.info(i + ": " + points[i]);
25811        }
25812        ;
25813      }
25814    }
25815  }
25816  /**
25817   * Triangulates any non-triangular hull faces. In some cases, due to precision
25818   * issues, the resulting triangles may be very thin or small, and hence appear
25819   * to be non-convex (this same limitation is present in <a href=http://www.qhull.org>qhull</a>).
25820   * @throws Failure
25821   */

25822  triangulate() {
25823    this.newFaces.clear();
25824    for (let index = this.faces.iterator(); index.hasNext(); ) {
25825      let face = index.next();
25826      {
25827        if (face.mark === Face.VISIBLE) {
25828          face.triangulate(this.newFaces);
25829        }
25830      }
25831    }
25832    for (let index = this.newFaces.iterator(); index.hasNext(); ) {
25833      let face = index.next();
25834      {
25835        this.faces.add(face);
25836      }
25837    }
25838  }
25839  initBuffers(nump) {
25840    if (this.pointBuffer.length < nump) {
25841      const newBuffer = ((s) => {
25842        let a = [];
25843        while (s-- > 0) a.push(null);
25844        return a;
25845      })(nump);
25846      this.vertexPointIndices = ((s) => {
25847        let a = [];
25848        while (s-- > 0) a.push(0);
25849        return a;
25850      })(nump);
25851      for (let i = 0; i < this.pointBuffer.length; i++) {
25852        {
25853          newBuffer[i] = this.pointBuffer[i];
25854        }
25855        ;
25856      }
25857      for (let i = this.pointBuffer.length; i < nump; i++) {
25858        {
25859          newBuffer[i] = null;
25860        }
25861        ;
25862      }
25863      this.pointBuffer = newBuffer;
25864    }
25865    this.faces.clear();
25866    this.claimed.clear();
25867    this.numFaces = 0;
25868    this.numPoints = nump;
25869  }
25870  setPoints(pnts, nump) {
25871    this.pointBuffer = ((s) => {
25872      let a = [];
25873      while (s-- > 0) a.push(null);
25874      return a;
25875    })(nump);
25876    for (let i = 0; i < nump; i++) {
25877      {
25878        this.pointBuffer[i] = new Vertex(pnts[i], i);
25879      }
25880      ;
25881    }
25882  }
25883  computeMaxAndMin() {
25884    for (let i = 0; i < 3; i++) {
25885      {
25886        this.maxVtxs[i] = this.minVtxs[i] = this.pointBuffer[0];
25887      }
25888      ;
25889    }
25890    const max = this.pointBuffer[0].pnt;
25891    let maxx = max.getComponent(AlgebraicVector.X).evaluate();
25892    let maxy = max.getComponent(AlgebraicVector.Y).evaluate();
25893    let maxz = max.getComponent(AlgebraicVector.Z).evaluate();
25894    let minx = maxx;
25895    let miny = maxy;
25896    let minz = maxz;
25897    for (let i = 1; i < this.numPoints; i++) {
25898      {
25899        const pnt = this.pointBuffer[i].pnt;
25900        const pntx = pnt.getComponent(AlgebraicVector.X).evaluate();
25901        const pnty = pnt.getComponent(AlgebraicVector.Y).evaluate();
25902        const pntz = pnt.getComponent(AlgebraicVector.Z).evaluate();
25903        if (pntx > maxx) {
25904          maxx = pntx;
25905          this.maxVtxs[0] = this.pointBuffer[i];
25906        } else if (pntx < minx) {
25907          minx = pntx;
25908          this.minVtxs[0] = this.pointBuffer[i];
25909        }
25910        if (pnty > maxy) {
25911          maxy = pnty;
25912          this.maxVtxs[1] = this.pointBuffer[i];
25913        } else if (pnty < miny) {
25914          miny = pnty;
25915          this.minVtxs[1] = this.pointBuffer[i];
25916        }
25917        if (pntz > maxz) {
25918          maxz = pntz;
25919          this.maxVtxs[2] = this.pointBuffer[i];
25920        } else if (pntz < minz) {
25921          minz = pntz;
25922          this.minVtxs[2] = this.pointBuffer[i];
25923        }
25924      }
25925      ;
25926    }
25927  }
25928  /**
25929   * Creates the initial simplex from which the hull will be built.
25930   */
25931  createInitialSimplex() {
25932    let max = 0;
25933    let imax = 0;
25934    for (let i = 0; i < 3; i++) {
25935      {
25936        const diff = this.maxVtxs[i].pnt.getComponent(i)["minus$com_vzome_core_algebra_AlgebraicNumber"](this.minVtxs[i].pnt.getComponent(i)).evaluate();
25937        if (diff > max) {
25938          max = diff;
25939          imax = i;
25940        }
25941      }
25942      ;
25943    }
25944    if (max <= 0) {
25945      throw new Command.Failure("Input points are coincident");
25946    }
25947    const vtx = [null, null, null, null];
25948    vtx[0] = this.maxVtxs[imax];
25949    vtx[1] = this.minVtxs[imax];
25950    let diff02;
25951    let nrml = null;
25952    let maxSqr = 0;
25953    const u01 = vtx[1].pnt.minus(vtx[0].pnt);
25954    for (let i = 0; i < this.numPoints; i++) {
25955      {
25956        diff02 = this.pointBuffer[i].pnt.minus(vtx[0].pnt);
25957        const xprod = u01.cross(diff02);
25958        const lenSqr = xprod.dot(xprod);
25959        if (lenSqr.evaluate() > maxSqr && this.pointBuffer[i] !== vtx[0] && this.pointBuffer[i] !== vtx[1]) {
25960          maxSqr = lenSqr.evaluate();
25961          vtx[2] = this.pointBuffer[i];
25962          nrml = xprod;
25963        }
25964      }
25965      ;
25966    }
25967    if (maxSqr === 0) {
25968      throw new Command.Failure("Input points are collinear");
25969    }
25970    const res = u01.scale(nrml.dot(u01));
25971    nrml = nrml.minus(res);
25972    let maxDist = 0;
25973    const d0 = vtx[2].pnt.dot(nrml);
25974    for (let i = 0; i < this.numPoints; i++) {
25975      {
25976        const dist = Math.abs(this.pointBuffer[i].pnt.dot(nrml)["minus$com_vzome_core_algebra_AlgebraicNumber"](d0).evaluate());
25977        if (dist > maxDist && this.pointBuffer[i] !== vtx[0] && this.pointBuffer[i] !== vtx[1] && this.pointBuffer[i] !== vtx[2]) {
25978          maxDist = dist;
25979          vtx[3] = this.pointBuffer[i];
25980        }
25981      }
25982      ;
25983    }
25984    if (maxDist === 0) {
25985      throw new Command.Failure("Input points are coplanar");
25986    }
25987    if (this.debug) {
25988      console.info("initial vertices:");
25989      console.info(vtx[0].index + ": " + vtx[0].pnt);
25990      console.info(vtx[1].index + ": " + vtx[1].pnt);
25991      console.info(vtx[2].index + ": " + vtx[2].pnt);
25992      console.info(vtx[3].index + ": " + vtx[3].pnt);
25993    }
25994    const tris = [null, null, null, null];
25995    if (vtx[3].pnt.dot(nrml)["minus$com_vzome_core_algebra_AlgebraicNumber"](d0).evaluate() < 0) {
25996      tris[0] = Face.createTriangle$com_vzome_core_math_convexhull_Vertex$com_vzome_core_math_convexhull_Vertex$com_vzome_core_math_convexhull_Vertex(vtx[0], vtx[1], vtx[2]);
25997      tris[1] = Face.createTriangle$com_vzome_core_math_convexhull_Vertex$com_vzome_core_math_convexhull_Vertex$com_vzome_core_math_convexhull_Vertex(vtx[3], vtx[1], vtx[0]);
25998      tris[2] = Face.createTriangle$com_vzome_core_math_convexhull_Vertex$com_vzome_core_math_convexhull_Vertex$com_vzome_core_math_convexhull_Vertex(vtx[3], vtx[2], vtx[1]);
25999      tris[3] = Face.createTriangle$com_vzome_core_math_convexhull_Vertex$com_vzome_core_math_convexhull_Vertex$com_vzome_core_math_convexhull_Vertex(vtx[3], vtx[0], vtx[2]);
26000      for (let i = 0; i < 3; i++) {
26001        {

26002          const k = (i + 1) % 3;
26003          tris[i + 1].getEdge(1).setOpposite(tris[k + 1].getEdge(0));
26004          tris[i + 1].getEdge(2).setOpposite(tris[0].getEdge(k));
26005        }
26006        ;
26007      }
26008    } else {
26009      tris[0] = Face.createTriangle$com_vzome_core_math_convexhull_Vertex$com_vzome_core_math_convexhull_Vertex$com_vzome_core_math_convexhull_Vertex(vtx[0], vtx[2], vtx[1]);
26010      tris[1] = Face.createTriangle$com_vzome_core_math_convexhull_Vertex$com_vzome_core_math_convexhull_Vertex$com_vzome_core_math_convexhull_Vertex(vtx[3], vtx[0], vtx[1]);
26011      tris[2] = Face.createTriangle$com_vzome_core_math_convexhull_Vertex$com_vzome_core_math_convexhull_Vertex$com_vzome_core_math_convexhull_Vertex(vtx[3], vtx[1], vtx[2]);
26012      tris[3] = Face.createTriangle$com_vzome_core_math_convexhull_Vertex$com_vzome_core_math_convexhull_Vertex$com_vzome_core_math_convexhull_Vertex(vtx[3], vtx[2], vtx[0]);
26013      for (let i = 0; i < 3; i++) {
26014        {
26015          const k = (i + 1) % 3;
26016          tris[i + 1].getEdge(0).setOpposite(tris[k + 1].getEdge(1));
26017          tris[i + 1].getEdge(2).setOpposite(tris[0].getEdge((3 - i) % 3));
26018        }
26019        ;
26020      }
26021    }
26022    for (let i = 0; i < 4; i++) {
26023      {
26024        this.faces.add(tris[i]);
26025      }
26026      ;
26027    }
26028    for (let i = 0; i < this.numPoints; i++) {
26029      {
26030        const v = this.pointBuffer[i];
26031        if (v === vtx[0] || v === vtx[1] || v === vtx[2] || v === vtx[3]) {
26032          continue;
26033        }
26034        maxDist = 0;
26035        let maxFace = null;
26036        for (let k = 0; k < 4; k++) {
26037          {
26038            const dist = tris[k].distanceToPlane(v.pnt).evaluate();
26039            if (dist > maxDist) {
26040              maxFace = tris[k];
26041              maxDist = dist;
26042            }
26043          }
26044          ;
26045        }
26046        if (maxFace != null) {
26047          this.addPointToFace(v, maxFace);
26048        }
26049      }
26050      ;
26051    }
26052  }
26053  /**
26054   * Returns the number of vertices in this hull.
26055   * 
26056   * @return {number} number of vertices
26057   */
26058  getNumVertices() {
26059    return this.numVertices;
26060  }
26061  getVertices$() {
26062    const vtxs = ((s) => {
26063      let a = [];
26064      while (s-- > 0) a.push(null);
26065      return a;
26066    })(this.numVertices);
26067    for (let i = 0; i < this.numVertices; i++) {
26068      {
26069        vtxs[i] = this.pointBuffer[this.vertexPointIndices[i]].pnt;
26070      }
26071      ;
26072    }
26073    return vtxs;
26074  }
26075  getVertices$com_vzome_core_algebra_AlgebraicNumber_A(coords) {
26076    for (let i = 0; i < this.numVertices; i++) {
26077      {
26078        const pnt = this.pointBuffer[this.vertexPointIndices[i]].pnt;
26079        coords[i * 3 + 0] = pnt.getComponent(AlgebraicVector.X);
26080        coords[i * 3 + 1] = pnt.getComponent(AlgebraicVector.Y);
26081        coords[i * 3 + 2] = pnt.getComponent(AlgebraicVector.Z);
26082      }
26083      ;
26084    }
26085    return this.numVertices;
26086  }
26087  /**
26088   * Returns the coordinates of the vertex points of this hull.
26089   * 
26090   * @param {AlgebraicNumber[]} coords
26091   * returns the x, y, z coordinates of each vertex. This length of
26092   * this array must be at least three times the number of vertices.
26093   * @return {number} the number of vertices
26094   * @see QuickHull3D#getVertices()
26095   * @see QuickHull3D#getFaces()
26096   */
26097  getVertices(coords) {
26098    if (coords != null && coords instanceof Array && (coords.length == 0 || coords[0] == null || coords[0] != null && (coords[0].constructor != null && coords[0].constructor["__interfaces"] != null && coords[0].constructor["__interfaces"].indexOf("com.vzome.core.algebra.AlgebraicNumber") >= 0)) || coords === null) {
26099      return this.getVertices$com_vzome_core_algebra_AlgebraicNumber_A(coords);
26100    } else if (coords === void 0) {
26101      return this.getVertices$();
26102    } else throw new Error("invalid overload");
26103  }
26104  /**
26105   * Returns an array specifing the index of each hull vertex with respect to the
26106   * original input points.
26107   * 
26108   * @return {int[]} vertex indices with respect to the original points
26109   */
26110  getVertexPointIndices() {
26111    const indices = ((s) => {
26112      let a = [];
26113      while (s-- > 0) a.push(0);
26114      return a;
26115    })(this.numVertices);
26116    for (let i = 0; i < this.numVertices; i++) {
26117      {
26118        indices[i] = this.vertexPointIndices[i];
26119      }
26120      ;
26121    }
26122    return indices;
26123  }
26124  /**
26125   * Returns the number of edges in this hull.
26126   * 
26127   * @return {number} number of edges
26128   */
26129  getNumEdges() {

26130    let count = 0;
26131    for (let index = this.faces.iterator(); index.hasNext(); ) {
26132      let face = index.next();
26133      {
26134        count += face.numVertices();
26135      }
26136    }
26137    return count / 2 | 0;
26138  }
26139  /**
26140   * Returns the number of faces in this hull.
26141   * 
26142   * @return {number} number of faces
26143   */
26144  getNumFaces() {
26145    return this.faces.size();
26146  }
26147  getFaces$() {
26148    return this.getFaces$int(0);
26149  }
26150  getFaces$int(indexFlags) {
26151    const allFaces = ((s) => {
26152      let a = [];
26153      while (s-- > 0) a.push(null);
26154      return a;
26155    })(this.faces.size());
26156    let k = 0;
26157    for (let index = this.faces.iterator(); index.hasNext(); ) {
26158      let face = index.next();
26159      {
26160        allFaces[k] = ((s) => {
26161          let a = [];
26162          while (s-- > 0) a.push(0);
26163          return a;
26164        })(face.numVertices());
26165        this.getFaceIndices(allFaces[k], face, indexFlags);
26166        k++;
26167      }
26168    }
26169    return allFaces;
26170  }
26171  /**
26172   * Returns the faces associated with this hull.
26173   * 
26174   * <p>
26175   * Each face is represented by an integer array which gives the indices of the
26176   * vertices. By default, these indices are numbered with respect to the hull
26177   * vertices (as opposed to the input points), are zero-based, and are arranged
26178   * counter-clockwise. However, this can be changed by setting
26179   * {@link #POINT_RELATIVE}, {@link #INDEXED_FROM_ONE}, or {@link #CLOCKWISE} in the indexFlags
26180   * parameter.
26181   * 
26182   * @param {number} indexFlags
26183   * specifies index characteristics (0 results in the default)
26184   * @return {int[][]} array of integer arrays, giving the vertex indices for each face.
26185   * @see QuickHull3D#getVertices()
26186   */
26187  getFaces(indexFlags) {
26188    if (typeof indexFlags === "number" || indexFlags === null) {
26189      return this.getFaces$int(indexFlags);
26190    } else if (indexFlags === void 0) {
26191      return this.getFaces$();
26192    } else throw new Error("invalid overload");
26193  }
26194  print$java_io_PrintStream(ps) {
26195    this.print$java_io_PrintStream$int(ps, 0);
26196  }
26197  print$java_io_PrintStream$int(ps, indexFlags) {
26198    if ((indexFlags & _QuickHull3D.INDEXED_FROM_ZERO) === 0) {
26199      indexFlags |= _QuickHull3D.INDEXED_FROM_ONE;
26200    }
26201    for (let i = 0; i < this.numVertices; i++) {
26202      {
26203        const pnt = this.pointBuffer[this.vertexPointIndices[i]].pnt;
26204        ps.println(pnt);
26205      }
26206      ;
26207    }
26208    for (let index = this.faces.iterator(); index.hasNext(); ) {
26209      let face = index.next();
26210      {
26211        const indices = ((s) => {
26212          let a = [];
26213          while (s-- > 0) a.push(0);
26214          return a;
26215        })(face.numVertices());
26216        this.getFaceIndices(indices, face, indexFlags);
26217        ps.print("f");
26218        for (let k = 0; k < indices.length; k++) {
26219          {
26220            ps.print(" " + indices[k]);
26221          }
26222          ;
26223        }
26224        ps.println("");
26225      }
26226    }
26227  }
26228  /**
26229   * Prints the vertices and faces of this hull to the stream ps.
26230   * 
26231   * <p>
26232   * This is done using the Alias Wavefront .obj file format, with the vertices
26233   * printed first (each preceding by the letter <code>v</code>), followed by the
26234   * vertex indices for each face (each preceded by the letter <code>f</code>).
26235   * 
26236   * <p>
26237   * By default, the face indices are numbered with respect to the hull vertices
26238   * (as opposed to the input points), with a lowest index of 1, and are arranged
26239   * counter-clockwise. However, this can be changed by setting
26240   * {@link #POINT_RELATIVE}, {@link #INDEXED_FROM_ONE}, or {@link #CLOCKWISE} in the indexFlags
26241   * parameter.
26242   * 
26243   * @param {java.io.PrintStream} ps
26244   * stream used for printing
26245   * @param {number} indexFlags
26246   * specifies index characteristics (0 results in the default).
26247   * @see QuickHull3D#getVertices()
26248   * @see QuickHull3D#getFaces()
26249   */
26250  print(ps, indexFlags) {
26251    if ((ps != null && ps instanceof java.io.PrintStream || ps === null) && (typeof indexFlags === "number" || indexFlags === null)) {
26252      return this.print$java_io_PrintStream$int(ps, indexFlags);
26253    } else if ((ps != null && ps instanceof java.io.PrintStream || ps === null) && indexFlags === void 0) {
26254      return this.print$java_io_PrintStream(ps);
26255    } else throw new Error("invalid overload");
26256  }
26257  /*private*/
26258  getFaceIndices(indices, face, flags) {
26259    const ccw = (flags & _QuickHull3D.CLOCKWISE) === 0;
26260    const indexedFromOne = (flags & _QuickHull3D.INDEXED_FROM_ONE) !== 0;
26261    const pointRelative = (flags & _QuickHull3D.POINT_RELATIVE) !== 0;
26262    let hedge = face.he0;
26263    let k = 0;
26264    do {
26265      {
26266        let idx = hedge.head().index;
26267        if (pointRelative) {
26268          idx = this.vertexPointIndices[idx];
26269        }
26270        if (indexedFromOne) {
26271          idx++;
26272        }
26273        indices[k++] = idx;
26274        hedge = ccw ? hedge.next : hedge.prev;
26275      }
26276    } while (hedge !== face.he0);
26277  }
26278  resolveUnclaimedPoints(newFaces) {
26279    let vtxNext = this.unclaimed.first();
26280    for (let vtx = vtxNext; vtx != null; vtx = vtxNext) {
26281      {
26282        vtxNext = vtx.next;
26283        let maxDist = 0;
26284        let maxFace = null;
26285        for (let index = newFaces.iterator(); index.hasNext(); ) {
26286          let newFace = index.next();
26287          {
26288            if (newFace.mark === Face.VISIBLE) {
26289              const dist = newFace.distanceToPlane(vtx.pnt).evaluate();
26290              if (dist > maxDist) {
26291                maxDist = dist;
26292                maxFace = newFace;
26293              }
26294              if (maxDist > 0) {
26295                break;
26296              }
26297            }
26298          }
26299        }
26300        if (maxFace != null) {
26301          this.addPointToFace(vtx, maxFace);
26302          if (this.debug && vtx.index === this.findIndex) {
26303            console.info(this.findIndex + " CLAIMED BY " + maxFace.getVertexString());
26304          }
26305        } else {
26306          if (this.debug && vtx.index === this.findIndex) {
26307            console.info(this.findIndex + " DISCARDED");
26308          }
26309        }
26310      }
26311      ;
26312    }
26313  }
26314  deleteFacePoints(face, absorbingFace) {
26315    const faceVtxs = this.removeAllPointsFromFace(face);
26316    if (faceVtxs != null) {
26317      if (absorbingFace == null) {
26318        this.unclaimed.addAll(faceVtxs);
26319      } else {
26320        let vtxNext = faceVtxs;
26321        for (let vtx = vtxNext; vtx != null; vtx = vtxNext) {
26322          {
26323            vtxNext = vtx.next;
26324            const dist = absorbingFace.distanceToPlane(vtx.pnt).evaluate();
26325            if (dist > 0) {
26326              this.addPointToFace(vtx, absorbingFace);
26327            } else {
26328              this.unclaimed.add(vtx);
26329            }
26330          }
26331          ;
26332        }
26333      }
26334    }
26335  }
26336  static {
26337    this.NONCONVEX_WRT_LARGER_FACE = 1;
26338  }
26339  static {
26340    this.NONCONVEX = 2;
26341  }
26342  oppFaceDistance(he) {
26343    return he.face.distanceToPlane(he.opposite.face.getCentroid());
26344  }
26345  /*private*/
26346  doAdjacentMerge(face, mergeType) {
26347    let hedge = face.he0;

26348    let convex = true;
26349    do {
26350      {
26351        const oppFace = hedge.oppositeFace();
26352        let merge = false;
26353        const tolerance = 0;
26354        if (mergeType === _QuickHull3D.NONCONVEX) {
26355          if (this.oppFaceDistance(hedge).evaluate() > -tolerance || this.oppFaceDistance(hedge.opposite).evaluate() > -tolerance) {
26356            merge = true;
26357          }
26358        } else {
26359          if (face.area > oppFace.area) {
26360            if (this.oppFaceDistance(hedge).evaluate() > -tolerance) {
26361              merge = true;
26362            } else if (this.oppFaceDistance(hedge.opposite).evaluate() > -tolerance) {
26363              convex = false;
26364            }
26365          } else {
26366            if (this.oppFaceDistance(hedge.opposite).evaluate() >= -tolerance) {
26367              merge = true;
26368            } else if (this.oppFaceDistance(hedge).evaluate() >= -tolerance) {
26369              convex = false;
26370            }
26371          }
26372        }
26373        if (merge) {
26374          if (this.debug) {
26375            console.info("  merging " + face.getVertexString() + "  and  " + oppFace.getVertexString());
26376          }
26377          const numd = face.mergeAdjacentFace(hedge, this.discardedFaces);
26378          for (let i = 0; i < numd; i++) {
26379            {
26380              this.deleteFacePoints(this.discardedFaces[i], face);
26381            }
26382            ;
26383          }
26384          if (this.debug) {
26385            console.info("  result: " + face.getVertexString());
26386          }
26387          return true;
26388        }
26389        hedge = hedge.next;
26390      }
26391    } while (hedge !== face.he0);
26392    if (!convex) {
26393      face.mark = Face.NON_CONVEX;
26394    }
26395    return false;
26396  }
26397  calculateHorizon(eyePnt, edge0, face, horizon) {
26398    this.deleteFacePoints(face, null);
26399    face.mark = Face.DELETED;
26400    if (this.debug) {
26401      console.info("  visiting face " + face.getVertexString());
26402    }
26403    let edge;
26404    if (edge0 == null) {
26405      edge0 = face.getEdge(0);
26406      edge = edge0;
26407    } else {
26408      edge = edge0.getNext();
26409    }
26410    const tolerance = 0;
26411    do {
26412      {
26413        const oppFace = edge.oppositeFace();
26414        if (oppFace.mark === Face.VISIBLE) {
26415          if (oppFace.distanceToPlane(eyePnt).evaluate() > tolerance) {
26416            this.calculateHorizon(eyePnt, edge.getOpposite(), oppFace, horizon);
26417          } else {
26418            horizon.add(edge);
26419            if (this.debug) {
26420              console.info("  adding horizon edge " + edge.getVertexString());
26421            }
26422          }
26423        }
26424        edge = edge.getNext();
26425      }
26426    } while (edge !== edge0);
26427  }
26428  /*private*/
26429  addAdjoiningFace(eyeVtx, he) {
26430    const face = Face.createTriangle$com_vzome_core_math_convexhull_Vertex$com_vzome_core_math_convexhull_Vertex$com_vzome_core_math_convexhull_Vertex(eyeVtx, he.tail(), he.head());
26431    this.faces.add(face);
26432    face.getEdge(-1).setOpposite(he.getOpposite());
26433    return face.getEdge(0);
26434  }
26435  addNewFaces(newFaces, eyeVtx, horizon) {
26436    newFaces.clear();
26437    let hedgeSidePrev = null;
26438    let hedgeSideBegin = null;
26439    for (let index = horizon.iterator(); index.hasNext(); ) {
26440      let horizonHe = index.next();
26441      {
26442        const hedgeSide = this.addAdjoiningFace(eyeVtx, horizonHe);
26443        if (this.debug) {
26444          console.info("new face: " + hedgeSide.face.getVertexString());
26445        }
26446        if (hedgeSidePrev != null) {
26447          hedgeSide.next.setOpposite(hedgeSidePrev);
26448        } else {
26449          hedgeSideBegin = hedgeSide;
26450        }
26451        newFaces.add(hedgeSide.getFace());
26452        hedgeSidePrev = hedgeSide;
26453      }
26454    }
26455    hedgeSideBegin.next.setOpposite(hedgeSidePrev);
26456  }
26457  nextPointToAdd() {
26458    if (!this.claimed.isEmpty()) {
26459      const eyeFace = this.claimed.first().face;
26460      let eyeVtx = null;
26461      let maxDist = 0;
26462      for (let vtx = eyeFace.outside; vtx != null && vtx.face === eyeFace; vtx = vtx.next) {
26463        {
26464          const dist = eyeFace.distanceToPlane(vtx.pnt).evaluate();
26465          if (dist > maxDist) {
26466            maxDist = dist;
26467            eyeVtx = vtx;
26468          }
26469        }
26470        ;
26471      }
26472      return eyeVtx;
26473    } else {
26474      return null;
26475    }
26476  }
26477  addPointToHull(eyeVtx) {
26478    const horizon = new java.util.Vector();
26479    this.unclaimed.clear();
26480    if (this.debug) {
26481      console.info("Adding point: " + eyeVtx.index);
26482      console.info(" which is " + eyeVtx.face.distanceToPlane(eyeVtx.pnt) + " above face " + eyeVtx.face.getVertexString());
26483    }
26484    this.removePointFromFace(eyeVtx, eyeVtx.face);
26485    this.calculateHorizon(eyeVtx.pnt, null, eyeVtx.face, horizon);
26486    this.newFaces.clear();

26487    this.addNewFaces(this.newFaces, eyeVtx, horizon);
26488    for (let index = this.newFaces.iterator(); index.hasNext(); ) {
26489      let face = index.next();
26490      {
26491        if (face.mark === Face.VISIBLE) {
26492          while (this.doAdjacentMerge(face, _QuickHull3D.NONCONVEX_WRT_LARGER_FACE)) {
26493          }
26494          ;
26495        }
26496      }
26497    }
26498    for (let index = this.newFaces.iterator(); index.hasNext(); ) {
26499      let face = index.next();
26500      {
26501        if (face.mark === Face.NON_CONVEX) {
26502          face.mark = Face.VISIBLE;
26503          while (this.doAdjacentMerge(face, _QuickHull3D.NONCONVEX)) {
26504          }
26505          ;
26506        }
26507      }
26508    }
26509    this.resolveUnclaimedPoints(this.newFaces);
26510  }
26511  buildHull() {
26512    let cnt = 0;
26513    let eyeVtx;
26514    this.computeMaxAndMin();
26515    this.createInitialSimplex();
26516    while ((eyeVtx = this.nextPointToAdd()) != null) {
26517      {
26518        this.addPointToHull(eyeVtx);
26519        cnt++;
26520        if (this.debug) {
26521          console.info("iteration " + cnt + " done");
26522        }
26523      }
26524    }
26525    ;
26526    this.reindexFacesAndVertices();
26527    if (this.debug) {
26528      console.info("hull done");
26529    }
26530  }
26531  /*private*/
26532  markFaceVertices(face, mark) {
26533    const he0 = face.getFirstEdge();
26534    let he = he0;
26535    do {
26536      {
26537        he.head().index = mark;
26538        he = he.next;
26539      }
26540    } while (he !== he0);
26541  }
26542  reindexFacesAndVertices() {
26543    for (let i = 0; i < this.numPoints; i++) {
26544      {
26545        this.pointBuffer[i].index = -1;
26546      }
26547      ;
26548    }
26549    this.numFaces = 0;
26550    for (const it = this.faces.iterator(); it.hasNext(); ) {
26551      {
26552        const face = it.next();
26553        if (face.mark !== Face.VISIBLE) {
26554          it.remove();
26555        } else {
26556          this.markFaceVertices(face, 0);
26557          this.numFaces++;
26558        }
26559      }
26560      ;
26561    }
26562    this.numVertices = 0;
26563    for (let i = 0; i < this.numPoints; i++) {
26564      {
26565        const vtx = this.pointBuffer[i];
26566        if (vtx.index === 0) {
26567          this.vertexPointIndices[this.numVertices] = i;
26568          vtx.index = this.numVertices++;
26569        }
26570      }
26571      ;
26572    }
26573  }
26574  checkFaceConvexity(face, ps) {
26575    let he = face.he0;
26576    do {
26577      {
26578        face.checkConsistency();
26579        let dist = this.oppFaceDistance(he);
26580        if (!dist.isZero()) {
26581          if (ps != null) {
26582            ps.println("Edge " + he.getVertexString() + " non-convex by " + dist);
26583          }
26584          return false;
26585        }
26586        dist = this.oppFaceDistance(he.opposite);
26587        if (!dist.isZero()) {
26588          if (ps != null) {
26589            ps.println("Opposite edge " + he.opposite.getVertexString() + " non-convex by " + dist);
26590          }
26591          return false;
26592        }
26593        if (he.next.oppositeFace() === he.oppositeFace()) {
26594          if (ps != null) {
26595            ps.println("Redundant vertex " + he.head().index + " in face " + face.getVertexString());
26596          }
26597          return false;
26598        }
26599        he = he.next;
26600      }
26601    } while (he !== face.he0);
26602    return true;
26603  }
26604  checkFaces(ps) {

26605    let convex = true;
26606    for (let index = this.faces.iterator(); index.hasNext(); ) {
26607      let face = index.next();
26608      {
26609        if (face.mark === Face.VISIBLE) {
26610          if (!this.checkFaceConvexity(face, ps)) {
26611            convex = false;
26612          }
26613        }
26614      }
26615    }
26616    return convex;
26617  }
26618  /**
26619   * Checks the correctness of the hull. This is done by making sure that no faces
26620   * are non-convex and that no points are outside any face. These tests are
26621   * performed using the distance tolerance <i>tol</i>. Faces are considered
26622   * non-convex if any edge is non-convex, and an edge is non-convex if the
26623   * centroid of either adjoining face is more than <i>tol</i> above the plane of
26624   * the other face. Similarly, a point is considered outside a face if its
26625   * distance to that face's plane is more than 10 times <i>tol</i>.
26626   * 
26627   * <p>
26628   * If the hull has been {@link #triangulate}, then this routine may
26629   * fail if some of the resulting triangles are very small or thin.
26630   * 
26631   * @param {java.io.PrintStream} ps
26632   * print stream for diagnostic messages; may be set to
26633   * <code>null</code> if no messages are desired.
26634   * @return {boolean} true if the hull is valid
26635   * @throws Failure
26636   * @see QuickHull3D#check(PrintStream)
26637   */
26638  check(ps) {
26639    if (!this.checkFaces(ps)) {
26640      return false;
26641    }
26642    for (let i = 0; i < this.numPoints; i++) {
26643      {
26644        const pnt = this.pointBuffer[i].pnt;
26645        for (let index = this.faces.iterator(); index.hasNext(); ) {
26646          let face = index.next();
26647          {
26648            if (face.mark === Face.VISIBLE) {
26649              const dist = face.distanceToPlane(pnt);
26650              if (!dist.isZero()) {
26651                if (ps != null) {
26652                  ps.println("Point " + i + " " + dist + " above face " + face.getVertexString());
26653                }
26654                return false;
26655              }
26656            }
26657          }
26658        }
26659      }
26660      ;
26661    }
26662    return true;
26663  }
26664};
26665QuickHull3D["__class"] = "com.vzome.core.math.convexhull.QuickHull3D";
26666

26667// src/worker/legacy/from-java/com/vzome/core/edits/ConvexHull3d.ts
26668var ConvexHull3d = class _ConvexHull3d extends ConvexHull {
26669  static {
26670    this.NAME = "ConvexHull3d";
26671  }
26672  constructor(editorModel) {
26673    super(editorModel);
26674    this.mode = null;
26675    this.generateStruts = true;
26676    this.generatePanels = true;
26677  }
26678  /**
26679   * 
26680   * @return {string}
26681   */
26682  getXmlElementName() {
26683    return _ConvexHull3d.NAME;
26684  }
26685  /**
26686   * 
26687   * @return {boolean}
26688   */
26689  isNoOp() {
26690    return this.generateStruts || this.generatePanels ? super.isNoOp() : true;
26691  }
26692  /**
26693   * 
26694   * @param {*} props
26695   */
26696  configure(props) {
26697    this.setMode(props.get("mode"));
26698  }
26699  /*private*/
26700  setMode(newMode) {
26701    this.mode = "";
26702    this.generateStruts = true;
26703    this.generatePanels = true;
26704    if (newMode != null) switch (newMode) {
26705      case "":
26706        this.mode = newMode;
26707        this.generateStruts = true;
26708        this.generatePanels = true;
26709        break;
26710      case "noPanels":
26711        this.mode = newMode;
26712        this.generateStruts = true;
26713        this.generatePanels = false;
26714        break;
26715      case "onlyPanels":
26716        this.mode = newMode;
26717        this.generateStruts = false;
26718        this.generatePanels = true;
26719        break;
26720      default:
26721        if (ChangeSelection.logger_$LI$().isLoggable(java.util.logging.Level.WARNING)) {
26722          ChangeSelection.logger_$LI$().warning(_ConvexHull3d.NAME + ': Ignoring unknown mode: "' + newMode + '".');
26723        }
26724        break;
26725    }
26726  }
26727  /**
26728   * 
26729   */
26730  perform() {
26731    const hull3d = new QuickHull3D();
26732    hull3d.build$java_util_Collection(this.getSelectedVertexSet(true));
26733    this.redo();
26734    const vertices = hull3d.getVertices$();
26735    const pointMap = new java.util.HashMap(vertices.length);
26736    for (let index = 0; index < vertices.length; index++) {
26737      let vertex = vertices[index];
26738      {
26739        const point = new FreePoint(vertex);
26740        pointMap.put(vertex, point);
26741        this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(point));
26742      }
26743    }
26744    const faces = hull3d.getFaces$();
26745    for (let index = 0; index < faces.length; index++) {
26746      let face = faces[index];
26747      {
26748        const points = ((s) => {
26749          let a = [];
26750          while (s-- > 0) a.push(null);
26751          return a;
26752        })(face.length);
26753        let startIndex = face[face.length - 1];
26754        let start = pointMap.get(vertices[startIndex]);
26755        for (let i = 0; i < face.length; i++) {
26756          {
26757            const endIndex = startIndex;
26758            startIndex = face[i];
26759            const end = points[i] = pointMap.get(vertices[startIndex]);
26760            if (this.generateStruts && startIndex < endIndex) {
26761              this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(new SegmentJoiningPoints(start, end)));
26762            }
26763            start = end;
26764          }
26765          ;
26766        }
26767        if (this.generatePanels) {
26768          this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(new PolygonFromVertices(points)));
26769        }
26770      }
26771    }
26772    this.redo();
26773  }
26774  /**
26775   * 
26776   * @param {*} element
26777   */
26778  getXmlAttributes(element) {
26779    if (this.mode != null) {
26780      element.setAttribute("mode", this.mode);
26781    }
26782  }
26783  /**
26784   * 
26785   * @param {*} xml
26786   * @param {XmlSaveFormat} format
26787   */
26788  setXmlAttributes(xml, format) {
26789    this.setMode(xml.getAttribute("mode"));
26790  }
26791};
26792ConvexHull3d["__class"] = "com.vzome.core.edits.ConvexHull3d";
26793

26794// src/worker/legacy/from-java/com/vzome/core/construction/SegmentCrossProduct.ts
26795var SegmentCrossProduct = class extends Segment {
26796  constructor(s1, s2) {
26797    super(s1.field);
26798    if (this.seg1 === void 0) {
26799      this.seg1 = null;
26800    }
26801    if (this.seg2 === void 0) {
26802      this.seg2 = null;
26803    }
26804    this.seg1 = s1;
26805    this.seg2 = s2;
26806    this.mapParamsToState();
26807  }
26808  /**
26809   * 
26810   * @return {boolean}
26811   */
26812  mapParamsToState() {
26813    if (this.seg1.isImpossible() || this.seg2.isImpossible()) {
26814      return this.setStateVariables(null, null, true);
26815    }
26816    const v2 = AlgebraicVectors.getNormal$com_vzome_core_algebra_AlgebraicVector$com_vzome_core_algebra_AlgebraicVector(this.seg1.getOffset(), this.seg2.getOffset()).scale(this.field["createPower$int"](-4)).scale(this.field["createRational$long$long"](1, 2));
26817    return this.setStateVariables(this.seg1.getEnd(), v2, false);
26818  }
26819};
26820SegmentCrossProduct["__class"] = "com.vzome.core.construction.SegmentCrossProduct";
26821

26822// src/worker/legacy/from-java/com/vzome/core/edits/CrossProduct.ts
26823var CrossProduct = class extends ChangeManifestations {
26824  /**
26825   * 
26826   */
26827  perform() {
26828    let p1 = null;
26829    let p2 = null;
26830    let s1 = null;
26831    let success = false;
26832    this.setOrderedSelection(true);
26833    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
26834      let man = index.next();
26835      {
26836        if (success) {
26837          this.recordSelected(man);
26838        } else {
26839          this.unselect$com_vzome_core_model_Manifestation(man);
26840          if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0)) {
26841            const nextPoint = man.getFirstConstruction();
26842            if (p1 == null) {
26843              p1 = nextPoint;
26844            } else if (s1 == null) {
26845              p2 = nextPoint;
26846              s1 = new SegmentJoiningPoints(p1, nextPoint);
26847            } else if (!success) {
26848              let segment = new SegmentJoiningPoints(p2, nextPoint);
26849              segment = new SegmentCrossProduct(s1, segment);
26850              this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(segment));
26851              const endpt = new SegmentEndPoint(segment);
26852              this.manifestConstruction(endpt);
26853              success = true;
26854            } else this.recordSelected(man);
26855          }
26856        }
26857      }
26858    }
26859    if (!success) throw new Command.Failure("cross-product requires three selected vertices");
26860    this.redo();
26861  }
26862  constructor(editorModel) {
26863    super(editorModel);
26864  }
26865  /**
26866   * 
26867   * @return {string}
26868   */
26869  getXmlElementName() {
26870    return "CrossProduct";
26871  }
26872};
26873CrossProduct["__class"] = "com.vzome.core.edits.CrossProduct";
26874

26875// src/worker/legacy/from-java/com/vzome/core/edits/Delete.ts
26876var Delete = class extends ChangeManifestations {
26877  /**
26878   * 
26879   */
26880  perform() {
26881    const inputs = new java.util.ArrayList();
26882    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
26883      let man = index.next();
26884      {
26885        inputs.add(man);
26886        this.unselect$com_vzome_core_model_Manifestation(man);
26887      }
26888    }
26889    this.redo();
26890    for (let index = inputs.iterator(); index.hasNext(); ) {
26891      let man = index.next();
26892      {
26893        this.deleteManifestation(man);
26894      }
26895    }
26896    super.perform();
26897  }
26898  constructor(editorModel) {
26899    super(editorModel);
26900  }
26901  /**
26902   * 
26903   * @return {string}
26904   */
26905  getXmlElementName() {
26906    return "Delete";
26907  }
26908};
26909Delete["__class"] = "com.vzome.core.edits.Delete";
26910

26911// src/worker/legacy/from-java/com/vzome/core/edits/DodecagonSymmetry.ts
26912var DodecagonSymmetry = class extends ChangeManifestations {
26913  constructor(editor) {
26914    super(editor);
26915    if (this.center === void 0) {
26916      this.center = null;
26917    }
26918    if (this.symmetry === void 0) {
26919      this.symmetry = null;
26920    }
26921    this.center = editor.getCenterPoint();
26922    this.symmetry = editor["getSymmetrySystem$"]().getSymmetry();
26923  }
26924  /**
26925   * 
26926   */
26927  perform() {
26928    const transform = new SymmetryTransformation(this.symmetry, 1, this.center);
26929    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
26930      let man = index.next();
26931      {
26932        let c = man.getFirstConstruction();
26933        for (let i = 0; i < 11; i++) {
26934          {
26935            c = transform.transform$com_vzome_core_construction_Construction(c);
26936            if (c == null) continue;
26937            this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(c));
26938          }
26939          ;
26940        }
26941      }
26942    }
26943    this.redo();
26944  }
26945  /**
26946   * 
26947   * @return {string}
26948   */
26949  getXmlElementName() {
26950    return "DodecagonSymmetry";
26951  }
26952};
26953DodecagonSymmetry["__class"] = "com.vzome.core.edits.DodecagonSymmetry";
26954

26955// src/worker/legacy/from-java/com/vzome/core/edits/GhostSymmetry24Cell.ts
26956var GhostSymmetry24Cell = class extends ChangeManifestations {
26957  constructor(editor) {
26958    super(editor);
26959    if (this.field === void 0) {
26960      this.field = null;
26961    }
26962    if (this.proj === void 0) {
26963      this.proj = null;
26964    }
26965    if (this.symmAxis === void 0) {
26966      this.symmAxis = null;
26967    }
26968    if (this.symm === void 0) {
26969      this.symm = null;
26970    }
26971    this.symm = editor["getSymmetrySystem$"]().getSymmetry();
26972    this.field = this.symm.getField();
26973    this.symmAxis = editor.getSymmetrySegment();
26974  }
26975  /**
26976   * 
26977   * @return {string}
26978   */
26979  getXmlElementName() {
26980    return "GhostSymmetry24Cell";
26981  }
26982  /**
26983   * 
26984   * @param {*} result
26985   */
26986  getXmlAttributes(result) {
26987    if (this.symmAxis != null) XmlSaveFormat.serializeSegment(result, "start", "end", this.symmAxis);
26988  }
26989  /**
26990   * 
26991   * @param {*} xml
26992   * @param {XmlSaveFormat} format
26993   */
26994  setXmlAttributes(xml, format) {
26995    this.symmAxis = format.parseSegment$org_w3c_dom_Element$java_lang_String$java_lang_String(xml, "start", "end");
26996  }
26997  /**
26998   * 
26999   */
27000  perform() {
27001    if (this.symmAxis == null) this.proj = new Projection.Default(this.field);
27002    else this.proj = new QuaternionProjection(this.field, null, this.symmAxis.getOffset().scale(this.field["createPower$int"](-5)));
27003    const blue = this.symm.getDirection("blue");
27004    const green = this.symm.getDirection("green");
27005    for (let k = 0; k < 12; k++) {
27006      {
27007        const A1 = blue.getAxis$int$int(Symmetry.PLUS, (k + 2) % 12).normal();
27008        const A2 = green.getAxis$int$int(Symmetry.PLUS, (5 * k + 2) % 12).normal();
27009        const B1 = green.getAxis$int$int(Symmetry.PLUS, (k + 2) % 12).normal();
27010        const B2 = blue.getAxis$int$int(Symmetry.PLUS, (5 * k + 5) % 12).normal();
27011        let projected = this.symm.getField().origin(4);
27012        projected.setComponent(0, A2.getComponent(0));
27013        projected.setComponent(1, A2.getComponent(1));
27014        projected.setComponent(2, A1.getComponent(0));
27015        projected.setComponent(3, A1.getComponent(1));
27016        if (this.proj != null) projected = this.proj.projectImage(projected, true);
27017        let p = new FreePoint(projected.scale(this.field["createPower$int"](5)));
27018        p.setIndex(k);
27019        this.manifestConstruction(p);
27020        projected = this.symm.getField().origin(4);
27021        projected.setComponent(0, B2.getComponent(0));
27022        projected.setComponent(1, B2.getComponent(1));
27023        projected.setComponent(2, B1.getComponent(0));
27024        projected.setComponent(3, B1.getComponent(1));
27025        if (this.proj != null) projected = this.proj.projectImage(projected, true);
27026        p = new FreePoint(projected.scale(this.field["createPower$int"](5)));
27027        p.setIndex(12 + k);
27028        this.manifestConstruction(p);
27029      }
27030      ;
27031    }
27032    this.redo();
27033  }
27034};
27035GhostSymmetry24Cell["__class"] = "com.vzome.core.edits.GhostSymmetry24Cell";
27036

27037// src/worker/legacy/from-java/com/vzome/core/edits/GroupSelection.ts
27038var GroupSelection = class extends UndoableEdit {
27039  constructor(editor) {
27040    super();
27041    if (this.mSelection === void 0) {
27042      this.mSelection = null;
27043    }
27044    this.mGrouping = false;
27045    this.recursiveGroups = true;
27046    this.unnecessary = false;
27047    this.mSelection = editor.getSelection();
27048  }
27049  /**
27050   * 
27051   * @param {*} props
27052   */
27053  configure(props) {
27054    const mode = props.get("mode");
27055    this.mGrouping = mode == null || /* isEmpty */
27056    mode.length === 0 || mode === "group";
27057    this.unnecessary = this.mGrouping === this.mSelection.isSelectionAGroup();
27058  }
27059  /**
27060   * 
27061   * @return {boolean}
27062   */
27063  isNoOp() {
27064    return this.unnecessary;
27065  }
27066  /**
27067   * 
27068   * @param {*} doc
27069   * @return {*}
27070   */
27071  getXml(doc) {
27072    const elem = doc.createElement("GroupSelection");
27073    if (!this.mGrouping) DomUtils.addAttribute(elem, "grouping", "false");
27074    return elem;
27075  }
27076  /**
27077   * 
27078   * @param {*} doc
27079   * @return {*}
27080   */
27081  getDetailXml(doc) {
27082    return this.getXml(doc);
27083  }
27084  /**
27085   * 
27086   * @param {*} xml
27087   * @param {XmlSaveFormat} format
27088   * @param {*} context
27089   */
27090  loadAndPerform(xml, format, context) {
27091    const grouping = xml.getAttribute("grouping");
27092    this.mGrouping = grouping == null || /* isEmpty */
27093    grouping.length === 0 || grouping === "true";
27094    this.recursiveGroups = format.groupingRecursive();
27095    context.performAndRecord(this);
27096  }
27097  /**
27098   * 
27099   * @return {boolean}
27100   */
27101  isDestructive() {
27102    return true;
27103  }
27104  /**
27105   * 
27106   * @return {boolean}
27107   */
27108  isVisible() {
27109    return true;
27110  }
27111  /**
27112   * 
27113   */
27114  redo() {
27115    if (this.mGrouping) if (this.recursiveGroups) this.mSelection.gatherGroup();
27116    else this.mSelection.gatherGroup211();
27117    else if (this.recursiveGroups) this.mSelection.scatterGroup();
27118    else this.mSelection.scatterGroup211();
27119  }
27120  /**
27121   * 
27122   */
27123  undo() {
27124    if (!this.mGrouping) if (this.recursiveGroups) this.mSelection.gatherGroup();
27125    else this.mSelection.gatherGroup211();
27126    else if (this.recursiveGroups) this.mSelection.scatterGroup();
27127    else this.mSelection.scatterGroup211();
27128  }
27129  /**
27130   * 
27131   */
27132  perform() {
27133    if (this.unnecessary) return;
27134    this.redo();
27135  }
27136  /**
27137   * 
27138   * @return {boolean}
27139   */
27140  isSticky() {
27141    return false;
27142  }
27143};
27144GroupSelection["__class"] = "com.vzome.core.edits.GroupSelection";
27145

27146// src/worker/legacy/from-java/com/vzome/core/edits/HeptagonSubdivision.ts
27147var HeptagonSubdivision = class extends ChangeManifestations {
27148  /**
27149   * 
27150   */
27151  perform() {
27152    let p1 = null;
27153    this.setOrderedSelection(true);
27154    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
27155      let man = index.next();
27156      {
27157        this.unselect$com_vzome_core_model_Manifestation(man);
27158        if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0)) {
27159          const nextPoint = man.getFirstConstruction();
27160          if (p1 == null) p1 = nextPoint;
27161          else {
27162            const segment = new SegmentJoiningPoints(p1, nextPoint);
27163            const field5 = segment.getField();
27164            const scaleFactor = field5.getUnitTerm(2).reciprocal();
27165            const offset = segment.getOffset();
27166            const off2 = offset.scale(scaleFactor);
27167            const off1 = off2.scale(scaleFactor);
27168            const v1 = p1.getLocation().plus(off1);
27169            const firstPoint = new FreePoint(v1);
27170            this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(firstPoint));
27171            const v2 = v1.plus(off2);
27172            const secondPoint = new FreePoint(v2);
27173            this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(secondPoint));
27174            break;
27175          }
27176        }
27177      }
27178    }
27179    this.redo();
27180  }
27181  constructor(editor) {
27182    super(editor);
27183  }
27184  /**
27185   * 
27186   * @return {string}
27187   */
27188  getXmlElementName() {
27189    return "HeptagonSubdivision";
27190  }
27191};
27192HeptagonSubdivision["__class"] = "com.vzome.core.edits.HeptagonSubdivision";
27193

27194// src/worker/legacy/from-java/com/vzome/core/edits/InvertSelection.ts
27195var InvertSelection = class extends ChangeSelection {
27196  constructor(editor) {
27197    super(editor.getSelection());
27198    if (this.mManifestations === void 0) {
27199      this.mManifestations = null;
27200    }
27201    this.mManifestations = editor.getRealizedModel();
27202  }
27203  /**
27204   * 
27205   */
27206  perform() {
27207    for (let index = this.mManifestations.iterator(); index.hasNext(); ) {
27208      let m = index.next();
27209      {
27210        if (m.isRendered()) {
27211          if (this.mSelection.manifestationSelected(m)) this.unselect$com_vzome_core_model_Manifestation(m);
27212          else this.select$com_vzome_core_model_Manifestation(m);
27213        }
27214      }
27215    }
27216    this.redo();
27217  }
27218  /**
27219   * 
27220   * @return {string}
27221   */
27222  getXmlElementName() {
27223    return "InvertSelection";
27224  }
27225};
27226InvertSelection["__class"] = "com.vzome.core.edits.InvertSelection";
27227

27228// src/worker/legacy/from-java/com/vzome/core/edits/JoinPointPair.ts
27229var JoinPointPair = class extends ChangeManifestations {
27230  constructor(editor) {
27231    super(editor);
27232    if (this.start === void 0) {
27233      this.start = null;
27234    }
27235    if (this.end === void 0) {
27236      this.end = null;
27237    }
27238  }
27239  /**
27240   * 
27241   * @param {*} props
27242   */
27243  configure(props) {
27244    this.start = props.get("start");
27245    this.end = props.get("end");
27246  }
27247  /**
27248   * 
27249   * @param {*} element
27250   */
27251  getXmlAttributes(element) {
27252    XmlSaveFormat.serializePoint(element, "start", this.start);
27253    XmlSaveFormat.serializePoint(element, "end", this.end);
27254  }
27255  /**
27256   * 
27257   * @param {*} xml
27258   * @param {XmlSaveFormat} format
27259   */
27260  setXmlAttributes(xml, format) {
27261    this.start = format.parsePoint$org_w3c_dom_Element$java_lang_String(xml, "start");
27262    this.end = format.parsePoint$org_w3c_dom_Element$java_lang_String(xml, "end");
27263  }
27264  /**
27265   * 
27266   */
27267  perform() {
27268    if (this.start !== this.end && !this.start.getLocation().equals(this.end.getLocation())) {
27269      const segment = new SegmentJoiningPoints(this.start, this.end);
27270      this.manifestConstruction(segment);
27271    }
27272    this.redo();
27273  }
27274  /**
27275   * 
27276   * @return {string}
27277   */
27278  getXmlElementName() {
27279    return "JoinPointPair";
27280  }
27281};
27282JoinPointPair["__class"] = "com.vzome.core.edits.JoinPointPair";
27283

27284// src/worker/legacy/from-java/com/vzome/core/edits/JoinPoints.ts
27285var JoinPoints = class _JoinPoints extends ChangeManifestations {
27286  constructor(editor) {
27287    super(editor);
27288    this.joinMode = _JoinPoints.JoinModeEnum.CLOSED_LOOP;
27289  }
27290  /**
27291   * 
27292   * @return {boolean}
27293   */
27294  groupingAware() {
27295    return true;
27296  }
27297  /**
27298   * 
27299   * @param {*} props
27300   */
27301  configure(props) {
27302    const mode = props.get("mode");
27303    if (mode != null) this.joinMode = _JoinPoints.JoinModeEnum[mode];
27304  }
27305  static {
27306    this.ATTRNAME_CLOSEDLOOP = "closedLoop";
27307  }
27308  static {
27309    this.ATTRNAME_JOINMODE = "joinMode";
27310  }
27311  /**
27312   * 
27313   * @param {*} element
27314   */
27315  getXmlAttributes(element) {
27316    if (this.joinMode === _JoinPoints.JoinModeEnum.CLOSED_LOOP) {
27317    } else {
27318      element.setAttribute(_JoinPoints.ATTRNAME_CLOSEDLOOP, "false");
27319      if (this.joinMode !== _JoinPoints.JoinModeEnum.CHAIN_BALLS) element.setAttribute(
27320        _JoinPoints.ATTRNAME_JOINMODE,
27321        /* Enum.name */
27322        _JoinPoints.JoinModeEnum[this.joinMode]
27323      );
27324    }
27325  }
27326  /**
27327   * 
27328   * @param {*} xml
27329   * @param {XmlSaveFormat} format
27330   */
27331  setXmlAttributes(xml, format) {
27332    let attr = xml.getAttribute(_JoinPoints.ATTRNAME_JOINMODE);
27333    if (attr != null && !/* isEmpty */
27334    (attr.length === 0)) {
27335      this.joinMode = _JoinPoints.JoinModeEnum[attr];
27336    } else {
27337      attr = xml.getAttribute(_JoinPoints.ATTRNAME_CLOSEDLOOP);
27338      if (attr != null && !/* isEmpty */
27339      (attr.length === 0)) {
27340        this.joinMode = javaemul.internal.BooleanHelper.parseBoolean(attr) ? _JoinPoints.JoinModeEnum.CLOSED_LOOP : _JoinPoints.JoinModeEnum.CHAIN_BALLS;
27341      } else {
27342        this.joinMode = _JoinPoints.JoinModeEnum.CLOSED_LOOP;
27343      }
27344    }
27345  }
27346  /**
27347   * 
27348   */
27349  perform() {
27350    const inputs = new java.util.ArrayList();
27351    if (this.joinMode !== _JoinPoints.JoinModeEnum.ALL_POSSIBLE) this.setOrderedSelection(true);
27352    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
27353      let man = index.next();
27354      {
27355        if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0)) {
27356          inputs.add(man.getFirstConstruction());
27357        }
27358        this.unselect$com_vzome_core_model_Manifestation(man);
27359      }
27360    }
27361    this.redo();
27362    const last = inputs.size() - 1;
27363    if (last > 0) {
27364      const points = inputs.toArray([]);
27365      switch (this.joinMode) {
27366        case _JoinPoints.JoinModeEnum.CHAIN_BALLS:
27367          for (let i = 0; i < last; i++) {
27368            {
27369              this.addSegment(points, i, i + 1);
27370            }
27371            ;
27372          }
27373          break;
27374        case _JoinPoints.JoinModeEnum.CLOSED_LOOP:
27375          for (let i = 0; i < last; i++) {
27376            {
27377              this.addSegment(points, i, i + 1);
27378            }
27379            ;
27380          }
27381          if (last > 1) {
27382            this.addSegment(points, last, 0);
27383          }
27384          break;
27385        case _JoinPoints.JoinModeEnum.ALL_TO_FIRST:
27386          for (let i = 1; i <= last; i++) {
27387            {
27388              this.addSegment(points, 0, i);
27389            }
27390            ;
27391          }
27392          break;
27393        case _JoinPoints.JoinModeEnum.ALL_TO_LAST:
27394          for (let i = 0; i < last; i++) {
27395            {
27396              this.addSegment(points, i, last);
27397            }
27398            ;
27399          }
27400          break;
27401        case _JoinPoints.JoinModeEnum.ALL_POSSIBLE:
27402          for (let start = 0; start < last; start++) {
27403            {
27404              for (let end = start + 1; end <= last; end++) {
27405                {
27406                  this.addSegment(points, start, end);
27407                }
27408                ;
27409              }
27410            }
27411            ;
27412          }
27413          break;
27414        default:
27415          throw new Command.Failure("Unsupported JoinModeEnum: " + /* Enum.name */
27416          _JoinPoints.JoinModeEnum[this.joinMode]);
27417      }
27418      this.redo();
27419    }
27420  }
27421  addSegment(points, start, end) {
27422    if (start !== end && !points[start].getLocation().equals(points[end].getLocation())) {
27423      const segment = new SegmentJoiningPoints(points[start], points[end]);
27424      this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(segment));
27425    }
27426  }
27427  /**
27428   * 
27429   * @return {string}
27430   */
27431  getXmlElementName() {
27432    return "JoinPoints";
27433  }
27434};
27435JoinPoints["__class"] = "com.vzome.core.edits.JoinPoints";
27436((JoinPoints2) => {
27437  let JoinModeEnum;
27438  ((JoinModeEnum2) => {
27439    JoinModeEnum2[JoinModeEnum2["CHAIN_BALLS"] = 0] = "CHAIN_BALLS";
27440    JoinModeEnum2[JoinModeEnum2["CLOSED_LOOP"] = 1] = "CLOSED_LOOP";
27441    JoinModeEnum2[JoinModeEnum2["ALL_TO_FIRST"] = 2] = "ALL_TO_FIRST";
27442    JoinModeEnum2[JoinModeEnum2["ALL_TO_LAST"] = 3] = "ALL_TO_LAST";
27443    JoinModeEnum2[JoinModeEnum2["ALL_POSSIBLE"] = 4] = "ALL_POSSIBLE";
27444  })(JoinModeEnum = JoinPoints2.JoinModeEnum || (JoinPoints2.JoinModeEnum = {}));
27445})(JoinPoints || (JoinPoints = {}));
27446

27447// src/worker/legacy/from-java/com/vzome/core/edits/JoinSkewLines.ts
27448var JoinSkewLines = class _JoinSkewLines extends ChangeManifestations {
27449  static {
27450    this.NAME = "JoinSkewLines";
27451  }
27452  constructor(editor) {
27453    super(editor);
27454  }
27455  /**
27456   * 
27457   */
27458  perform() {
27459    const errorMsg = new java.lang.StringBuilder();
27460    errorMsg.append("This command requires two non-parallel struts.\n");
27461    let s0 = null;
27462    let s1 = null;
27463    let qty = 0;
27464    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
27465      let man = index.next();
27466      {
27467        if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0)) {
27468          switch (qty) {
27469            case 0:
27470              s0 = man;
27471              break;
27472            case 1:
27473              s1 = man;
27474              break;
27475            default:
27476              errorMsg.append("\ntoo many struts are selected.");
27477              this.fail(errorMsg.toString());
27478          }
27479          qty++;
27480        }
27481        this.unselect$com_vzome_core_model_Manifestation(man);
27482      }
27483    }
27484    if (qty < 2) {
27485      errorMsg.append(qty === 1 ? "\nonly one strut is selected." : "\nno struts are selected.");
27486      this.fail(errorMsg.toString());
27487    }
27488    const u = s0.getOffset();
27489    const v = s1.getOffset();
27490    const p0 = s0.getLocation();
27491    const q0 = s1.getLocation();
27492    const uuA = u.dot(u);
27493    const uvB = u.dot(v);
27494    const vvC = v.dot(v);
27495    const denD = uuA["times$com_vzome_core_algebra_AlgebraicNumber"](vvC)["minus$com_vzome_core_algebra_AlgebraicNumber"](uvB["times$com_vzome_core_algebra_AlgebraicNumber"](uvB));
27496    if (denD.isZero()) {
27497      errorMsg.append("\nstruts are parallel.");
27498      this.fail(errorMsg.toString());
27499    }
27500    this.redo();
27501    const w = p0.minus(q0);
27502    const uwD = u.dot(w);
27503    const vwE = v.dot(w);
27504    const sc = uvB["times$com_vzome_core_algebra_AlgebraicNumber"](vwE)["minus$com_vzome_core_algebra_AlgebraicNumber"](vvC["times$com_vzome_core_algebra_AlgebraicNumber"](uwD)).dividedBy(denD);
27505    const tc = uuA["times$com_vzome_core_algebra_AlgebraicNumber"](vwE)["minus$com_vzome_core_algebra_AlgebraicNumber"](uvB["times$com_vzome_core_algebra_AlgebraicNumber"](uwD)).dividedBy(denD);
27506    const w0 = p0.plus(u.scale(sc));
27507    const pw0 = new FreePoint(w0);
27508    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(pw0));
27509    const w1 = q0.plus(v.scale(tc));
27510    if (!w1.equals(w0)) {
27511      const pw1 = new FreePoint(w1);
27512      this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(pw1));
27513      this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(new SegmentJoiningPoints(pw0, pw1)));
27514    }
27515    this.redo();
27516  }
27517  /**
27518   * 
27519   * @return {string}
27520   */
27521  getXmlElementName() {
27522    return _JoinSkewLines.NAME;
27523  }
27524};
27525JoinSkewLines["__class"] = "com.vzome.core.edits.JoinSkewLines";
27526

27527// src/worker/legacy/from-java/com/vzome/core/edits/Label.ts
27528var Label = class extends ChangeManifestations {
27529  constructor(editorModel) {
27530    super(editorModel);
27531    if (this.target === void 0) {
27532      this.target = null;
27533    }
27534    if (this.label === void 0) {
27535      this.label = null;
27536    }
27537  }
27538  /**
27539   * 
27540   * @param {*} props
27541   */
27542  configure(props) {
27543    this.target = props.get("picked");
27544    this.label = props.get("text");
27545  }
27546  /**
27547   * 
27548   */
27549  perform() {
27550    this.labelManifestation(this.target, this.label);
27551    super.perform();
27552  }
27553  /**
27554   * 
27555   * @return {string}
27556   */
27557  getXmlElementName() {
27558    return "Label";
27559  }
27560  /**
27561   * 
27562   * @param {*} element
27563   */
27564  getXmlAttributes(element) {
27565    const construction = this.target.getFirstConstruction();
27566    if (construction != null && construction instanceof Point) XmlSaveFormat.serializePoint(element, "point", construction);
27567    else if (construction != null && construction instanceof Segment) XmlSaveFormat.serializeSegment(element, "startSegment", "endSegment", construction);
27568    else if (construction != null && construction instanceof Polygon) XmlSaveFormat.serializePolygon(element, "polygonVertex", construction);
27569    element.setAttribute("text", this.label);
27570  }
27571  /**
27572   * 
27573   * @param {*} xml
27574   * @param {XmlSaveFormat} format
27575   */
27576  setXmlAttributes(xml, format) {
27577    this.label = xml.getAttribute("text");
27578    let construction = format.parsePoint$org_w3c_dom_Element$java_lang_String(xml, "point");
27579    if (construction == null) construction = format.parseSegment$org_w3c_dom_Element$java_lang_String$java_lang_String(xml, "startSegment", "endSegment");
27580    if (construction == null) construction = format.parsePolygon$org_w3c_dom_Element$java_lang_String(xml, "polygonVertex");
27581    if (construction != null) this.target = this.getManifestation(construction);
27582  }
27583};
27584Label["__class"] = "com.vzome.core.edits.Label";
27585

27586// src/worker/legacy/from-java/com/vzome/core/edits/LinePlaneIntersect.ts
27587var LinePlaneIntersect = class extends ChangeManifestations {
27588  constructor(editor) {
27589    super(editor);
27590  }
27591  /**
27592   * 
27593   * @return {boolean}
27594   */
27595  groupingAware() {
27596    return true;
27597  }
27598  /**
27599   * 
27600   */
27601  perform() {
27602    let panel = null;
27603    let strut = null;
27604    let p0 = null;
27605    let p1 = null;
27606    let p2 = null;
27607    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
27608      let man = index.next();
27609      {
27610        this.unselect$com_vzome_core_model_Manifestation(man);
27611        if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0) && p2 == null) {
27612          const nextPoint = man.getFirstConstruction();
27613          if (p0 == null) p0 = nextPoint;
27614          else if (p1 == null) p1 = nextPoint;
27615          else if (p2 == null) p2 = nextPoint;
27616        } else if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0) && strut == null) {
27617          strut = man;
27618        } else if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Panel") >= 0) && panel == null) {
27619          panel = man;
27620        }
27621      }
27622    }
27623    if (strut == null) {
27624      return;
27625    }
27626    let point = null;
27627    let plane = null;
27628    const line = new LineFromPointAndVector(strut.getLocation(), strut.getZoneVector());
27629    if (p2 != null && panel == null) {
27630      const points = [p0, p1, p2];
27631      const polygon = new PolygonFromVertices(points);
27632      plane = new PlaneExtensionOfPolygon(polygon);
27633    } else if (strut != null && panel != null) {
27634      plane = new PlaneFromPointAndNormal(panel.getFirstVertex(), panel.getZoneVector());
27635    }
27636    if (plane != null && !plane.isImpossible()) {
27637      point = new LinePlaneIntersectionPoint(plane, line);
27638      if (!point.isImpossible()) this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(point));
27639    }
27640    this.redo();
27641  }
27642  /**
27643   * 
27644   * @return {string}
27645   */
27646  getXmlElementName() {
27647    return "LinePlaneIntersect";
27648  }
27649};
27650LinePlaneIntersect["__class"] = "com.vzome.core.edits.LinePlaneIntersect";
27651

27652// src/worker/legacy/from-java/com/vzome/core/edits/LoadVEF.ts
27653var LoadVEF = class extends ImportMesh {
27654  constructor(editor) {
27655    super(editor);
27656  }
27657  deselectInputs() {
27658    return false;
27659  }
27660  /**
27661   * 
27662   * @param {AlgebraicVector} offset
27663   * @param {ManifestConstructions} events
27664   * @param {*} registry
27665   */
27666  parseMeshData(offset, events, registry) {
27667    const v2m = new VefToModel(this.projection, events, this.scale, offset);
27668    v2m.parseVEF(this.meshData, this.mManifestations.getField());
27669  }
27670  /**
27671   * 
27672   * @return {string}
27673   */
27674  getXmlElementName() {
27675    return "LoadVEF";
27676  }
27677};
27678LoadVEF["__class"] = "com.vzome.core.edits.LoadVEF";
27679

27680// src/worker/legacy/from-java/com/vzome/core/edits/ManifestationColorMappers.ts
27681var ManifestationColorMappers = class _ManifestationColorMappers {
27682  static {
27683    this.__static_initialized = false;
27684  }
27685  static __static_initialize() {
27686    if (!_ManifestationColorMappers.__static_initialized) {
27687      _ManifestationColorMappers.__static_initialized = true;
27688      _ManifestationColorMappers.__static_initializer_0();
27689    }
27690  }
27691  static colorMappers_$LI$() {
27692    _ManifestationColorMappers.__static_initialize();
27693    if (_ManifestationColorMappers.colorMappers == null) {
27694      _ManifestationColorMappers.colorMappers = new java.util.HashMap();
27695    }
27696    return _ManifestationColorMappers.colorMappers;
27697  }
27698  static __static_initializer_0() {
27699    _ManifestationColorMappers.RegisterMapper(new _ManifestationColorMappers.RadialCentroidColorMap());
27700    _ManifestationColorMappers.RegisterMapper(new _ManifestationColorMappers.RadialStandardBasisColorMap());
27701    _ManifestationColorMappers.RegisterMapper(new _ManifestationColorMappers.CanonicalOrientationColorMap());
27702    _ManifestationColorMappers.RegisterMapper(new _ManifestationColorMappers.NormalPolarityColorMap());
27703    _ManifestationColorMappers.RegisterMapper(new _ManifestationColorMappers.CentroidByOctantAndDirectionColorMap());
27704    _ManifestationColorMappers.RegisterMapper(new _ManifestationColorMappers.CoordinatePlaneColorMap());
27705    _ManifestationColorMappers.RegisterMapper(new _ManifestationColorMappers.Identity());
27706    _ManifestationColorMappers.RegisterMapper(new _ManifestationColorMappers.ColorComplementor());
27707    _ManifestationColorMappers.RegisterMapper(new _ManifestationColorMappers.ColorInverter());
27708    _ManifestationColorMappers.RegisterMapper(new _ManifestationColorMappers.ColorMaximizer());
27709    _ManifestationColorMappers.RegisterMapper(new _ManifestationColorMappers.ColorSoftener());
27710  }
27711  static RegisterMapper(mapper) {
27712    if (mapper != null) {
27713      _ManifestationColorMappers.colorMappers_$LI$().put(mapper.getName(), mapper);
27714      if (mapper.getName() === "ColorComplementor") _ManifestationColorMappers.colorMappers_$LI$().put("ColorComplimentor", mapper);
27715    }
27716  }
27717  static getColorMapper$java_lang_String(mapperName) {
27718    const strTransparency = "TransparencyMapper@";
27719    if (
27720      /* startsWith */
27721      ((str, searchString, position = 0) => str.substr(position, searchString.length) === searchString)(mapperName, strTransparency)
27722    ) {
27723      const strAlpha = mapperName.substring(strTransparency.length);
27724      const alpha = javaemul.internal.IntegerHelper.parseInt(strAlpha);
27725      return new _ManifestationColorMappers.TransparencyMapper(alpha);
27726    }
27727    switch (mapperName) {
27728      case "TransparencyMapper":
27729        return new _ManifestationColorMappers.TransparencyMapper(255);
27730      case "DarkenWithDistance":
27731        return new _ManifestationColorMappers.DarkenWithDistance();
27732      case "DarkenNearOrigin":
27733        return new _ManifestationColorMappers.DarkenNearOrigin();
27734      case "CopyLastSelectedColor":
27735        return new _ManifestationColorMappers.CopyLastSelectedColor();
27736    }
27737    return _ManifestationColorMappers.colorMappers_$LI$().get(mapperName);
27738  }
27739  static getColorMapper$java_lang_String$com_vzome_core_editor_api_OrbitSource(mapperName, symmetry) {

27740    let colorMapper = mapperName === "SystemColorMap" ? new _ManifestationColorMappers.SystemColorMap(symmetry) : mapperName === "SystemCentroidColorMap" ? new _ManifestationColorMappers.SystemCentroidColorMap(symmetry) : mapperName === "NearestSpecialOrbitColorMap" ? new _ManifestationColorMappers.NearestSpecialOrbitColorMap(symmetry) : mapperName === "CentroidNearestSpecialOrbitColorMap" ? new _ManifestationColorMappers.CentroidNearestSpecialOrbitColorMap(symmetry) : mapperName === "NearestPredefinedOrbitColorMap" ? new _ManifestationColorMappers.NearestPredefinedOrbitColorMap(symmetry) : mapperName === "CentroidNearestPredefinedOrbitColorMap" ? new _ManifestationColorMappers.CentroidNearestPredefinedOrbitColorMap(symmetry) : _ManifestationColorMappers.getColorMapper$java_lang_String(mapperName);
27741    if (colorMapper == null) {
27742      colorMapper = new _ManifestationColorMappers.Identity();
27743    }
27744    return colorMapper;
27745  }
27746  static getColorMapper(mapperName, symmetry) {
27747    if ((typeof mapperName === "string" || mapperName === null) && (symmetry != null && (symmetry.constructor != null && symmetry.constructor["__interfaces"] != null && symmetry.constructor["__interfaces"].indexOf("com.vzome.core.editor.api.OrbitSource") >= 0) || symmetry === null)) {
27748      return _ManifestationColorMappers.getColorMapper$java_lang_String$com_vzome_core_editor_api_OrbitSource(mapperName, symmetry);
27749    } else if ((typeof mapperName === "string" || mapperName === null) && symmetry === void 0) {
27750      return _ManifestationColorMappers.getColorMapper$java_lang_String(mapperName);
27751    } else throw new Error("invalid overload");
27752  }
27753  static mapPolarity(vector, alpha) {
27754    const polarity = vector.compareTo(vector.negate());
27755    const mid = 128;
27756    const diff = 64;
27757    const shade = polarity < 0 ? mid - diff : polarity > 0 ? mid + diff : mid;
27758    return new Color(shade, shade, shade, alpha);
27759  }
27760  /**
27761   * @param {AlgebraicVector} vector could be midpoint, start, end, normal, or any basis for mapping to a color
27762   * @param {number} alpha the transparency component of the resulting color.
27763   * @return
27764   * @return {Color}
27765   */
27766  static mapRadially(vector, alpha) {
27767    const midPoint = 127;
27768    const rgb = [midPoint, midPoint, midPoint];
27769    const parts = ((s) => {
27770      let a = [];
27771      while (s-- > 0) a.push(0);
27772      return a;
27773    })(rgb.length);
27774    const dimensions = Math.min(rgb.length, vector.dimension());
27775    let whole = 0;
27776    for (let i = 0; i < dimensions; i++) {
27777      {
27778        const component = vector.getComponent(i);
27779        parts[i] = component.evaluate();
27780        whole += Math.abs(parts[i]);
27781      }
27782      ;
27783    }
27784    if (whole !== 0) {
27785      for (let i = 0; i < parts.length; i++) {
27786        {
27787          const part = parts[i] / whole;
27788          const contribution = part * midPoint;
27789          rgb[i] = /* intValue */
27790          (contribution | 0) + midPoint;
27791          rgb[i] = Math.min(255, rgb[i]);
27792          rgb[i] = Math.max(0, rgb[i]);
27793        }
27794        ;
27795      }
27796    }
27797    return new Color(rgb[0], rgb[1], rgb[2], alpha);
27798  }
27799  /**
27800   * @param {AlgebraicVector} vector could be midpoint, start, end, normal, or any basis for mapping to a color
27801   * @param {number} alpha the transparency component of the resulting color.
27802   * @param {number} neg the R, G or B level of vectors with a negative value in the corresponding X, Y, or Z dimension.
27803   * @param {number} zero the R, G or B level of vectors with a zero value in the corresponding X, Y, or Z dimension.
27804   * @param {number} pos the R, G or B level of vectors with a positive value in the corresponding X, Y, or Z dimension.
27805   * @return
27806   * @return {Color}
27807   */
27808  static mapToOctant(vector, alpha, neg, zero, pos) {
27809    const src = [neg, zero, pos];
27810    const rgb = ((s) => {
27811      let a = [];
27812      while (s-- > 0) a.push(0);
27813      return a;
27814    })(src.length);
27815    const dimensions = Math.min(rgb.length, vector.dimension());
27816    for (let i = 0; i < dimensions; i++) {
27817      {
27818        const component = vector.getComponent(i);
27819        const dir = (
27820          /* signum */
27821          ((f) => {
27822            if (f > 0) {
27823              return 1;
27824            } else if (f < 0) {
27825              return -1;
27826            } else {
27827              return 0;
27828            }
27829          })(component.evaluate())
27830        );
27831        const index = (
27832          /* intValue */
27833          (dir | 0) + 1
27834        );
27835        rgb[i] = src[index];
27836      }
27837      ;
27838    }
27839    return new Color(rgb[0], rgb[1], rgb[2], alpha);
27840  }
27841  static mapToMagnitude(vector, offset, fullScaleSquared, initialColor) {
27842    if (vector == null || initialColor == null) {
27843      return initialColor;
27844    }
27845    const magnitudeSquared = AlgebraicVectors.getMagnitudeSquared(vector).evaluate();
27846    const denominator = fullScaleSquared === 0 ? 1e-4 : fullScaleSquared;
27847    const scale = Math.abs(offset - magnitudeSquared) / denominator;
27848    return Color.getScaledTo(initialColor, scale);
27849  }
27850};
27851ManifestationColorMappers["__class"] = "com.vzome.core.edits.ManifestationColorMappers";
27852((ManifestationColorMappers2) => {
27853  class ManifestationColorMapper {
27854    /* Default method injected from ColorMappers.ColorMapper */
27855    requiresOrderedSelection() {
27856      return false;

27857    }
27858    constructor() {
27859    }
27860    /**
27861     * Optional opportunity to initialize parameters that were not available at time of the constructor
27862     * but are determined based on the selection or model iterator
27863     * just before apply is called on each individual manifestation.
27864     * @param selection
27865     * @param model
27866     * @param {Manifestations.ManifestationIterator} manifestations
27867     */
27868    initialize(manifestations) {
27869    }
27870    apply$com_vzome_core_model_Manifestation(man) {
27871      return man == null || !man.isRendered() ? null : this.applyTo(man);
27872    }
27873    /**
27874     * 
27875     * @param {*} man
27876     * @return {Color}
27877     */
27878    apply(man) {
27879      if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Manifestation") >= 0) || man === null) {
27880        return this.apply$com_vzome_core_model_Manifestation(man);
27881      } else throw new Error("invalid overload");
27882    }
27883    applyTo(manifestation) {
27884      let color = manifestation.getColor();
27885      if (color == null) {
27886        color = Color.WHITE_$LI$();
27887      }
27888      return color;
27889    }
27890    /**
27891     * subclasses should call {@code result.setAttribute()} if they have any parameters to persist
27892     * @param {*} result
27893     */
27894    getXmlAttributes(result) {
27895    }
27896    /**
27897     * subclasses should call {@code xml.getAttribute()} to retrieve any persisted parameters
27898     * @param {*} xml
27899     */
27900    setXmlAttributes(xml) {
27901    }
27902  }
27903  ManifestationColorMappers2.ManifestationColorMapper = ManifestationColorMapper;
27904  ManifestationColorMapper["__class"] = "com.vzome.core.edits.ManifestationColorMappers.ManifestationColorMapper";
27905  ManifestationColorMapper["__interfaces"] = ["com.vzome.core.edits.ColorMappers.ColorMapper", "java.util.function.Function"];
27906  class Identity extends ManifestationColorMappers2.ManifestationColorMapper {
27907    /**
27908     * 
27909     * @return {string}
27910     */
27911    getName() {
27912      return "Identity";
27913    }
27914    /**
27915     * 
27916     * @param {*} rendered
27917     * @return {Color}
27918     */
27919    applyTo(rendered) {
27920      return rendered.getColor();
27921    }
27922    constructor() {
27923      super();
27924    }
27925  }
27926  ManifestationColorMappers2.Identity = Identity;
27927  Identity["__class"] = "com.vzome.core.edits.ManifestationColorMappers.Identity";
27928  Identity["__interfaces"] = ["com.vzome.core.edits.ColorMappers.ColorMapper", "java.util.function.Function"];
27929  class ColorComplementor extends ManifestationColorMappers2.ManifestationColorMapper {
27930    /**
27931     * 
27932     * @return {string}
27933     */
27934    getName() {
27935      return "ColorComplementor";
27936    }
27937    /**
27938     * 
27939     * @param {*} rendered
27940     * @return {Color}
27941     */
27942    applyTo(rendered) {
27943      return Color.getComplement(super.applyTo(rendered));
27944    }
27945    constructor() {
27946      super();
27947    }
27948  }
27949  ManifestationColorMappers2.ColorComplementor = ColorComplementor;
27950  ColorComplementor["__class"] = "com.vzome.core.edits.ManifestationColorMappers.ColorComplementor";
27951  ColorComplementor["__interfaces"] = ["com.vzome.core.edits.ColorMappers.ColorMapper", "java.util.function.Function"];
27952  class ColorInverter extends ManifestationColorMappers2.ManifestationColorMapper {
27953    /**
27954     * 
27955     * @return {string}
27956     */
27957    getName() {
27958      return "ColorInverter";
27959    }
27960    /**
27961     * 
27962     * @param {*} rendered
27963     * @return {Color}
27964     */
27965    applyTo(rendered) {
27966      return Color.getInverted(super.applyTo(rendered));
27967    }
27968    constructor() {
27969      super();
27970    }
27971  }
27972  ManifestationColorMappers2.ColorInverter = ColorInverter;
27973  ColorInverter["__class"] = "com.vzome.core.edits.ManifestationColorMappers.ColorInverter";
27974  ColorInverter["__interfaces"] = ["com.vzome.core.edits.ColorMappers.ColorMapper", "java.util.function.Function"];
27975  class ColorMaximizer extends ManifestationColorMappers2.ManifestationColorMapper {
27976    /**
27977     * 
27978     * @return {string}
27979     */
27980    getName() {
27981      return "ColorMaximizer";
27982    }
27983    /**
27984     * 
27985     * @param {*} rendered
27986     * @return {Color}
27987     */
27988    applyTo(rendered) {
27989      return Color.getMaximum(super.applyTo(rendered));
27990    }
27991    constructor() {
27992      super();
27993    }
27994  }
27995  ManifestationColorMappers2.ColorMaximizer = ColorMaximizer;
27996  ColorMaximizer["__class"] = "com.vzome.core.edits.ManifestationColorMappers.ColorMaximizer";
27997  ColorMaximizer["__interfaces"] = ["com.vzome.core.edits.ColorMappers.ColorMapper", "java.util.function.Function"];
27998  class ColorSoftener extends ManifestationColorMappers2.ManifestationColorMapper {
27999    /**
28000     * 
28001     * @return {string}
28002     */
28003    getName() {
28004      return "ColorSoftener";
28005    }
28006    /**
28007     * 
28008     * @param {*} rendered
28009     * @return {Color}
28010     */
28011    applyTo(rendered) {
28012      return Color.getPastel(super.applyTo(rendered));
28013    }
28014    constructor() {
28015      super();
28016    }
28017  }
28018  ManifestationColorMappers2.ColorSoftener = ColorSoftener;
28019  ColorSoftener["__class"] = "com.vzome.core.edits.ManifestationColorMappers.ColorSoftener";
28020  ColorSoftener["__interfaces"] = ["com.vzome.core.edits.ColorMappers.ColorMapper", "java.util.function.Function"];
28021  class TransparencyMapper extends ManifestationColorMappers2.ManifestationColorMapper {
28022    /**
28023     * 
28024     * @return {string}
28025     */
28026    getName() {
28027      return "TransparencyMapper";
28028    }
28029    constructor(alpha) {
28030      super();
28031      if (this.alpha === void 0) {
28032        this.alpha = 0;
28033      }
28034      this.setAlpha(alpha);
28035    }
28036    setAlpha(value) {
28037      this.alpha = Math.min(255, Math.max(1, value));
28038    }
28039    static {
28040      this.ALPHA_ATTR_NAME = "alpha";
28041    }
28042    /**
28043     * 
28044     * @param {*} xml
28045     */
28046    setXmlAttributes(xml) {
28047      this.alpha = javaemul.internal.IntegerHelper.parseInt(xml.getAttribute(TransparencyMapper.ALPHA_ATTR_NAME));
28048    }
28049    /**
28050     * 
28051     * @param {*} result
28052     */
28053    getXmlAttributes(result) {
28054      result.setAttribute(
28055        TransparencyMapper.ALPHA_ATTR_NAME,
28056        /* toString */
28057        "" + this.alpha
28058      );
28059    }
28060    /**
28061     * 
28062     * @param {*} rendered
28063     * @return {Color}
28064     */
28065    applyTo(rendered) {
28066      const color = super.applyTo(rendered);
28067      return new Color(color.getRed(), color.getGreen(), color.getBlue(), this.alpha);
28068    }
28069  }
28070  ManifestationColorMappers2.TransparencyMapper = TransparencyMapper;

28071  TransparencyMapper["__class"] = "com.vzome.core.edits.ManifestationColorMappers.TransparencyMapper";
28072  TransparencyMapper["__interfaces"] = ["com.vzome.core.edits.ColorMappers.ColorMapper", "java.util.function.Function"];
28073  class CopyLastSelectedColor extends ManifestationColorMappers2.ManifestationColorMapper {
28074    /**
28075     * 
28076     * @return {string}
28077     */
28078    getName() {
28079      return "CopyLastSelectedColor";
28080    }
28081    /**
28082     * 
28083     * @return {boolean}
28084     */
28085    requiresOrderedSelection() {
28086      return true;
28087    }
28088    /**
28089     * 
28090     * @param {Manifestations.ManifestationIterator} selection
28091     */
28092    initialize(selection) {
28093      if (this.color == null) {
28094        let last = null;
28095        for (let index = selection.iterator(); index.hasNext(); ) {
28096          let man = index.next();
28097          {
28098            if (man != null && man.isRendered()) {
28099              last = man;
28100            }
28101          }
28102        }
28103        if (last != null) {
28104          this.color = last.getColor();
28105        }
28106      }
28107      if (this.color == null) {
28108        throw new Command.Failure("select a ball, strut or panel as the color to be copied.");
28109      }
28110    }
28111    /**
28112     * 
28113     * @param {*} xml
28114     */
28115    setXmlAttributes(xml) {
28116      const red = xml.getAttribute("red");
28117      const green = xml.getAttribute("green");
28118      const blue = xml.getAttribute("blue");
28119      const alphaStr = xml.getAttribute("alpha");
28120      const alpha = alphaStr == null || /* isEmpty */
28121      alphaStr.length === 0 ? 255 : javaemul.internal.IntegerHelper.parseInt(alphaStr);
28122      this.color = new Color(javaemul.internal.IntegerHelper.parseInt(red), javaemul.internal.IntegerHelper.parseInt(green), javaemul.internal.IntegerHelper.parseInt(blue), alpha);
28123    }
28124    /**
28125     * 
28126     * @param {*} result
28127     */
28128    getXmlAttributes(result) {
28129      result.setAttribute("red", "" + this.color.getRed());
28130      result.setAttribute("green", "" + this.color.getGreen());
28131      result.setAttribute("blue", "" + this.color.getBlue());
28132      const alpha = this.color.getAlpha();
28133      if (alpha < 255) result.setAttribute("alpha", "" + alpha);
28134    }
28135    /**
28136     * 
28137     * @param {*} rendered
28138     * @return {Color}
28139     */
28140    applyTo(rendered) {
28141      return this.color;
28142    }
28143    constructor() {
28144      super();
28145      if (this.color === void 0) {
28146        this.color = null;
28147      }
28148    }
28149  }
28150  ManifestationColorMappers2.CopyLastSelectedColor = CopyLastSelectedColor;
28151  CopyLastSelectedColor["__class"] = "com.vzome.core.edits.ManifestationColorMappers.CopyLastSelectedColor";
28152  CopyLastSelectedColor["__interfaces"] = ["com.vzome.core.edits.ColorMappers.ColorMapper", "java.util.function.Function"];
28153  class CentroidColorMapper extends ManifestationColorMappers2.ManifestationColorMapper {
28154    constructor() {
28155      super();
28156    }
28157    applyTo$com_vzome_core_model_Manifestation(rendered) {
28158      const color = rendered.getColor();
28159      const alpha = color == null ? 255 : color.getAlpha();
28160      return this.applyTo$com_vzome_core_algebra_AlgebraicVector$int(rendered.getCentroid(), alpha);
28161    }
28162    applyTo$com_vzome_core_algebra_AlgebraicVector$int(centroid, alpha) {
28163      throw new Error("cannot invoke abstract overloaded method... check your argument(s) type(s)");
28164    }
28165    applyTo(centroid, alpha) {
28166      if ((centroid != null && centroid instanceof AlgebraicVector || centroid === null) && (typeof alpha === "number" || alpha === null)) {
28167        return this.applyTo$com_vzome_core_algebra_AlgebraicVector$int(centroid, alpha);
28168      } else if ((centroid != null && (centroid.constructor != null && centroid.constructor["__interfaces"] != null && centroid.constructor["__interfaces"].indexOf("com.vzome.core.model.Manifestation") >= 0) || centroid === null) && alpha === void 0) {
28169        return this.applyTo$com_vzome_core_model_Manifestation(centroid);
28170      } else throw new Error("invalid overload");
28171    }
28172  }
28173  ManifestationColorMappers2.CentroidColorMapper = CentroidColorMapper;
28174  CentroidColorMapper["__class"] = "com.vzome.core.edits.ManifestationColorMappers.CentroidColorMapper";
28175  CentroidColorMapper["__interfaces"] = ["com.vzome.core.edits.ColorMappers.ColorMapper", "java.util.function.Function"];
28176  class DarkenNearOrigin extends ManifestationColorMappers2.ManifestationColorMapper {
28177    /**
28178     * 
28179     * @return {string}
28180     */
28181    getName() {
28182      return "DarkenNearOrigin";
28183    }
28184    /**
28185     * 
28186     * @param {Manifestations.ManifestationIterator} manifestations
28187     */
28188    initialize(manifestations) {
28189      if (this.fullScaleSquared === 0) {
28190        const fullScale = DarkenNearOrigin.getMostDistantPoint(manifestations);
28191        if (fullScale == null) {
28192          throw new Command.Failure("unable to determine most distant point");
28193        }
28194        if (fullScale.isOrigin()) {
28195          throw new Command.Failure("select at least one point other than the origin");
28196        }
28197        this.fullScaleSquared = AlgebraicVectors.getMagnitudeSquared(fullScale).evaluate();
28198      }
28199    }
28200    static getMostDistantPoint(manifestations) {
28201      const centroids = new java.util.ArrayList();
28202      for (let index = manifestations.iterator(); index.hasNext(); ) {
28203        let man = index.next();
28204        {
28205          centroids.add(man.getCentroid());
28206        }
28207      }
28208      if (centroids.isEmpty()) {
28209        return null;
28210      }
28211      const mostDistant = AlgebraicVectors.getMostDistantFromOrigin(centroids);
28212      return mostDistant.isEmpty() ? null : mostDistant.first();
28213    }
28214    /**
28215     * 
28216     * @param {*} rendered
28217     * @return {Color}
28218     */
28219    applyTo(rendered) {
28220      const centroid = rendered.getCentroid();
28221      const initialColor = super.applyTo(rendered);
28222      return ManifestationColorMappers2.mapToMagnitude(centroid, this.offset, this.fullScaleSquared, initialColor);
28223    }
28224    /**
28225     * 
28226     * @param {*} result
28227     */
28228    getXmlAttributes(result) {
28229      result.setAttribute(
28230        this.FULLSCALESQUARED_ATTR_NAME,
28231        /* toString */
28232        "" + this.fullScaleSquared
28233      );
28234    }
28235    /**
28236     * 
28237     * @param {*} xml
28238     */
28239    setXmlAttributes(xml) {
28240      const attr = xml.getAttribute(this.FULLSCALESQUARED_ATTR_NAME);
28241      this.fullScaleSquared = javaemul.internal.DoubleHelper.parseDouble(attr);
28242    }
28243    constructor() {
28244      super();
28245      this.offset = 0;
28246      this.fullScaleSquared = 0;
28247      this.FULLSCALESQUARED_ATTR_NAME = "fullScaleSquared";
28248    }
28249  }
28250  ManifestationColorMappers2.DarkenNearOrigin = DarkenNearOrigin;
28251  DarkenNearOrigin["__class"] = "com.vzome.core.edits.ManifestationColorMappers.DarkenNearOrigin";
28252  DarkenNearOrigin["__interfaces"] = ["com.vzome.core.edits.ColorMappers.ColorMapper", "java.util.function.Function"];
28253  class ManifestationSubclassColorMapper extends ManifestationColorMappers2.ManifestationColorMapper {
28254    /**
28255     * 
28256     * @param {*} man
28257     * @return {Color}
28258     */
28259    applyTo(man) {
28260      const color = man.getColor();

28261      const alpha = color == null ? 255 : color.getAlpha();
28262      if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0)) {
28263        return this.applyToBall(man, alpha);
28264      } else if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0)) {
28265        return this.applyToStrut(man, alpha);
28266      } else if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Panel") >= 0)) {
28267        return this.applyToPanel(man, alpha);
28268      }
28269      return null;
28270    }
28271    constructor() {
28272      super();
28273    }
28274  }
28275  ManifestationColorMappers2.ManifestationSubclassColorMapper = ManifestationSubclassColorMapper;
28276  ManifestationSubclassColorMapper["__class"] = "com.vzome.core.edits.ManifestationColorMappers.ManifestationSubclassColorMapper";
28277  ManifestationSubclassColorMapper["__interfaces"] = ["com.vzome.core.edits.ColorMappers.ColorMapper", "java.util.function.Function"];
28278  class RadialCentroidColorMap extends ManifestationColorMappers2.CentroidColorMapper {
28279    /**
28280     * 
28281     * @return {string}
28282     */
28283    getName() {
28284      return "RadialCentroidColorMap";
28285    }
28286    applyTo$com_vzome_core_algebra_AlgebraicVector$int(centroid, alpha) {
28287      return ManifestationColorMappers2.mapRadially(centroid, alpha);
28288    }
28289    /**
28290     * 
28291     * @param {AlgebraicVector} centroid
28292     * @param {number} alpha
28293     * @return {Color}
28294     */
28295    applyTo(centroid, alpha) {
28296      if ((centroid != null && centroid instanceof AlgebraicVector || centroid === null) && (typeof alpha === "number" || alpha === null)) {
28297        return this.applyTo$com_vzome_core_algebra_AlgebraicVector$int(centroid, alpha);
28298      } else if ((centroid != null && (centroid.constructor != null && centroid.constructor["__interfaces"] != null && centroid.constructor["__interfaces"].indexOf("com.vzome.core.model.Manifestation") >= 0) || centroid === null) && alpha === void 0) {
28299        return this.applyTo$com_vzome_core_model_Manifestation(centroid);
28300      } else throw new Error("invalid overload");
28301    }
28302    constructor() {
28303      super();
28304    }
28305  }
28306  ManifestationColorMappers2.RadialCentroidColorMap = RadialCentroidColorMap;
28307  RadialCentroidColorMap["__class"] = "com.vzome.core.edits.ManifestationColorMappers.RadialCentroidColorMap";
28308  RadialCentroidColorMap["__interfaces"] = ["com.vzome.core.edits.ColorMappers.ColorMapper", "java.util.function.Function"];
28309  class CentroidByOctantAndDirectionColorMap extends ManifestationColorMappers2.CentroidColorMapper {
28310    /**
28311     * 
28312     * @return {string}
28313     */
28314    getName() {
28315      return "CentroidByOctantAndDirectionColorMap";
28316    }
28317    applyTo$com_vzome_core_algebra_AlgebraicVector$int(vector, alpha) {
28318      return Color.getMaximum(ManifestationColorMappers2.mapToOctant(vector, alpha, 0, 127, 255));
28319    }
28320    /**
28321     * 
28322     * @param {AlgebraicVector} vector
28323     * @param {number} alpha
28324     * @return {Color}
28325     */
28326    applyTo(vector, alpha) {
28327      if ((vector != null && vector instanceof AlgebraicVector || vector === null) && (typeof alpha === "number" || alpha === null)) {
28328        return this.applyTo$com_vzome_core_algebra_AlgebraicVector$int(vector, alpha);
28329      } else if ((vector != null && (vector.constructor != null && vector.constructor["__interfaces"] != null && vector.constructor["__interfaces"].indexOf("com.vzome.core.model.Manifestation") >= 0) || vector === null) && alpha === void 0) {
28330        return this.applyTo$com_vzome_core_model_Manifestation(vector);
28331      } else throw new Error("invalid overload");
28332    }
28333    constructor() {
28334      super();
28335    }
28336  }
28337  ManifestationColorMappers2.CentroidByOctantAndDirectionColorMap = CentroidByOctantAndDirectionColorMap;
28338  CentroidByOctantAndDirectionColorMap["__class"] = "com.vzome.core.edits.ManifestationColorMappers.CentroidByOctantAndDirectionColorMap";
28339  CentroidByOctantAndDirectionColorMap["__interfaces"] = ["com.vzome.core.edits.ColorMappers.ColorMapper", "java.util.function.Function"];
28340  class CoordinatePlaneColorMap extends ManifestationColorMappers2.CentroidColorMapper {
28341    /**
28342     * 
28343     * @return {string}
28344     */
28345    getName() {
28346      return "CoordinatePlaneColorMap";
28347    }

28348    applyTo$com_vzome_core_algebra_AlgebraicVector$int(vector, alpha) {
28349      return Color.getInverted(ManifestationColorMappers2.mapToOctant(vector, alpha, 0, 255, 0));
28350    }
28351    /**
28352     * 
28353     * @param {AlgebraicVector} vector
28354     * @param {number} alpha
28355     * @return {Color}
28356     */
28357    applyTo(vector, alpha) {
28358      if ((vector != null && vector instanceof AlgebraicVector || vector === null) && (typeof alpha === "number" || alpha === null)) {
28359        return this.applyTo$com_vzome_core_algebra_AlgebraicVector$int(vector, alpha);
28360      } else if ((vector != null && (vector.constructor != null && vector.constructor["__interfaces"] != null && vector.constructor["__interfaces"].indexOf("com.vzome.core.model.Manifestation") >= 0) || vector === null) && alpha === void 0) {
28361        return this.applyTo$com_vzome_core_model_Manifestation(vector);
28362      } else throw new Error("invalid overload");
28363    }
28364    constructor() {
28365      super();
28366    }
28367  }
28368  ManifestationColorMappers2.CoordinatePlaneColorMap = CoordinatePlaneColorMap;
28369  CoordinatePlaneColorMap["__class"] = "com.vzome.core.edits.ManifestationColorMappers.CoordinatePlaneColorMap";
28370  CoordinatePlaneColorMap["__interfaces"] = ["com.vzome.core.edits.ColorMappers.ColorMapper", "java.util.function.Function"];
28371  class SystemCentroidColorMap extends ManifestationColorMappers2.CentroidColorMapper {
28372    /**
28373     * 
28374     * @return {string}
28375     */
28376    getName() {
28377      return "SystemCentroidColorMap";
28378    }
28379    constructor(symmetry) {
28380      super();
28381      if (this.symmetrySystem === void 0) {
28382        this.symmetrySystem = null;
28383      }
28384      this.symmetrySystem = symmetry;
28385    }
28386    applyTo$com_vzome_core_algebra_AlgebraicVector$int(centroid, alpha) {
28387      return this.symmetrySystem.getVectorColor(centroid);
28388    }
28389    /**
28390     * 
28391     * @param {AlgebraicVector} centroid
28392     * @param {number} alpha
28393     * @return {Color}
28394     */
28395    applyTo(centroid, alpha) {
28396      if ((centroid != null && centroid instanceof AlgebraicVector || centroid === null) && (typeof alpha === "number" || alpha === null)) {
28397        return this.applyTo$com_vzome_core_algebra_AlgebraicVector$int(centroid, alpha);
28398      } else if ((centroid != null && (centroid.constructor != null && centroid.constructor["__interfaces"] != null && centroid.constructor["__interfaces"].indexOf("com.vzome.core.model.Manifestation") >= 0) || centroid === null) && alpha === void 0) {
28399        return this.applyTo$com_vzome_core_model_Manifestation(centroid);
28400      } else throw new Error("invalid overload");
28401    }
28402    /**
28403     * 
28404     * @param {*} element
28405     */
28406    getXmlAttributes(element) {
28407      if (this.symmetrySystem != null) {
28408        DomUtils.addAttribute(element, "symmetry", this.symmetrySystem.getName());
28409      }
28410    }
28411  }
28412  ManifestationColorMappers2.SystemCentroidColorMap = SystemCentroidColorMap;
28413  SystemCentroidColorMap["__class"] = "com.vzome.core.edits.ManifestationColorMappers.SystemCentroidColorMap";
28414  SystemCentroidColorMap["__interfaces"] = ["com.vzome.core.edits.ColorMappers.ColorMapper", "java.util.function.Function"];
28415  class DarkenWithDistance extends ManifestationColorMappers2.DarkenNearOrigin {
28416    /**
28417     * 
28418     * @return {string}
28419     */
28420    getName() {
28421      return "DarkenWithDistance";
28422    }
28423    /**
28424     * 
28425     * @param {Manifestations.ManifestationIterator} manifestations
28426     */
28427    initialize(manifestations) {
28428      super.initialize(manifestations);
28429      this.offset = this.fullScaleSquared;
28430    }
28431    constructor() {
28432      super();
28433    }
28434  }
28435  ManifestationColorMappers2.DarkenWithDistance = DarkenWithDistance;
28436  DarkenWithDistance["__class"] = "com.vzome.core.edits.ManifestationColorMappers.DarkenWithDistance";
28437  DarkenWithDistance["__interfaces"] = ["com.vzome.core.edits.ColorMappers.ColorMapper", "java.util.function.Function"];
28438  class RadialStandardBasisColorMap extends ManifestationColorMappers2.ManifestationSubclassColorMapper {
28439    /**
28440     * 
28441     * @return {string}
28442     */
28443    getName() {
28444      return "RadialStandardBasisColorMap";
28445    }
28446    /**
28447     * 
28448     * @param {*} ball
28449     * @param {number} alpha
28450     * @return {Color}
28451     */
28452    applyToBall(ball, alpha) {
28453      return this.applyTo$com_vzome_core_algebra_AlgebraicVector$int(ball.getLocation(), alpha);
28454    }
28455    /**
28456     * 
28457     * @param {*} strut
28458     * @param {number} alpha
28459     * @return {Color}
28460     */
28461    applyToStrut(strut, alpha) {
28462      return this.applyTo$com_vzome_core_algebra_AlgebraicVector$int(strut.getOffset(), alph

28462a);
28463    }
28464    /**
28465     * 
28466     * @param {*} panel
28467     * @param {number} alpha
28468     * @return {Color}
28469     */
28470    applyToPanel(panel, alpha) {
28471      return this.applyTo$com_vzome_core_algebra_AlgebraicVector$int(panel["getNormal$"](), alpha);
28472    }
28473    applyTo$com_vzome_core_algebra_AlgebraicVector$int(vector, alpha) {
28474      return ManifestationColorMappers2.mapRadially(vector, alpha);
28475    }
28476    applyTo(vector, alpha) {
28477      if ((vector != null && vector instanceof AlgebraicVector || vector === null) && (typeof alpha === "number" || alpha === null)) {
28478        return this.applyTo$com_vzome_core_algebra_AlgebraicVector$int(vector, alpha);
28479      } else if ((vector != null && (vector.constructor != null && vector.constructor["__interfaces"] != null && vector.constructor["__interfaces"].indexOf("com.vzome.core.model.Manifestation") >= 0) || vector === null) && alpha === void 0) {
28480        return super.applyTo(vector);
28481      } else throw new Error("invalid overload");
28482    }
28483    constructor() {
28484      super();
28485    }
28486  }
28487  ManifestationColorMappers2.RadialStandardBasisColorMap = RadialStandardBasisColorMap;
28488  RadialStandardBasisColorMap["__class"] = "com.vzome.core.edits.ManifestationColorMappers.RadialStandardBasisColorMap";
28489  RadialStandardBasisColorMap["__interfaces"] = ["com.vzome.core.edits.ColorMappers.ColorMapper", "java.util.function.Function"];
28490  class SystemColorMap extends ManifestationColorMappers2.ManifestationSubclassColorMapper {
28491    /**
28492     * 
28493     * @return {string}
28494     */
28495    getName() {
28496      return "SystemColorMap";
28497    }
28498    constructor(symmetry) {
28499      super();
28500      if (this.symmetrySystem === void 0) {
28501        this.symmetrySystem = null;
28502      }
28503      this.symmetrySystem = symmetry;
28504    }
28505    /**
28506     * 
28507     * @param {*} ball
28508     * @param {number} alpha
28509     * @return {Color}
28510     */
28511    applyToBall(ball, alpha) {
28512      return this.symmetrySystem.getVectorColor(null);
28513    }
28514    /**
28515     * 
28516     * @param {*} strut
28517     * @param {number} alpha
28518     * @return {Color}
28519     */
28520    applyToStrut(strut, alpha) {
28521      return this.applyToVector(strut.getOffset());
28522    }
28523    /**
28524     * 
28525     * @param {*} panel
28526     * @param {number} alpha
28527     * @return {Color}
28528     */
28529    applyToPanel(panel, alpha) {
28530      return this.applyToVector(panel["getNormal$"]()).getPastel();
28531    }
28532    applyToVector(vector) {
28533      return this.symmetrySystem.getVectorColor(vector);
28534    }
28535    /**
28536     * 
28537     * @param {*} element
28538     */
28539    getXmlAttributes(element) {
28540      if (this.symmetrySystem != null) {
28541        DomUtils.addAttribute(element, "symmetry", this.symmetrySystem.getName());
28542      }
28543    }
28544  }
28545  ManifestationColorMappers2.SystemColorMap = SystemColorMap;
28546  SystemColorMap["__class"] = "com.vzome.core.edits.ManifestationColorMappers.SystemColorMap";
28547  SystemColorMap["__interfaces"] = ["com.vzome.core.edits.ColorMappers.ColorMapper", "java.util.function.Function"];
28548  class CanonicalOrientationColorMap extends ManifestationColorMappers2.RadialStandardBasisColorMap {
28549    /**
28550     * 
28551     * @return {string}
28552     */
28553    getName() {
28554      return "CanonicalOrientationColorMap";
28555    }
28556    /**
28557     * 
28558     * @param {*} ball
28559     * @param {number} alpha
28560     * @return {Color}
28561     */
28562    applyToBall(ball, alpha) {
28563      return super.applyToBall(ball, alpha);
28564    }
28565    applyTo$com_vzome_core_algebra_AlgebraicVector$int(vector, alpha) {
28566      return super.applyTo$com_vzome_core_algebra_AlgebraicVector$int(AlgebraicVectors.getCanonicalOrientation(vector), alpha);
28567    }
28568    /**
28569     * 
28570     * @param {AlgebraicVector} vector
28571     * @param {number} alpha
28572     * @return {Color}
28573     */
28574    applyTo(vector, alpha) {
28575      if ((vector != null && vector instanceof AlgebraicVector || vector === null) && (typeof alpha === "number" || alpha === null)) {
28576        return this.applyTo$com_vzome_core_algebra_AlgebraicVector$int(vector, alpha);
28577      } else if ((vector != null && (vector.constructor != null && vector.constructor["__interfaces"] != null && vector.constructor["__interfaces"].indexOf("com.vzome.core.model.Manifestation") >= 0) || vector === null) && alpha === void 0) {
28578        return super.applyTo(vector);
28579      } else throw new Error("invalid overload");
28580    }
28581    constructor() {
28582      super();
28583    }
28584  }
28585  ManifestationColorMappers2.CanonicalOrientationColorMap = CanonicalOrientationColorMap;
28586  CanonicalOrientationColorMap["__class"] = "com.vzome.core.edits.ManifestationColorMappers.CanonicalOrientationColorMap";
28587  CanonicalOrientationColorMap["__interfaces"] = ["com.vzome.core.edits.ColorMappers.ColorMapper", "java.util.function.Function"];
28588  class NormalPolarityColorMap extends ManifestationColorMappers2.RadialStandardBasisColorMap {
28589    /**
28590     * 
28591     * @return {string}
28592     */
28593    getName() {
28594      return "NormalPolarityColorMap";
28595    }

28596    applyTo$com_vzome_core_algebra_AlgebraicVector$int(vector, alpha) {
28597      return ManifestationColorMappers2.mapPolarity(vector, alpha);
28598    }
28599    /**
28600     * 
28601     * @param {AlgebraicVector} vector
28602     * @param {number} alpha
28603     * @return {Color}
28604     */
28605    applyTo(vector, alpha) {
28606      if ((vector != null && vector instanceof AlgebraicVector || vector === null) && (typeof alpha === "number" || alpha === null)) {
28607        return this.applyTo$com_vzome_core_algebra_AlgebraicVector$int(vector, alpha);
28608      } else if ((vector != null && (vector.constructor != null && vector.constructor["__interfaces"] != null && vector.constructor["__interfaces"].indexOf("com.vzome.core.model.Manifestation") >= 0) || vector === null) && alpha === void 0) {
28609        return super.applyTo(vector);
28610      } else throw new Error("invalid overload");
28611    }
28612    constructor() {
28613      super();
28614    }
28615  }
28616  ManifestationColorMappers2.NormalPolarityColorMap = NormalPolarityColorMap;
28617  NormalPolarityColorMap["__class"] = "com.vzome.core.edits.ManifestationColorMappers.NormalPolarityColorMap";
28618  NormalPolarityColorMap["__interfaces"] = ["com.vzome.core.edits.ColorMappers.ColorMapper", "java.util.function.Function"];
28619  class NearestSpecialOrbitColorMap extends ManifestationColorMappers2.SystemColorMap {
28620    /**
28621     * 
28622     * @return {string}
28623     */
28624    getName() {
28625      return "NearestSpecialOrbitColorMap";
28626    }
28627    constructor(symm) {
28628      super(symm);
28629      this.specialOrbits = new java.util.LinkedHashSet();
28630      this.specialOrbits.add(symm.getSymmetry().getSpecialOrbit(0 /* BLUE */));
28631      this.specialOrbits.add(symm.getSymmetry().getSpecialOrbit(2 /* YELLOW */));
28632      this.specialOrbits.add(symm.getSymmetry().getSpecialOrbit(1 /* RED */));
28633    }
28634    /**
28635     * 
28636     * @param {*} ball
28637     * @param {number} alpha
28638     * @return {Color}
28639     */
28640    applyToBall(ball, alpha) {
28641      return this.applyToVector(ball.getLocation());
28642    }
28643    /**
28644     * 
28645     * @param {*} strut
28646     * @param {number} alpha
28647     * @return {Color}
28648     */
28649    applyToStrut(strut, alpha) {
28650      return this.applyToVector(strut.getOffset());
28651    }
28652    /**
28653     * 
28654     * @param {*} panel
28655     * @param {number} alpha
28656     * @return {Color}
28657     */
28658    applyToPanel(panel, alpha) {
28659      return this.applyToVector(panel["getNormal$"]()).getPastel();
28660    }
28661    /**
28662     * 
28663     * @param {AlgebraicVector} vector
28664     * @return {Color}
28665     */
28666    applyToVector(vector) {
28667      if (vector.isOrigin()) {
28668        return this.symmetrySystem.getVectorColor(null);
28669      }
28670      const nearestSpecialOrbit = this.symmetrySystem.getSymmetry()["getAxis$com_vzome_core_math_RealVector$java_util_Collection"](vector.toRealVector(), this.specialOrbits);
28671      const normal = nearestSpecialOrbit.normal();
28672      return this.symmetrySystem.getVectorColor(normal);
28673    }
28674  }
28675  ManifestationColorMappers2.NearestSpecialOrbitColorMap = NearestSpecialOrbitColorMap;
28676  NearestSpecialOrbitColorMap["__class"] = "com.vzome.core.edits.ManifestationColorMappers.NearestSpecialOrbitColorMap";
28677  NearestSpecialOrbitColorMap["__interfaces"] = ["com.vzome.core.edits.ColorMappers.ColorMapper", "java.util.function.Function"];
28678  class CentroidNearestSpecialOrbitColorMap extends ManifestationColorMappers2.NearestSpecialOrbitColorMap {
28679    /**
28680     * 
28681     * @return {string}
28682     */
28683    getName() {
28684      return "CentroidNearestSpecialOrbitColorMap";
28685    }
28686    constructor(symm) {
28687      super(symm);
28688    }
28689    /**
28690     * 
28691     * @param {*} ball
28692     * @param {number} alpha
28693     * @return {Color}
28694     */
28695    applyToBall(ball, alpha) {
28696      return this.applyToVector(ball.getCentroid());
28697    }
28698    /**
28699     * 
28700     * @param {*} strut
28701     * @param {number} alpha
28702     * @return {Color}
28703     */
28704    applyToStrut(strut, alpha) {
28705      return this.applyToVector(strut.getCentroid());
28706    }
28707    /**
28708     * 
28709     * @param {*} panel
28710     * @param {number} alpha
28711     * @return {Color}
28712     */
28713    applyToPanel(panel, alpha) {
28714      return this.applyToVector(panel.getCentroid()).getPastel();
28715    }
28716  }
28717  ManifestationColorMappers2.CentroidNearestSpecialOrbitColorMap = CentroidNearestSpecialOrbitColorMap;
28718  CentroidNearestSpecialOrbitColorMap["__class"] = "com.vzome.core.edits.ManifestationColorMappers.CentroidNearestSpecialOrbitColorMap";
28719  CentroidNearestSpecialOrbitColorMap["__interfaces"] = ["com.vzome.core.edits.ColorMappers.ColorMapper", "java.util.function.Function"];
28720  class NearestPredefinedOrbitColorMap extends ManifestationColorMappers2.NearestSpecialOrbitColorMap {
28721    /**
28722     * 
28723     * @return {string}
28724     */
28725    getName() {
28726      return "NearestPredefinedOrbitColorMap";
28727    }
28728    constructor(symm) {
28729      super(symm);
28730      this.specialOrbits = null;
28731    }
28732  }
28733  ManifestationColorMappers2.NearestPredefinedOrbitColorMap = NearestPredefinedOrbitColorMap;
28734  NearestPredefinedOrbitColorMap["__class"] = "com.vzome.core.edits.ManifestationColorMappers.NearestPredefinedOrbitColorMap";
28735  NearestPredefinedOrbitColorMap["__interfaces"] = ["com.vzome.core.edits.ColorMappers.ColorMapper", "java.util.function.Function"];
28736  class CentroidNearestPredefinedOrbitColorMap extends ManifestationColorMappers2.CentroidNearestSpecialOrbitColorMap {
28737    /**
28738     * 
28739     * @return {string}
28740     */
28741    getName() {
28742      return "CentroidNearestPredefinedOrbitColorMap";
28743    }
28744    constructor(symm) {
28745      super(symm);
28746      this.specialOrbits = null;
28747    }
28748  }
28749  ManifestationColorMappers2.CentroidNearestPredefinedOrbitColorMap = CentroidNearestPredefinedOrbitColorMap;
28750  CentroidNearestPredefinedOrbitColorMap["__class"] = "com.vzome.core.edits.ManifestationColorMappers.CentroidNearestPredefinedOrbitColorMap";
28751  CentroidNearestPredefinedOrbitColorMap["__interfaces"] = ["com.vzome.core.edits.ColorMappers.ColorMapper", "java.util.function.Function"];
28752})(ManifestationColorMappers || (ManifestationColorMappers = {}));
28753ManifestationColorMappers.__static_initialize();
28754

28755// src/worker/legacy/from-java/com/vzome/core/edits/MapToColor.ts
28756var MapToColor = class _MapToColor extends ChangeManifestations {
28757  constructor(editor) {
28758    super(editor);
28759    if (this.colorMapper === void 0) {
28760      this.colorMapper = null;
28761    }
28762    if (this.editor === void 0) {
28763      this.editor = null;
28764    }
28765    this.editor = editor;
28766  }
28767  /**
28768   * 
28769   * @param {*} props
28770   */
28771  configure(props) {
28772    const colorMapperName = props.get("mode");
28773    const symmetry = this.editor["getSymmetrySystem$"]();
28774    if (colorMapperName != null) this.colorMapper = ManifestationColorMappers.getColorMapper$java_lang_String$com_vzome_core_editor_api_OrbitSource(colorMapperName, symmetry);
28775  }
28776  /**
28777   * Either configure() or setXmlAttributes() is always called before perform()
28778   */
28779  perform() {
28780    if (this.colorMapper.requiresOrderedSelection()) {
28781      this.setOrderedSelection(true);
28782    }
28783    this.colorMapper.initialize(this.getRenderedSelection());
28784    for (let index = this.getRenderedSelection().iterator(); index.hasNext(); ) {
28785      let man = index.next();
28786      {
28787        const newColor = this.colorMapper.apply$com_vzome_core_model_Manifestation(man);
28788        this.plan(new _MapToColor.ColorMapManifestation(this, man, newColor));
28789        this.unselect$com_vzome_core_model_Manifestation$boolean(man, true);
28790      }
28791    }
28792    this.redo();
28793  }
28794  static {
28795    this.COLORMAPPER_ATTR_NAME = "colorMapper";
28796  }
28797  /**
28798   * 
28799   * @param {*} result
28800   */
28801  getXmlAttributes(result) {
28802    result.setAttribute(_MapToColor.COLORMAPPER_ATTR_NAME, this.colorMapper.getName());
28803    this.colorMapper.getXmlAttributes(result);
28804  }
28805  /**
28806   * 
28807   * @param {*} xml
28808   * @param {XmlSaveFormat} format
28809   */
28810  setXmlAttributes(xml, format) {
28811    const symmetry = this.editor["getSymmetrySystem$java_lang_String"](xml.getAttribute("symmetry"));
28812    const colorMapperName = xml.getAttribute(_MapToColor.COLORMAPPER_ATTR_NAME);
28813    this.colorMapper = ManifestationColorMappers.getColorMapper$java_lang_String$com_vzome_core_editor_api_OrbitSource(colorMapperName, symmetry);
28814    this.colorMapper.setXmlAttributes(xml);
28815  }
28816  /**
28817   * 
28818   * @return {string}
28819   */
28820  getXmlElementName() {
28821    return "MapToColor";
28822  }
28823};
28824MapToColor["__class"] = "com.vzome.core.edits.MapToColor";
28825((MapToColor2) => {
28826  class ColorMapManifestation {
28827    constructor(__parent, manifestation, color) {
28828      this.__parent = __parent;
28829      if (this.mManifestation === void 0) {
28830        this.mManifestation = null;
28831      }
28832      if (this.oldColor === void 0) {
28833        this.oldColor = null;
28834      }
28835      if (this.newColor === void 0) {
28836        this.newColor = null;
28837      }
28838      this.mManifestation = manifestation;
28839      this.newColor = color;
28840      this.oldColor = manifestation.getColor();
28841    }
28842    /**
28843     * 
28844     */
28845    redo() {
28846      this.__parent.mManifestations.setColor(this.mManifestation, this.newColor);
28847    }
28848    /**
28849     * 
28850     */
28851    undo() {
28852      this.__parent.mManifestations.setColor(this.mManifestation, this.oldColor);
28853    }
28854    /**
28855     * 
28856     * @param {*} doc
28857     * @return {*}
28858     */
28859    getXml(doc) {
28860      const result = doc.createElement("color");
28861      DomUtils.addAttribute(result, "rgb", this.newColor.toString());
28862      const man = this.mManifestation.getXml(doc);
28863      result.appendChild(man);
28864      return result;
28865    }
28866  }
28867  MapToColor2.ColorMapManifestation = ColorMapManifestation;
28868  ColorMapManifestation["__class"] = "com.vzome.core.edits.MapToColor.ColorMapManifestation";
28869  ColorMapManifestation["__interfaces"] = ["com.vzome.core.editor.api.SideEffect"];
28870})(MapToColor || (MapToColor = {}));
28871

28872// src/worker/legacy/from-java/com/vzome/core/edits/NewCentroid.ts
28873var NewCentroid = class extends ChangeManifestations {
28874  /**
28875   * 
28876   */
28877  perform() {
28878    const verticesList = new java.util.ArrayList();
28879    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
28880      let man = index.next();
28881      {
28882        this.unselect$com_vzome_core_model_Manifestation(man);
28883        const construction = man.toConstruction();
28884        if (construction != null && construction instanceof Point) {
28885          const nextPoint = construction;
28886          verticesList.add(nextPoint);
28887        }
28888      }
28889    }
28890    if (verticesList.size() < 2) throw new Command.Failure("Select at least two balls to compute the centroid.");
28891    const points = [];
28892    const centroid = new CentroidPoint(verticesList.toArray(points));
28893    this.manifestConstruction(centroid);
28894    this.redo();
28895  }
28896  constructor(editorModel) {
28897    super(editorModel);
28898  }
28899  /**
28900   * 
28901   * @return {boolean}
28902   */
28903  groupingAware() {
28904    return true;
28905  }
28906  /**
28907   * 
28908   * @return {string}
28909   */
28910  getXmlElementName() {
28911    return "NewCentroid";
28912  }
28913};
28914NewCentroid["__class"] = "com.vzome.core.edits.NewCentroid";
28915

28916// src/worker/legacy/from-java/com/vzome/core/edits/PanelCentroids.ts
28917var PanelCentroids = class extends ChangeManifestations {
28918  constructor(editorModel) {
28919    super(editorModel);
28920  }
28921  /**
28922   * 
28923   */
28924  perform() {
28925    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
28926      let man = index.next();
28927      {
28928        this.unselect$com_vzome_core_model_Manifestation(man);
28929        if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Panel") >= 0)) {
28930          const panel = man;
28931          this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(new FreePoint(panel.getCentroid())));
28932        }
28933      }
28934    }
28935    this.redo();
28936  }
28937  /**
28938   * 
28939   * @return {string}
28940   */
28941  getXmlElementName() {
28942    return "PanelCentroids";
28943  }
28944};
28945PanelCentroids["__class"] = "com.vzome.core.edits.PanelCentroids";
28946

28947// src/worker/legacy/from-java/com/vzome/core/construction/PolygonPolygonProjectionToSegment.ts
28948var PolygonPolygonProjectionToSegment = class extends Segment {
28949  constructor(polygon0, polygon1) {
28950    super(polygon0.getField());
28951    this.polygons = [null, null];
28952    this.polygons[0] = polygon0;
28953    this.polygons[1] = polygon1;
28954    this.mapParamsToState();
28955  }
28956  /**
28957   * 
28958   * @return {boolean}
28959   */
28960  mapParamsToState() {
28961    if (this.polygons[0].isImpossible() || this.polygons[1].isImpossible()) {
28962      return this.setStateVariables(null, null, true);
28963    }
28964    if (AlgebraicVectors.areParallel(this.polygons[0].getNormal(), this.polygons[1].getNormal())) {
28965      return this.setStateVariables(null, null, true);
28966    }
28967    const intersections = new java.util.HashSet(2);
28968    for (let poly = 0; poly < 2; poly++) {
28969      {
28970        const edgePolygon = this.polygons[poly];
28971        const planePolygon = this.polygons[(poly + 1) % 2];
28972        const centroid = planePolygon.getCentroid();
28973        const normal = planePolygon.getNormal();
28974        const nVertices = edgePolygon.getVertexCount();
28975        for (let i = 0; i < nVertices; i++) {
28976          {
28977            const lineStart = edgePolygon.getVertex(i);
28978            const lineDirection = lineStart.minus(edgePolygon.getVertex((i + 1) % nVertices));
28979            if (!lineDirection.isOrigin()) {
28980              const intersection = AlgebraicVectors.getLinePlaneIntersection(lineStart, lineDirection, centroid, normal);
28981              if (intersection != null) {
28982                intersections.add(intersection);
28983                if (intersections.size() === 2) {
28984                  break;
28985                }
28986              }
28987            }
28988          }
28989          ;
28990        }
28991        if (intersections.size() === 2) {
28992          break;
28993        }
28994      }
28995      ;
28996    }
28997    if (intersections.size() !== 2) {
28998      for (let poly = 0; poly < 2; poly++) {
28999        {
29000          const edgePolygon = this.polygons[poly];
29001          const planePolygon = this.polygons[(poly + 1) % 2];
29002          const centroid = planePolygon.getCentroid();
29003          const normal = planePolygon.getNormal();
29004          const lineStart = edgePolygon.getCentroid();
29005          for (let i = 0; i < edgePolygon.getVertexCount(); i++) {
29006            {
29007              const lineDirection = lineStart.minus(edgePolygon.getVertex(i));
29008              if (!lineDirection.isOrigin()) {
29009                const intersection = AlgebraicVectors.getLinePlaneIntersection(lineStart, lineDirection, centroid, normal);
29010                if (intersection != null) {
29011                  intersections.add(intersection);
29012                  if (intersections.size() === 2) {
29013                    break;
29014                  }
29015                }
29016              }
29017            }
29018            ;
29019          }
29020          if (intersections.size() === 2) {
29021            break;
29022          }
29023        }
29024        ;
29025      }
29026    }
29027    if (intersections.size() !== 2) {
29028      return this.setStateVariables(null, null, true);
29029    }
29030    let v0 = null;
29031    let v1 = null;
29032    for (let index = intersections.iterator(); index.hasNext(); ) {
29033      let v = index.next();
29034      {
29035        if (v0 == null) {
29036          v0 = v;
29037        } else {
29038          v1 = v;
29039        }
29040      }
29041    }
29042    const intersectionLine = new LineExtensionOfSegment(new SegmentJoiningPoints(new FreePoint(v0), new FreePoint(v1)));
29043    const projections = new java.util.TreeSet();
29044    for (let poly = 0; poly < 2; poly++) {
29045      {
29046        const polygon = this.polygons[poly];
29047        const v2 = v0.plus(polygon.getNormal());
29048        const vProjection = AlgebraicVectors.getNormal$com_vzome_core_algebra_AlgebraicVector$com_vzome_core_algebra_AlgebraicVector$com_vzome_core_algebra_AlgebraicVector(v0, v1, v2);
29049        for (let i = 0; i < polygon.getVertexCount(); i++) {
29050          {
29051            const vertex = polygon.getVertex(i);
29052            if (AlgebraicVectors.areCollinear$com_vzome_core_algebra_AlgebraicVector$com_vzome_core_algebra_AlgebraicVector$com_vzome_core_algebra_AlgebraicVector(v0, v1, vertex)) {
29053              projections.add(vertex);
29054            } else {
29055              const projectionLine = new LineFromPointAndVector(vertex, vProjection);
29056              const projection = new LineLineIntersectionPoint(intersectionLine, projectionLine);

29057              projections.add(projection.getLocation());
29058            }
29059          }
29060          ;
29061        }
29062      }
29063      ;
29064    }
29065    let start = null;
29066    let offset = null;
29067    let n = 0;
29068    for (let index = projections.iterator(); index.hasNext(); ) {
29069      let v = index.next();
29070      {
29071        if (n === 0) {
29072          start = v;
29073        } else if (n === projections.size() - 1) {
29074          offset = v.minus(start);
29075        }
29076        n++;
29077      }
29078    }
29079    return this.setStateVariables(start, offset, start == null || offset == null);
29080  }
29081};
29082PolygonPolygonProjectionToSegment["__class"] = "com.vzome.core.construction.PolygonPolygonProjectionToSegment";
29083

29084// src/worker/legacy/from-java/com/vzome/core/edits/PanelPanelIntersection.ts
29085var PanelPanelIntersection = class _PanelPanelIntersection extends ChangeManifestations {
29086  constructor(editor) {
29087    super(editor);
29088  }
29089  /**
29090   * 
29091   */
29092  perform() {
29093    let panel0 = null;
29094    let panel1 = null;
29095    let nPanels = 0;
29096    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
29097      let man = index.next();
29098      {
29099        this.unselect$com_vzome_core_model_Manifestation(man);
29100        if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Panel") >= 0)) {
29101          switch (nPanels++) {
29102            case 0:
29103              panel0 = man;
29104              break;
29105            case 1:
29106              panel1 = man;
29107              break;
29108            default:
29109              break;
29110          }
29111        }
29112      }
29113    }
29114    if (nPanels !== 2) {
29115      let msg;
29116      switch (nPanels) {
29117        case 0:
29118          msg = "No panels are selected.";
29119          break;
29120        case 1:
29121          msg = "One panel is selected.";
29122          break;
29123        default:
29124          msg = nPanels + " panels are selected.";
29125          break;
29126      }
29127      this.fail(msg + " Two are required.");
29128    }
29129    if (AlgebraicVectors.areParallel(panel0["getNormal$"](), panel1["getNormal$"]())) {
29130      const vertices = new java.util.ArrayList();
29131      {
29132        let array = [panel0, panel1];
29133        for (let index = 0; index < array.length; index++) {
29134          let panel = array[index];
29135          {
29136            for (let index1 = panel.iterator(); index1.hasNext(); ) {
29137              let v = index1.next();
29138              {
29139                vertices.add(v);
29140              }
29141            }
29142          }
29143        }
29144      }
29145      this.fail("Panels are " + (AlgebraicVectors.areCoplanar(vertices) ? "coplanar" : "parallel") + ".");
29146    }
29147    this.redo();
29148    const segment = new PolygonPolygonProjectionToSegment(_PanelPanelIntersection.polygonFromPanel(panel0), _PanelPanelIntersection.polygonFromPanel(panel1));
29149    const start = new FreePoint(segment.getStart());
29150    const end = new FreePoint(segment.getEnd());
29151    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(segment));
29152    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(start));
29153    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(end));
29154    this.redo();
29155  }
29156  /*private*/
29157  static polygonFromPanel(panel) {
29158    const vertices = new java.util.ArrayList(panel.getVertexCount());
29159    for (let index = panel.iterator(); index.hasNext(); ) {
29160      let vector = index.next();
29161      {
29162        vertices.add(new FreePoint(vector));
29163      }
29164    }
29165    return new PolygonFromVertices(vertices);
29166  }
29167  /**
29168   * 
29169   * @return {string}
29170   */
29171  getXmlElementName() {
29172    return (
29173      /* getSimpleName */
29174      ((c) => typeof c === "string" ? c.substring(c.lastIndexOf(".") + 1) : c["__class"] ? c["__class"].substring(c["__class"].lastIndexOf(".") + 1) : c["name"].substring(c["name"].lastIndexOf(".") + 1))(this.constructor)
29175    );
29176  }
29177};
29178PanelPanelIntersection["__class"] = "com.vzome.core.edits.PanelPanelIntersection";
29179

29180// src/worker/legacy/from-java/com/vzome/core/edits/PanelPerimeters.ts
29181var PanelPerimeters = class extends ChangeManifestations {
29182  constructor(editorModel) {
29183    super(editorModel);
29184  }
29185  /**
29186   * 
29187   */
29188  perform() {
29189    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
29190      let man = index.next();
29191      {
29192        if (!(man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Panel") >= 0))) {
29193          this.unselect$com_vzome_core_model_Manifestation(man);
29194        }
29195      }
29196    }
29197    this.redo();
29198    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
29199      let man = index.next();
29200      {
29201        if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Panel") >= 0)) {
29202          this.unselect$com_vzome_core_model_Manifestation(man);
29203          const panel = man;
29204          const polygon = panel.getFirstConstruction();
29205          const vertices = polygon.getVertices();
29206          const first = new FreePoint(vertices[0]);
29207          let start = first;
29208          for (let i = 1; i < vertices.length; i++) {
29209            {
29210              const end = new FreePoint(vertices[i]);
29211              this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(start));
29212              this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(new SegmentJoiningPoints(start, end)));
29213              start = end;
29214            }
29215            ;
29216          }
29217          this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(start));
29218          this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(new SegmentJoiningPoints(start, first)));
29219        }
29220      }
29221    }
29222    this.redo();
29223  }
29224  /**
29225   * 
29226   * @return {string}
29227   */
29228  getXmlElementName() {
29229    return "PanelPerimeters";
29230  }
29231};
29232PanelPerimeters["__class"] = "com.vzome.core.edits.PanelPerimeters";
29233

29234// src/worker/legacy/from-java/com/vzome/core/edits/Parallelepiped.ts
29235var Parallelepiped = class extends ChangeManifestations {
29236  constructor(editor) {
29237    super(editor);
29238  }
29239  /**
29240   * 
29241   * @return {string}
29242   */
29243  getXmlElementName() {
29244    return "Parallelepiped";
29245  }
29246  /**
29247   * 
29248   */
29249  perform() {
29250    const errorMsg = "Parallelepiped command requires three selected struts with a common vertex.";
29251    let strut1 = null;
29252    let strut2 = null;
29253    let strut3 = null;
29254    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
29255      let man = index.next();
29256      {
29257        this.unselect$com_vzome_core_model_Manifestation(man);
29258        if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0)) {
29259          if (strut1 == null) {
29260            strut1 = man;
29261          } else if (strut2 == null) {
29262            strut2 = man;
29263          } else if (strut3 == null) {
29264            strut3 = man;
29265          } else this.fail(errorMsg);
29266        } else this.fail(errorMsg);
29267      }
29268    }
29269    if (strut1 == null || strut2 == null || strut3 == null) {
29270      this.fail(errorMsg);
29271    }
29272    const s1 = strut1.getFirstConstruction();
29273    const s2 = strut2.getFirstConstruction();
29274    const s3 = strut3.getFirstConstruction();
29275    let offset1 = s1.getOffset();
29276    let offset2 = s2.getOffset();
29277    let offset3 = s3.getOffset();
29278    let v0 = null;
29279    let v1 = null;
29280    let v2 = null;
29281    let v3 = null;
29282    {
29283      const s1s = s1.getStart();
29284      const s1e = s1.getEnd();
29285      const s2s = s2.getStart();
29286      const s2e = s2.getEnd();
29287      if (s1s.equals(s2s)) {
29288        v1 = s1e;
29289        v2 = s2e;
29290        v0 = s2s;
29291      } else if (s1e.equals(s2s)) {
29292        v1 = s1s;
29293        v2 = s2e;
29294        v0 = s2s;
29295        offset1 = offset1.negate();
29296      } else if (s1e.equals(s2e)) {
29297        v1 = s1s;
29298        v2 = s2s;
29299        v0 = s2e;
29300        offset2 = offset2.negate();
29301        offset1 = offset1.negate();
29302      } else if (s1s.equals(s2e)) {
29303        v1 = s1e;
29304        v2 = s2s;
29305        v0 = s2e;
29306        offset2 = offset2.negate();
29307      } else {
29308        this.fail(errorMsg);
29309      }
29310      const s3s = s3.getStart();
29311      const s3e = s3.getEnd();
29312      if (s3s.equals(v0)) {
29313        v3 = s3e;
29314      } else if (s3e.equals(v0)) {
29315        v3 = s3s;
29316        offset3 = offset3.negate();
29317      } else {
29318        this.fail(errorMsg);
29319      }
29320    }
29321    ;
29322    this.redo();
29323    const p0 = new FreePoint(v0);
29324    const p1 = new FreePoint(v1);
29325    const p2 = new FreePoint(v2);
29326    const p3 = new FreePoint(v3);
29327    this.manifestConstruction(p0);
29328    this.manifestConstruction(p1);
29329    this.manifestConstruction(p2);
29330    this.manifestConstruction(p3);
29331    this.redo();
29332    const v4 = v2.plus(offset3);
29333    const p4 = new FreePoint(v4);
29334    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(p4));
29335    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(new SegmentJoiningPoints(p2, p4)));
29336    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(new SegmentJoiningPoints(p3, p4)));
29337    const v5 = v3.plus(offset1);
29338    const p5 = new FreePoint(v5);
29339    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(p5));
29340    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(new SegmentJoiningPoints(p1, p5)));
29341    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(new SegmentJoiningPoints(p3, p5)));
29342    const v6 = v1.plus(offset2);
29343    const p6 = new FreePoint(v6);
29344    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(p6));
29345    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(new SegmentJoiningPoints(p1, p6)));
29346    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(new SegmentJoiningPoints(p2, p6)));
29347    const v7 = v4.plus(offset1);
29348    const p7 = new FreePoint(v7);
29349    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(p7));
29350    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(new SegmentJoiningPoints(p4, p7)));
29351    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(new SegmentJoiningPoints(p5, p7)));
29352    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(new SegmentJoiningPoints(p6, p7)));
29353    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(new PolygonFromVertices([p0, p3, p4, p2])));
29354    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(new PolygonFromVertices([p0, p1, p5, p3])));
29355    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(new PolygonFromVertices([p0, p2, p6, p1])));
29356    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(new PolygonFromVertices([p7, p4, p3, p5])));
29357    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(new PolygonFromVertices([p7, p6, p2, p4])));
29358    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(new PolygonFromVertices([p7, p5, p1, p6])));
29359    this.redo();
29360  }
29361};
29362Parallelepiped["__class"] = "com.vzome.core.edits.Parallelepiped";
29363

29364// src/worker/legacy/from-java/com/vzome/core/edits/PolarZonohedron.ts
29365var PolarZonohedron = class _PolarZonohedron extends ChangeManifestations {
29366  constructor(editor) {
29367    super(editor);
29368    if (this.symmetry === void 0) {
29369      this.symmetry = null;
29370    }
29371    if (this.editor === void 0) {
29372      this.editor = null;
29373    }
29374    this.editor = editor;
29375    this.symmetry = editor["getSymmetrySystem$"]();
29376  }
29377  /**
29378   * 
29379   * @return {string}
29380   */
29381  getXmlElementName() {
29382    return "PolarZonohedron";
29383  }
29384  /**
29385   * 
29386   * @param {*} element
29387   */
29388  getXmlAttributes(element) {
29389    if (this.symmetry != null) {
29390      DomUtils.addAttribute(element, "symmetry", this.symmetry.getName());
29391    }
29392  }
29393  /**
29394   * 
29395   * @param {*} xml
29396   * @param {XmlSaveFormat} format
29397   */
29398  setXmlAttributes(xml, format) {
29399    this.symmetry = this.editor["getSymmetrySystem$java_lang_String"](xml.getAttribute("symmetry"));
29400  }
29401  /**
29402   * 
29403   */
29404  perform() {
29405    const errorMsg = new java.lang.StringBuilder();
29406    errorMsg.append("The Polar Zonohedron command requires either of the following selections:\n\n1) Two non-collinear struts with a common end point.\n   The first strut must have more than 2-fold rotational symmetry.\n   The second strut will be rotated around the first.\n\n2) Any three or more struts having a common end point.\n");
29407    const struts = new java.util.ArrayList();
29408    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
29409      let man = index.next();
29410      {
29411        if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0)) {
29412          struts.add(man);
29413        }
29414        this.unselect$com_vzome_core_model_Manifestation(man);
29415      }
29416    }
29417    if (struts.size() < 2) {
29418      errorMsg.append(struts.size() === 1 ? "\nonly one strut is selected." : "\nno struts are selected.");
29419      this.fail(errorMsg.toString());
29420    }
29421    const common = struts.size() === 2 ? this.useRotationalSymmetry(struts, errorMsg) : this.useRadialSelection(struts);
29422    if (common == null) {
29423      this.fail(errorMsg.append("\nselected struts do not have a common end point").toString());
29424    }
29425    const L1 = 0;
29426    const L2 = 1;
29427    const layers = struts.size();
29428    const offsets = new java.util.ArrayList(layers);
29429    const vertices = [null, null];
29430    vertices[L1] = ((s) => {
29431      let a = [];
29432      while (s-- > 0) a.push(null);
29433      return a;
29434    })(layers);
29435    for (let i = 0; i < layers; i++) {
29436      {
29437        const strut = struts.get(i);
29438        const start = strut.getLocation();
29439        const end = strut.getEnd();
29440        const offset = strut.getOffset();
29441        if (start.equals(common)) {
29442          vertices[L1][i] = end;
29443          offsets.add(offset);
29444        } else {
29445          vertices[L1][i] = start;
29446          offsets.add(offset.negate());
29447        }
29448      }
29449      ;
29450    }
29451    for (let layer = 1; layer < layers; layer++) {
29452      {
29453        vertices[L2] = ((s) => {
29454          let a = [];
29455          while (s-- > 0) a.push(null);
29456          return a;
29457        })(layers);
29458        for (let i = 0; i < layers; i++) {
29459          {
29460            const off = (i + layer) % layers;
29461            const offset = offsets.get(off);
29462            const v1 = vertices[L1][i];
29463            const v2 = v1.plus(offset);
29464            const v3 = vertices[L1][(i + 1) % layers];
29465            const v0 = v3.minus(offset);
29466            vertices[L2][i] = v2;
29467            const p0 = new FreePoint(v0);
29468            const p1 = new FreePoint(v1);
29469            const p2 = new FreePoint(v2);
29470            const p3 = new FreePoint(v3);
29471            this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(p0));
29472            this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(p1));
29473            this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(p2));
29474            this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(p3));
29475            this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(new SegmentJoiningPoints(p1, p2)));
29476            this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(new SegmentJoiningPoints(p2, p3)));
29477            this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(new PolygonFromVertices([p0, p1, p2, p3])));
29478          }
29479          ;
29480        }
29481        vertices[L1] = vertices[L2];
29482      }
29483      ;
29484    }
29485    this.redo();
29486  }
29487  static getCommonEndpoint(strut1, strut2) {
29488    if (
29489      /* equals */
29490      ((o1, o2) => {
29491        if (o1 && o1.equals) {
29492          return o1.equals(o2);
29493        } else {
29494          return o1 === o2;
29495        }
29496      })(strut1, strut2)
29497    ) {
29498      throw new java.lang.IllegalArgumentException("Identical struts have both end points in common.");
29499    }
29500    const start1 = strut1.getLocation();
29501    const end1 = strut1.getEnd();
29502    const start2 = strut2.getLocation();
29503    const end2 = strut2.getEnd();
29504    if (start1.equals(start2) || start1.equals(end2)) return start1;
29505    if (end1.equals(start2) || end1.equals(end2)) return end1;
29506    return null;
29507  }
29508  /*private*/
29509  useRotationalSymmetry(struts, errorMsg) {
29510    const axisStrut = struts.get(0);
29511    const axisSegment = axisStrut.getFirstConstruction();
29512    let v1 = axisSegment.getOffset();
29513    v1 = axisSegment.getField().projectTo3d(v1, true);
29514    const axis1 = this.symmetry.getAxis(v1);
29515    if (axis1 == null) {
29516      this.fail(errorMsg.append("\nfirst selected strut is not an axis of rotational symmetry").toString());
29517    }
29518    const perm = axis1.getRotationPermutation();
29519    if (perm == null) {
29520      this.fail(errorMsg.append("\nfirst selected strut is not an axis of rotation").toString());
29521    }
29522    let rotation = perm.mapIndex(0);
29523    const order = perm.getOrder();

29524    if (order <= 2) {
29525      this.fail(errorMsg.append("\nfirst selected strut has " + order + "-fold symmetry").toString());
29526    }
29527    const spokeStrut = struts.get(1);
29528    const spokeSegment = spokeStrut.getFirstConstruction();
29529    let v2 = spokeSegment.getOffset();
29530    if (v1.equals(v2) || v1.equals(v2.negate())) {
29531      this.fail(errorMsg.append("\nselected struts are collinear").toString());
29532    }
29533    const common = _PolarZonohedron.getCommonEndpoint(axisStrut, spokeStrut);
29534    if (common == null) {
29535      this.fail(errorMsg.append("\nselected struts do not have a common end point").toString());
29536    }
29537    let s1 = axisSegment.getStart();
29538    let e1 = axisSegment.getEnd();
29539    const center = new SegmentEndPoint(axisSegment, common.equals(e1));
29540    let s2 = spokeSegment.getStart();
29541    let e2 = spokeSegment.getEnd();
29542    if (common.equals(s1)) {
29543      if (common.equals(e2)) {
29544        v2 = v2.negate();
29545        e2 = s2;
29546        s2 = common;
29547      }
29548    } else {
29549      v1 = v1.negate();
29550      e1 = s1;
29551      s1 = common;
29552      if (common.equals(e2)) {
29553        v2 = v2.negate();
29554        e2 = s2;
29555        s2 = common;
29556      }
29557    }
29558    this.redo();
29559    struts.remove(axisStrut);
29560    this.select$com_vzome_core_model_Manifestation(spokeStrut);
29561    const p0 = new FreePoint(s2);
29562    const p1 = new FreePoint(e2);
29563    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(p0));
29564    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(p1));
29565    for (let i = 0; i < order - 1; i++) {
29566      {
29567        const transform = new SymmetryTransformation(this.symmetry.getSymmetry(), rotation, center);
29568        rotation = perm.mapIndex(rotation);
29569        const ball = this.manifestConstruction(new TransformedPoint(transform, p1));
29570        const strut = this.manifestConstruction(new TransformedSegment(transform, spokeSegment));
29571        struts.add(strut);
29572        this.select$com_vzome_core_model_Manifestation(ball);
29573        this.select$com_vzome_core_model_Manifestation(strut);
29574      }
29575      ;
29576    }
29577    this.redo();
29578    return common;
29579  }
29580  /*private*/
29581  useRadialSelection(struts) {
29582    const first = struts.get(0);
29583    const common = _PolarZonohedron.getCommonEndpoint(first, struts.get(1));
29584    if (common == null) {
29585      return null;
29586    }
29587    for (let i = 1; i < struts.size(); i++) {
29588      {
29589        if (!common.equals(_PolarZonohedron.getCommonEndpoint(first, struts.get(i)))) {
29590          return null;
29591        }
29592      }
29593      ;
29594    }
29595    this.redo();
29596    this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(new FreePoint(common)));
29597    for (let index = struts.iterator(); index.hasNext(); ) {
29598      let strut = index.next();
29599      {
29600        this.select$com_vzome_core_model_Manifestation(strut);
29601        const start = strut.getLocation();
29602        if (common.equals(start)) {
29603          this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(new FreePoint(strut.getEnd())));
29604        } else {
29605          this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(new FreePoint(start)));
29606        }
29607      }
29608    }
29609    this.redo();
29610    return common;
29611  }
29612};
29613PolarZonohedron["__class"] = "com.vzome.core.edits.PolarZonohedron";
29614

29615// src/worker/legacy/from-java/com/vzome/core/edits/Polytope4d.ts
29616var Polytope4d = class _Polytope4d extends ChangeManifestations {
29617  constructor(editor) {
29618    super(editor);
29619    if (this.index === void 0) {
29620      this.index = 0;
29621    }
29622    if (this.field === void 0) {
29623      this.field = null;
29624    }
29625    if (this.proj === void 0) {
29626      this.proj = null;
29627    }
29628    if (this.quaternion === void 0) {
29629      this.quaternion = null;
29630    }
29631    if (this.groupName === void 0) {
29632      this.groupName = null;
29633    }
29634    this.edgesToRender = 15;
29635    this.edgeScales = [null, null, null, null];
29636    if (this.renderGroupName === void 0) {
29637      this.renderGroupName = null;
29638    }
29639    if (this.symmetries === void 0) {
29640      this.symmetries = null;
29641    }
29642    this.symmetries = editor.get4dSymmetries();
29643    this.field = editor.getRealizedModel().getField();
29644    for (let i = 0; i < this.edgeScales.length; i++) {
29645      {
29646        this.edgeScales[i] = this.field.one();
29647      }
29648      ;
29649    }
29650  }
29651  /**
29652   * 
29653   * @param {*} params
29654   */
29655  configure(params) {
29656    this.groupName = params.get("groupName");
29657    this.renderGroupName = params.get("renderGroupName");
29658    this.index = params.get("index") | 0;
29659    this.edgesToRender = params.get("edgesToRender") | 0;
29660    this.edgeScales = params.get("edgeScales");
29661    this.quaternion = params.get("quaternion");
29662  }
29663  /**
29664   * 
29665   * @return {string}
29666   */
29667  getXmlElementName() {
29668    return "Polytope4d";
29669  }
29670  /**
29671   * 
29672   * @param {*} xml
29673   */
29674  getXmlAttributes(xml) {
29675    if (this.quaternion != null) DomUtils.addAttribute(xml, "quaternion", this.quaternion.toParsableString());
29676    DomUtils.addAttribute(xml, "group", this.groupName);
29677    DomUtils.addAttribute(xml, "wythoff", DomUtils.byteToBinary(this.index));
29678    if (this.edgesToRender !== 15) DomUtils.addAttribute(xml, "renderEdges", DomUtils.byteToBinary(this.edgesToRender));
29679    if (!(this.renderGroupName === this.groupName)) DomUtils.addAttribute(xml, "renderGroup", this.renderGroupName);
29680  }
29681  /**
29682   * 
29683   * @param {*} xml
29684   * @param {XmlSaveFormat} format
29685   */
29686  setXmlAttributes(xml, format) {
29687    const binary = xml.getAttribute("wythoff");
29688    this.index = javaemul.internal.IntegerHelper.parseInt(binary, 2);
29689    const renderString = xml.getAttribute("renderEdges");
29690    this.edgesToRender = renderString == null || /* isEmpty */
29691    renderString.length === 0 ? this.index : javaemul.internal.IntegerHelper.parseInt(renderString, 2);
29692    this.groupName = xml.getAttribute("group");
29693    const rgString = xml.getAttribute("renderGroup");
29694    this.renderGroupName = rgString == null || /* isEmpty */
29695    rgString.length === 0 ? this.groupName : rgString;
29696    let quatString = xml.getAttribute("quaternion");
29697    if (quatString != null && !("" === quatString)) {
29698      if (
29699        /* contains */
29700        quatString.indexOf("+") != -1
29701      ) {
29702        quatString = /* replace */
29703        quatString.split(",").join(" ");
29704        quatString = /* replace */
29705        quatString.split("(").join(" ");
29706        quatString = /* replace */
29707        quatString.split(")").join(" ");
29708        quatString = /* replace */
29709        quatString.split("+").join(" ");
29710        const irrat = this.field["getIrrational$int"](0).charAt(0);
29711        quatString = /* replace */
29712        quatString.split(irrat).join(" ");
29713        quatString = quatString + " 0 0 0";
29714      }
29715      this.quaternion = this.field.parseVector(quatString);
29716    } else {
29717      let segment = null;
29718      if (format.commandEditsCompacted()) segment = format.parseSegment$org_w3c_dom_Element$java_lang_String$java_lang_String(xml, "start", "end");
29719      else {
29720        const attrs = format.loadCommandAttributes$org_w3c_dom_Element(xml);
29721        segment = attrs.get("rotation");
29722      }
29723      if (segment != null) this.quaternion = segment.getOffset().inflateTo4d$();
29724    }
29725  }
29726  /**
29727   * 
29728   */
29729  perform() {
29730    if (this.quaternion == null) this.proj = new Projection.Default(this.field);
29731    else this.proj = new QuaternionProjection(this.field, null, this.quaternion.scale(this.field["createPower$int"](-5)));
29732    this.symmetries.constructPolytope(this.groupName, this.index, this.edgesToRender, this.edgeScales, new _Polytope4d.WythoffListener(this));
29733    this.redo();
29734  }

29735  static getSupportedGroups() {
29736    return ["A4", "B4/C4", "D4", "F4", "H4"];
29737  }
29738};
29739Polytope4d["__class"] = "com.vzome.core.edits.Polytope4d";
29740((Polytope4d2) => {
29741  class WythoffListener {
29742    /**
29743     * 
29744     * @param {*} p1
29745     * @param {*} p2
29746     * @return {*}
29747     */
29748    addEdge(p1, p2) {
29749      const edge = new SegmentJoiningPoints(p1, p2);
29750      this.__parent.manifestConstruction(edge);
29751      return edge;
29752    }
29753    /**
29754     * 
29755     * @param {java.lang.Object[]} vertices
29756     * @return {*}
29757     */
29758    addFace(vertices) {
29759      return null;
29760    }
29761    /**
29762     * 
29763     * @param {AlgebraicVector} vertex
29764     * @return {*}
29765     */
29766    addVertex(vertex) {
29767      let p = this.vertices.get(vertex.toString());
29768      if (p == null) {
29769        let projected = vertex;
29770        if (this.__parent.proj != null) projected = this.__parent.proj.projectImage(vertex, true);
29771        projected = projected.scale(this.__parent.field["createPower$int"](5));
29772        p = new FreePoint(projected);
29773        p.setIndex(this.numVertices++);
29774        this.__parent.manifestConstruction(p);
29775        this.vertices.put(vertex.toString(), p);
29776      }
29777      return p;
29778    }
29779    constructor(__parent) {
29780      this.__parent = __parent;
29781      this.numVertices = 0;
29782      this.vertices = new java.util.HashMap();
29783    }
29784  }
29785  Polytope4d2.WythoffListener = WythoffListener;
29786  WythoffListener["__class"] = "com.vzome.core.edits.Polytope4d.WythoffListener";
29787  WythoffListener["__interfaces"] = ["com.vzome.core.math.symmetry.WythoffConstruction.Listener"];
29788})(Polytope4d || (Polytope4d = {}));
29789

29790// src/worker/legacy/from-java/com/vzome/core/edits/RealizeMetaParts.ts
29791var RealizeMetaParts = class _RealizeMetaParts extends ChangeManifestations {
29792  static {
29793    this.NAME = "realizeMetaParts";
29794  }
29795  /**
29796   * 
29797   */
29798  perform() {
29799    let scale = null;
29800    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
29801      let man = index.next();
29802      {
29803        this.unselect$com_vzome_core_model_Manifestation(man);
29804        const rm = man.getRenderedObject();
29805        if (rm != null) {
29806          const shape = rm.getShape();
29807          if (scale == null) {
29808            const field5 = shape.getField();
29809            scale = field5["createPower$int"](5);
29810          }
29811          const orientation = rm.getOrientation();
29812          const vertexList = shape.getVertexList();
29813          for (let index2 = shape.getVertexList().iterator(); index2.hasNext(); ) {
29814            let vertex = index2.next();
29815            {
29816              const vertexPt = this.transformVertex(vertex, man.getLocation(), scale, orientation);
29817              this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(vertexPt));
29818            }
29819          }
29820          for (let index2 = shape.getFaceSet().iterator(); index2.hasNext(); ) {
29821            let face = index2.next();
29822            {
29823              const vertices = ((s) => {
29824                let a = [];
29825                while (s-- > 0) a.push(null);
29826                return a;
29827              })(face.size());
29828              for (let i = 0; i < vertices.length; i++) {
29829                {
29830                  const vertexIndex = face.getVertex(i);
29831                  const vertex = vertexList.get(vertexIndex);
29832                  vertices[i] = this.transformVertex(vertex, man.getLocation(), scale, orientation);
29833                }
29834                ;
29835              }
29836              const polygon = new PolygonFromVertices(vertices);
29837              this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(polygon));
29838            }
29839          }
29840        }
29841      }
29842    }
29843    this.redo();
29844  }
29845  /*private*/
29846  transformVertex(vertex, offset, scale, orientation) {
29847    if (orientation != null) vertex = orientation.timesColumn(vertex);
29848    if (offset != null) vertex = vertex.plus(offset);
29849    return new FreePoint(vertex.scale(scale));
29850  }
29851  constructor(editor) {
29852    super(editor);
29853  }
29854  /**
29855   * 
29856   * @return {string}
29857   */
29858  getXmlElementName() {
29859    return _RealizeMetaParts.NAME;
29860  }
29861};
29862RealizeMetaParts["__class"] = "com.vzome.core.edits.RealizeMetaParts";
29863

29864// src/worker/legacy/from-java/com/vzome/core/math/VefToPolyhedron.ts
29865var VefToPolyhedron = class _VefToPolyhedron extends VefParser {
29866  static importPolyhedron(field5, vef) {
29867    const result = new Polyhedron(field5);
29868    const parser = new _VefToPolyhedron(result);
29869    parser.parseVEF(vef, field5);
29870    return result;
29871  }
29872  constructor(polyhedron) {
29873    super();
29874    if (this.polyhedron === void 0) {
29875      this.polyhedron = null;
29876    }
29877    this.polyhedron = polyhedron;
29878  }
29879  /**
29880   * 
29881   * @param {number} index
29882   * @param {AlgebraicVector} location
29883   */
29884  addVertex(index, location) {
29885    this.polyhedron.addVertex(this.getField().projectTo3d(location, true));
29886  }
29887  /**
29888   * 
29889   * @param {number} index
29890   * @param {int[]} verts
29891   */
29892  addFace(index, verts) {
29893    const face = this.polyhedron.newFace();
29894    for (let index1 = 0; index1 < verts.length; index1++) {
29895      let i = verts[index1];
29896      face.add(i);
29897    }
29898    this.polyhedron.addFace(face);
29899  }
29900  /**
29901   * 
29902   * @param {number} numVertices
29903   */
29904  startVertices(numVertices) {
29905  }
29906  /**
29907   * 
29908   * @param {number} numFaces
29909   */
29910  startFaces(numFaces) {
29911  }
29912  /**
29913   * 
29914   * @param {number} numEdges
29915   */
29916  startEdges(numEdges) {
29917  }
29918  /**
29919   * 
29920   * @param {number} index
29921   * @param {number} v1
29922   * @param {number} v2
29923   */
29924  addEdge(index, v1, v2) {
29925  }
29926  /**
29927   * 
29928   * @param {number} numVertices
29929   */
29930  startBalls(numVertices) {
29931  }
29932  /**
29933   * 
29934   * @param {number} index
29935   * @param {number} vertex
29936   */
29937  addBall(index, vertex) {
29938  }
29939};
29940VefToPolyhedron["__class"] = "com.vzome.core.math.VefToPolyhedron";
29941

29942// src/worker/legacy/from-java/com/vzome/core/edits/ReplaceWithShape.ts
29943var ReplaceWithShape = class _ReplaceWithShape extends ChangeManifestations {
29944  static {
29945    this.NAME = "ReplaceWithShape";
29946  }
29947  /*private*/
29948  replace(man, renderedObject, shape) {
29949    if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Panel") >= 0)) return;
29950    if (renderedObject != null) {
29951      const orientation = renderedObject.getOrientation();
29952      const vertexList = shape.getVertexList();
29953      for (let index = shape.getFaceSet().iterator(); index.hasNext(); ) {
29954        let face = index.next();
29955        {
29956          const vertices = ((s) => {
29957            let a = [];
29958            while (s-- > 0) a.push(null);
29959            return a;
29960          })(face.size());
29961          for (let i = 0; i < vertices.length; i++) {
29962            {
29963              const vertexIndex = face.getVertex(i);
29964              const vertex = vertexList.get(vertexIndex);
29965              vertices[i] = _ReplaceWithShape.transformVertex(vertex, renderedObject.getLocationAV(), orientation);
29966            }
29967            ;
29968          }
29969          const polygon = new PolygonFromVertices(vertices);
29970          const panel = this.manifestConstruction(polygon);
29971          this.select$com_vzome_core_model_Manifestation(panel);
29972        }
29973      }
29974    }
29975    this.deleteManifestation(man);
29976  }
29977  /**
29978   * 
29979   */
29980  perform() {
29981    if (this.symmetryShapes != null) {
29982      const tokens = this.symmetryShapes.split(":");
29983      const symmetrySystem = this.editor["getSymmetrySystem$java_lang_String"](tokens[0]);
29984      const shapes28 = symmetrySystem.getStyle$java_lang_String(tokens[1]);
29985      const model = new RenderedModel(symmetrySystem.getSymmetry().getField(), new _ReplaceWithShape.ReplaceWithShape$0(this, symmetrySystem, shapes28));
29986      if (this.ballOrStrut != null) {
29987        for (let index = this.mSelection.iterator(); index.hasNext(); ) {
29988          let man = index.next();
29989          {
29990            this.unselect$com_vzome_core_model_Manifestation(man);
29991          }
29992        }
29993        this.redo();
29994        const rm = model.render(this.ballOrStrut);
29995        this.replace(this.ballOrStrut, rm, rm.getShape());
29996      } else for (let index = this.mSelection.iterator(); index.hasNext(); ) {
29997        let man = index.next();
29998        {
29999          this.unselect$com_vzome_core_model_Manifestation(man);
30000          const rm = model.render(man);
30001          this.replace(man, rm, rm.getShape());
30002        }
30003      }
30004    } else {
30005      for (let index = this.mSelection.iterator(); index.hasNext(); ) {
30006        let man = index.next();
30007        {
30008          this.unselect$com_vzome_core_model_Manifestation(man);
30009        }
30010      }
30011      this.redo();
30012      this.replace(this.ballOrStrut, this.ballOrStrut.getRenderedObject(), this.shape);
30013    }
30014    super.perform();
30015  }
30016  /*private*/
30017  static transformVertex(vertex, offset, orientation) {
30018    if (orientation != null) vertex = orientation.timesColumn(vertex);
30019    if (offset != null) vertex = vertex.plus(offset);
30020    return new FreePoint(vertex);
30021  }
30022  constructor(editor) {
30023    super(editor);
30024    if (this.vef === void 0) {
30025      this.vef = null;
30026    }
30027    if (this.shape === void 0) {
30028      this.shape = null;
30029    }
30030    if (this.ballOrStrut === void 0) {
30031      this.ballOrStrut = null;
30032    }
30033    if (this.symmetryShapes === void 0) {
30034      this.symmetryShapes = null;
30035    }
30036    if (this.editor === void 0) {
30037      this.editor = null;
30038    }
30039    this.editor = editor;
30040  }
30041  /**
30042   * 
30043   * @param {*} props
30044   */
30045  configure(props) {
30046    const m = props.get("picked");
30047    if (m != null) {
30048      this.symmetryShapes = m.getRenderedObject().getSymmetryShapes();
30049      this.ballOrStrut = m;
30050    } else this.symmetryShapes = props.get("mode");
30051  }
30052  /**
30053   * 
30054   * @param {*} element
30055   */
30056  getXmlAttributes(element) {
30057    if (this.ballOrStrut != null) {
30058      const construction = this.ballOrStrut.getFirstConstruction();
30059      if (construction != null && construction instanceof Point) XmlSaveFormat.serializePoint(element, "point", construction);
30060      else XmlSaveFormat.serializeSegment(element, "startSegment", "endSegment", construction);
30061    }
30062    if (this.shape != null) {
30063      if (this.vef == null) {
30064        this.vef = VefVectorExporter.exportPolyhedron(this.shape);
30065      }
30066      const textNode = element.getOwnerDocument().createTextNode(XmlSaveFormat.escapeNewlines(this.vef));
30067      element.appendChild(textNode);
30068    } else {
30069      element.setAttribute("shapes", this.symmetryShapes);
30070    }
30071  }
30072  /**
30073   * 
30074   * @param {*} xml
30075   * @param {XmlSaveFormat} format
30076   */
30077  setXmlAttributes(xml, format) {
30078    const attr = xml.getAttribute("shapes");
30079    if (attr != null && !/* isEmpty */
30080    (attr.length === 0)) {
30081      this.symmetryShapes = attr;
30082    } else {
30083      this.vef = xml.getTextContent();
30084      this.shape = VefToPolyhedron.importPolyhedron(format.getField(), this.vef);
30085    }

30086    let construction = format.parsePoint$org_w3c_dom_Element$java_lang_String(xml, "point");
30087    if (construction == null) construction = format.parseSegment$org_w3c_dom_Element$java_lang_String$java_lang_String(xml, "startSegment", "endSegment");
30088    if (construction != null) this.ballOrStrut = this.getManifestation(construction);
30089  }
30090  /**
30091   * 
30092   * @return {string}
30093   */
30094  getXmlElementName() {
30095    return _ReplaceWithShape.NAME;
30096  }
30097};
30098ReplaceWithShape["__class"] = "com.vzome.core.edits.ReplaceWithShape";
30099((ReplaceWithShape2) => {
30100  class ReplaceWithShape$0 {
30101    constructor(__parent, symmetrySystem, shapes28) {
30102      this.symmetrySystem = symmetrySystem;
30103      this.shapes = shapes28;
30104      this.__parent = __parent;
30105    }
30106    /* Default method injected from OrbitSource */
30107    getOrientations(rowMajor) {
30108      if (typeof rowMajor === "boolean" || rowMajor === null) {
30109        let __args = arguments;
30110        return (() => {
30111          const symmetry = this.getSymmetry();
30112          const field5 = symmetry.getField();
30113          const order = symmetry.getChiralOrder();
30114          const orientations = ((s) => {
30115            let a = [];
30116            while (s-- > 0) a.push(null);
30117            return a;
30118          })(order);
30119          for (let orientation = 0; orientation < order; orientation++) {
30120            {
30121              if (rowMajor) {
30122                orientations[orientation] = symmetry.getMatrix(orientation).getRowMajorRealElements();
30123                continue;
30124              }
30125              const asFloats = ((s) => {
30126                let a = [];
30127                while (s-- > 0) a.push(0);
30128                return a;
30129              })(16);
30130              const transform = symmetry.getMatrix(orientation);
30131              for (let i = 0; i < 3; i++) {
30132                {
30133                  const columnSelect = field5.basisVector(3, i);
30134                  const columnI = transform.timesColumn(columnSelect);
30135                  const colRV = columnI.toRealVector();
30136                  asFloats[i * 4 + 0] = colRV.x;
30137                  asFloats[i * 4 + 1] = colRV.y;
30138                  asFloats[i * 4 + 2] = colRV.z;
30139                  asFloats[i * 4 + 3] = 0;
30140                }
30141                ;
30142              }
30143              asFloats[12] = 0;
30144              asFloats[13] = 0;
30145              asFloats[14] = 0;
30146              asFloats[15] = 1;
30147              orientations[orientation] = asFloats;
30148            }
30149            ;
30150          }
30151          return orientations;
30152        })();
30153      } else if (rowMajor === void 0) {
30154        return this.getOrientations$();
30155      } else throw new Error("invalid overload");
30156    }
30157    /* Default method injected from OrbitSource */
30158    getOrientations$() {
30159      return this.getOrientations(false);
30160    }
30161    /* Default method injected from OrbitSource */
30162    getZone(orbit, orientation) {
30163      return this.getSymmetry().getDirection(orbit).getAxis(Symmetry.PLUS, orientation);
30164    }
30165    /* Default method injected from OrbitSource */
30166    getEmbedding() {
30167      const symmetry = this.getSymmetry();
30168      const field5 = symmetry.getField();
30169      const embedding = ((s) => {
30170        let a = [];
30171        while (s-- > 0) a.push(0);
30172        return a;
30173      })(16);
30174      for (let i = 0; i < 3; i++) {
30175        {
30176          const columnSelect = field5.basisVector(3, i);
30177          const colRV = symmetry.embedInR3(columnSelect);
30178          embedding[i * 4 + 0] = colRV.x;
30179          embedding[i * 4 + 1] = colRV.y;
30180          embedding[i * 4 + 2] = colRV.z;
30181          embedding[i * 4 + 3] = 0;
30182        }
30183        ;
30184      }
30185      embedding[12] = 0;
30186      embedding[13] = 0;
30187      embedding[14] = 0;
30188      embedding[15] = 1;
30189      return embedding;
30190    }
30191    /**
30192     * 
30193     * @return {*}
30194     */
30195    getSymmetry() {
30196      return this.symmetrySystem.getSymmetry();
30197    }
30198    /**
30199     * 
30200     * @return {*}
30201     */
30202    getShapes() {
30203      return this.shapes;
30204    }
30205    /**
30206     * 
30207     * @return {OrbitSet}
30208     */
30209    getOrbits() {
30210      return this.symmetrySystem.getOrbits();
30211    }
30212    /**
30213     * 
30214     * @param {Direction} orbit
30215     * @return {Color}
30216     */
30217    getColor(orbit) {
30218      return this.symmetrySystem.getColor(orbit);
30219    }
30220    /**
30221     * 
30222     * @param {AlgebraicVector} vector
30223     * @return {Axis}
30224     */
30225    getAxis(vector) {
30226      return this.symmetrySystem.getAxis(vector);
30227    }
30228    /**
30229     * 
30230     * @return {string}
30231     */
30232    getName() {
30233      return this.symmetrySystem.getName();
30234    }
30235    /**
30236     * 
30237     * @param {AlgebraicVector} vector
30238     * @return {Color}
30239     */
30240    getVectorColor(vector) {
30241      return this.symmetrySystem.getVectorColor(vector);
30242    }
30243  }
30244  ReplaceWithShape2.ReplaceWithShape$0 = ReplaceWithShape$0;
30245  ReplaceWithShape$0["__interfaces"] = ["com.vzome.core.editor.api.OrbitSource"];
30246})(ReplaceWithShape || (ReplaceWithShape = {}));
30247

30248// src/worker/legacy/from-java/com/vzome/core/edits/ReversePanel.ts
30249var ReversePanel = class extends ChangeManifestations {
30250  /**
30251   * 
30252   */
30253  perform() {
30254    if (this.panel != null) {
30255      if (this.mSelection.manifestationSelected(this.panel)) this.unselect$com_vzome_core_model_Manifestation(this.panel);
30256      const polygon = this.panel.getFirstConstruction();
30257      this.unmanifestConstruction(polygon);
30258    }
30259    this.redo();
30260  }
30261  constructor(singlePanel, editor) {
30262    super(editor);
30263    if (this.panel === void 0) {
30264      this.panel = null;
30265    }
30266    if (singlePanel != null) this.panel = singlePanel;
30267    else this.panel = null;
30268  }
30269  /**
30270   * 
30271   * @return {string}
30272   */
30273  getXmlElementName() {
30274    return "ReversePanel";
30275  }
30276};
30277ReversePanel["__class"] = "com.vzome.core.edits.ReversePanel";
30278

30279// src/worker/legacy/from-java/com/vzome/core/edits/RunZomicScript.ts
30280var RunZomicScript = class extends ChangeManifestations {
30281  constructor(editor) {
30282    super(editor);
30283    if (this.programText === void 0) {
30284      this.programText = null;
30285    }
30286    if (this.origin === void 0) {
30287      this.origin = null;
30288    }
30289    if (this.symm === void 0) {
30290      this.symm = null;
30291    }
30292    this.origin = editor.getCenterPoint();
30293    this.symm = editor["getSymmetrySystem$"]().getSymmetry();
30294  }
30295  /**
30296   * 
30297   * @param {*} props
30298   */
30299  configure(props) {
30300    this.programText = props.get("script");
30301  }
30302  /**
30303   * 
30304   * @return {string}
30305   */
30306  getXmlElementName() {
30307    return "RunZomicScript";
30308  }
30309  getScriptDialect() {
30310    return "zomic";
30311  }
30312  /**
30313   * 
30314   * @param {*} element
30315   */
30316  getXmlAttributes(element) {
30317    element.setTextContent(XmlSaveFormat.escapeNewlines(this.programText));
30318  }
30319  /**
30320   * 
30321   * @param {*} xml
30322   * @param {XmlSaveFormat} format
30323   */
30324  setXmlAttributes(xml, format) {
30325    this.programText = xml.getTextContent();
30326    this.symm = format.parseSymmetry("icosahedral");
30327  }
30328  /**
30329   * 
30330   */
30331  perform() {
30332    let offset = null;
30333    let pointFound = false;
30334    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
30335      let man = index.next();
30336      {
30337        if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0)) {
30338          const nextPoint = man.getFirstConstruction();
30339          if (!pointFound) {
30340            pointFound = true;
30341            offset = nextPoint;
30342          } else {
30343            offset = null;
30344          }
30345        }
30346      }
30347    }
30348    if (offset == null) offset = this.origin;
30349    try {
30350      this.symm.interpretScript(this.programText, this.getScriptDialect(), offset, this.symm, new ManifestConstructions(this));
30351    } catch (e) {
30352      throw new Command.Failure(e.message, e);
30353    }
30354    this.redo();
30355  }
30356};
30357RunZomicScript["__class"] = "com.vzome.core.edits.RunZomicScript";
30358

30359// src/worker/legacy/from-java/com/vzome/core/edits/SelectAutomaticStruts.ts
30360var SelectAutomaticStruts = class extends ChangeManifestations {
30361  constructor(editor) {
30362    super(editor);
30363    if (this.symmetry === void 0) {
30364      this.symmetry = null;
30365    }
30366    if (this.editor === void 0) {
30367      this.editor = null;
30368    }
30369    this.editor = editor;
30370    this.symmetry = editor["getSymmetrySystem$"]();
30371  }
30372  /**
30373   * 
30374   */
30375  perform() {
30376    this.unselectAll();
30377    for (let index = this.getVisibleStruts$java_util_function_Predicate((strut) => {
30378      return this.isAutomaticStrut(strut);
30379    }).iterator(); index.hasNext(); ) {
30380      let strut = index.next();
30381      {
30382        this.select$com_vzome_core_model_Manifestation(strut);
30383      }
30384    }
30385    super.perform();
30386  }
30387  /*private*/
30388  isAutomaticStrut(strut) {
30389    return this.symmetry.getAxis(strut.getOffset()).getOrbit().isAutomatic();
30390  }
30391  /**
30392   * 
30393   * @return {string}
30394   */
30395  getXmlElementName() {
30396    return "SelectAutomaticStruts";
30397  }
30398  /**
30399   * 
30400   * @param {*} element
30401   */
30402  getXmlAttributes(element) {
30403    if (this.symmetry != null) {
30404      DomUtils.addAttribute(element, "symmetry", this.symmetry.getName());
30405    }
30406  }
30407  /**
30408   * 
30409   * @param {*} xml
30410   * @param {XmlSaveFormat} format
30411   */
30412  setXmlAttributes(xml, format) {
30413    this.symmetry = this.editor["getSymmetrySystem$java_lang_String"](xml.getAttribute("symmetry"));
30414  }
30415};
30416SelectAutomaticStruts["__class"] = "com.vzome.core.edits.SelectAutomaticStruts";
30417

30418// src/worker/legacy/from-java/com/vzome/core/edits/SelectByBoundary.ts
30419var SelectByBoundary = class extends ChangeManifestations {
30420  constructor(editor) {
30421    super(editor);
30422  }
30423  /**
30424   * 
30425   * @param {string} message
30426   */
30427  fail(message) {
30428    const errorMsg = new java.lang.StringBuilder();
30429    const usage = this.usage();
30430    if (usage != null) {
30431      errorMsg.append(usage);
30432    }
30433    if (message != null) {
30434      if (errorMsg.length() > 0) {
30435        errorMsg.append("\n");
30436      }
30437      errorMsg.append(message);
30438    }
30439    super.fail(errorMsg.toString());
30440  }
30441  /**
30442   * 
30443   */
30444  perform() {
30445    const errMsg = this.setBoundary();
30446    if (errMsg != null) {
30447      this.fail(errMsg);
30448    }
30449    this.unselectAll();
30450    this.selectBoundedManifestations();
30451    this.redo();
30452  }
30453  selectBoundedManifestations() {
30454    for (let index = this.getConnectors().iterator(); index.hasNext(); ) {
30455      let connector = index.next();
30456      {
30457        if (this.boundaryContains$com_vzome_core_model_Connector(connector)) {
30458          this.select$com_vzome_core_model_Manifestation(connector);
30459        }
30460      }
30461    }
30462    for (let index = this.getStruts().iterator(); index.hasNext(); ) {
30463      let strut = index.next();
30464      {
30465        if (this.boundaryContains$com_vzome_core_model_Strut(strut)) {
30466          this.select$com_vzome_core_model_Manifestation(strut);
30467        }
30468      }
30469    }
30470    for (let index = this.getPanels().iterator(); index.hasNext(); ) {
30471      let panel = index.next();
30472      {
30473        if (this.boundaryContains$com_vzome_core_model_Panel(panel)) {
30474          this.select$com_vzome_core_model_Manifestation(panel);
30475        }
30476      }
30477    }
30478  }
30479  boundaryContains$com_vzome_core_model_Connector(connector) {
30480    return this.boundaryContains$com_vzome_core_algebra_AlgebraicVector(connector.getLocation());
30481  }
30482  boundaryContains(connector) {
30483    if (connector != null && (connector.constructor != null && connector.constructor["__interfaces"] != null && connector.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0) || connector === null) {
30484      return this.boundaryContains$com_vzome_core_model_Connector(connector);
30485    } else if (connector != null && (connector.constructor != null && connector.constructor["__interfaces"] != null && connector.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0) || connector === null) {
30486      return this.boundaryContains$com_vzome_core_model_Strut(connector);
30487    } else if (connector != null && (connector.constructor != null && connector.constructor["__interfaces"] != null && connector.constructor["__interfaces"].indexOf("com.vzome.core.model.Panel") >= 0) || connector === null) {
30488      return this.boundaryContains$com_vzome_core_model_Panel(connector);
30489    } else if (connector != null && connector instanceof AlgebraicVector || connector === null) {
30490      return this.boundaryContains$com_vzome_core_algebra_AlgebraicVector(connector);
30491    } else throw new Error("invalid overload");
30492  }
30493  /*private*/
30494  boundaryContains$com_vzome_core_model_Strut(strut) {
30495    return this.boundaryContains$com_vzome_core_algebra_AlgebraicVector(strut.getLocation()) && this.boundaryContains$com_vzome_core_algebra_AlgebraicVector(strut.getEnd());
30496  }
30497  /*private*/
30498  boundaryContains$com_vzome_core_model_Panel(panel) {
30499    for (let index = panel.iterator(); index.hasNext(); ) {
30500      let vertex = index.next();
30501      {
30502        if (!this.boundaryContains$com_vzome_core_algebra_AlgebraicVector(vertex)) {
30503          return false;
30504        }
30505      }
30506    }
30507    return true;
30508  }
30509  boundaryContains$com_vzome_core_algebra_AlgebraicVector(v) {
30510    throw new Error("cannot invoke abstract overloaded method... check your argument(s) type(s)");
30511  }
30512};
30513SelectByBoundary["__class"] = "com.vzome.core.edits.SelectByBoundary";
30514

30515// src/worker/legacy/from-java/com/vzome/core/edits/SelectByDiameter.ts
30516var SelectByDiameter = class _SelectByDiameter extends SelectByBoundary {
30517  static {
30518    this.NAME = "SelectByDiameter";
30519  }
30520  /**
30521   * 
30522   * @return {string}
30523   */
30524  getXmlElementName() {
30525    return _SelectByDiameter.NAME;
30526  }
30527  constructor(editor) {
30528    super(editor);
30529    if (this.center === void 0) {
30530      this.center = null;
30531    }
30532    if (this.maxRadiusSquared === void 0) {
30533      this.maxRadiusSquared = null;
30534    }
30535  }
30536  /**
30537   * 
30538   * @return {string}
30539   */
30540  usage() {
30541    return "This command requires two connectors which define the\ndiameter of a sphere centered at their midpoint.\n\nAll parts that are completely within the sphere will be selected.\n";
30542  }
30543  adjustBoundary(vectors) {
30544    switch (vectors.size()) {
30545      case 1:
30546        return null;
30547      case 2:
30548        this.center = AlgebraicVectors.calculateCentroid(vectors);
30549        const v1 = vectors.get(0).minus(this.center);
30550        this.maxRadiusSquared = v1.dot(v1);
30551        return null;
30552    }
30553    return "Too many connectors are selected.";
30554  }
30555  /**
30556   * 
30557   * @return {string}
30558   */
30559  setBoundary() {
30560    this.center = null;
30561    this.maxRadiusSquared = null;
30562    const vectors = new java.util.ArrayList();
30563    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
30564      let man = index.next();
30565      {
30566        if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0)) {
30567          vectors.add(man.getLocation());
30568          const errMsg = this.adjustBoundary(vectors);
30569          if (errMsg != null) {
30570            return errMsg;
30571          }
30572        }
30573      }
30574    }
30575    if (vectors.isEmpty()) {
30576      return "No connectors are selected.";
30577    }
30578    if (this.center == null || this.maxRadiusSquared == null) {
30579      const n = vectors.size();
30580      return n === 1 ? "Only one connector is selected." : "Only " + n + " connectors are selected.";
30581    }
30582    return null;
30583  }
30584  boundaryContains$com_vzome_core_algebra_AlgebraicVector(v) {
30585    v = v.minus(this.center);
30586    const vSq = v.dot(v);
30587    return vSq.compareTo(this.maxRadiusSquared) <= 0;
30588  }
30589  /**
30590   * 
30591   * @param {AlgebraicVector} v
30592   * @return {boolean}
30593   */
30594  boundaryContains(v) {
30595    if (v != null && v instanceof AlgebraicVector || v === null) {
30596      return this.boundaryContains$com_vzome_core_algebra_AlgebraicVector(v);
30597    } else if (v != null && (v.constructor != null && v.constructor["__interfaces"] != null && v.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0) || v === null) {
30598      return super.boundaryContains(v);
30599    } else if (v != null && (v.constructor != null && v.constructor["__interfaces"] != null && v.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0) || v === null) {
30600      return this.boundaryContains$com_vzome_core_model_Strut(v);
30601    } else if (v != null && (v.constructor != null && v.constructor["__interfaces"] != null && v.constructor["__interfaces"].indexOf("com.vzome.core.model.Panel") >= 0) || v === null) {
30602      return this.boundaryContains$com_vzome_core_model_Panel(v);
30603    } else throw new Error("invalid overload");
30604  }
30605};
30606SelectByDiameter["__class"] = "com.vzome.core.edits.SelectByDiameter";
30607

30608// src/worker/legacy/from-java/com/vzome/core/edits/SelectByPlane.ts
30609var SelectByPlane = class _SelectByPlane extends SelectByBoundary {
30610  static {
30611    this.NAME = "SelectByPlane";
30612  }
30613  /**
30614   * 
30615   * @return {string}
30616   */
30617  getXmlElementName() {
30618    return _SelectByPlane.NAME;
30619  }
30620  constructor(editor) {
30621    super(editor);
30622    if (this.plane === void 0) {
30623      this.plane = null;
30624    }
30625    if (this.anchor === void 0) {
30626      this.anchor = null;
30627    }
30628    if (this.desiredOrientation === void 0) {
30629      this.desiredOrientation = 0;
30630    }
30631  }
30632  /**
30633   * 
30634   * @return {string}
30635   */
30636  usage() {
30637    return "This command requires four selected connectors.\n\nThe first three connectors must not be collinear,\nso that they define a plane.\nThe fourth connector must lie outside of that plane,\nand defines which half space you wish to select.\n\nAll parts that are completely within that half-space will be selected.\n";
30638  }
30639  /**
30640   * 
30641   */
30642  perform() {
30643    this.setOrderedSelection(true);
30644    super.perform();
30645  }
30646  /**
30647   * 
30648   * @return {string}
30649   */
30650  setBoundary() {
30651    let p1 = null;
30652    let p2 = null;
30653    let p3 = null;
30654    let p4 = null;
30655    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
30656      let man = index.next();
30657      {
30658        if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0)) {
30659          if (p1 == null) {
30660            p1 = man.getLocation();
30661            continue;
30662          }
30663          if (p2 == null) {
30664            p2 = man.getLocation();
30665            continue;
30666          }
30667          if (p3 == null) {
30668            p3 = man.getLocation();
30669            continue;
30670          }
30671          if (p4 == null) {
30672            p4 = man.getLocation();
30673            continue;
30674          } else {
30675            return "You have selected more than four connectors.";
30676          }
30677        }
30678      }
30679    }
30680    if (p4 == null) return "You have selected fewer than four connectors.";
30681    const v1 = new Vector3d(p2.minus(p1));
30682    const v2 = new Vector3d(p3.minus(p1));
30683    this.plane = v1.outer(v2);
30684    this.anchor = p1;
30685    this.desiredOrientation = this.orient(p4);
30686    if (this.desiredOrientation === 0) {
30687      return "Your last selected connector lies in the plane of the other three.";
30688    }
30689    return null;
30690  }
30691  /*private*/
30692  orient(point) {
30693    const diff = point.minus(this.anchor);
30694    const v = new Vector3d(diff);
30695    const volume = this.plane.outer(v);
30696    if (volume.isZero()) return 0;
30697    else {
30698      const volD = volume.evaluate();
30699      return volD > 0 ? 1 : -1;
30700    }
30701  }
30702  boundaryContains$com_vzome_core_algebra_AlgebraicVector(v) {
30703    const orientation = this.orient(v);
30704    return orientation === 0 || orientation === this.desiredOrientation;
30705  }
30706  /**
30707   * 
30708   * @param {AlgebraicVector} v
30709   * @return {boolean}
30710   */
30711  boundaryContains(v) {
30712    if (v != null && v instanceof AlgebraicVector || v === null) {
30713      return this.boundaryContains$com_vzome_core_algebra_AlgebraicVector(v);
30714    } else if (v != null && (v.constructor != null && v.constructor["__interfaces"] != null && v.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0) || v === null) {
30715      return super.boundaryContains(v);
30716    } else if (v != null && (v.constructor != null && v.constructor["__interfaces"] != null && v.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0) || v === null) {
30717      return this.boundaryContains$com_vzome_core_model_Strut(v);
30718    } else if (v != null && (v.constructor != null && v.constructor["__interfaces"] != null && v.constructor["__interfaces"].indexOf("com.vzome.core.model.Panel") >= 0) || v === null) {
30719      return this.boundaryContains$com_vzome_core_model_Panel(v);
30720    } else throw new Error("invalid overload");
30721  }
30722};
30723SelectByPlane["__class"] = "com.vzome.core.edits.SelectByPlane";
30724

30725// src/worker/legacy/from-java/com/vzome/core/edits/SelectByRadius.ts
30726var SelectByRadius = class _SelectByRadius extends SelectByDiameter {
30727  static {
30728    this.NAME = "SelectByRadius";
30729  }
30730  /**
30731   * 
30732   * @return {string}
30733   */
30734  getXmlElementName() {
30735    return _SelectByRadius.NAME;
30736  }
30737  constructor(editor) {
30738    super(editor);
30739    if (this.minRadiusSquared === void 0) {
30740      this.minRadiusSquared = null;
30741    }
30742  }
30743  /**
30744   * 
30745   * @return {string}
30746   */
30747  usage() {
30748    return "This command requires either two or three selected connectors.\n\nThe first connector marks the center of a sphere.\nThe second connector defines its radius.\nAn optional third connector defines the radius of\n a second sphere with the same center.\n\nAll parts that are completely within the larger sphere will be selected.\n\nIf a second sphere is defined then any parts\n     within the smaller sphere, even partially, will be excluded.\n";
30749  }
30750  /**
30751   * 
30752   */
30753  perform() {
30754    this.setOrderedSelection(true);
30755    super.perform();
30756  }
30757  /**
30758   * 
30759   * @param {*} vectors
30760   * @return {string}
30761   */
30762  adjustBoundary(vectors) {
30763    const v = vectors.get(vectors.size() - 1);
30764    switch (vectors.size()) {
30765      case 1:
30766        this.center = v;
30767        this.maxRadiusSquared = null;
30768        this.minRadiusSquared = null;
30769        return null;
30770      case 2:
30771        const v2 = v.minus(this.center);
30772        this.maxRadiusSquared = v2.dot(v2);
30773        return null;
30774      case 3:
30775        const v3 = v.minus(this.center);
30776        this.minRadiusSquared = v3.dot(v3);
30777        if (this.maxRadiusSquared.compareTo(this.minRadiusSquared) < 0) {
30778          const temp = this.maxRadiusSquared;
30779          this.maxRadiusSquared = this.minRadiusSquared;
30780          this.minRadiusSquared = temp;
30781        }
30782        return null;
30783    }
30784    return super.adjustBoundary(vectors);
30785  }
30786  boundaryContains$com_vzome_core_algebra_AlgebraicVector(v) {
30787    if (super.boundaryContains$com_vzome_core_algebra_AlgebraicVector(v)) {
30788      if (this.minRadiusSquared != null) {
30789        const v1 = v.minus(this.center);
30790        return v1.dot(v1).compareTo(this.minRadiusSquared) >= 0;
30791      }
30792      return true;
30793    }
30794    return false;
30795  }
30796  /**
30797   * 
30798   * @param {AlgebraicVector} v
30799   * @return {boolean}
30800   */
30801  boundaryContains(v) {
30802    if (v != null && v instanceof AlgebraicVector || v === null) {
30803      return this.boundaryContains$com_vzome_core_algebra_AlgebraicVector(v);
30804    } else if (v != null && (v.constructor != null && v.constructor["__interfaces"] != null && v.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0) || v === null) {
30805      return super.boundaryContains(v);
30806    } else if (v != null && (v.constructor != null && v.constructor["__interfaces"] != null && v.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0) || v === null) {
30807      return this.boundaryContains$com_vzome_core_model_Strut(v);
30808    } else if (v != null && (v.constructor != null && v.constructor["__interfaces"] != null && v.constructor["__interfaces"].indexOf("com.vzome.core.model.Panel") >= 0) || v === null) {
30809      return this.boundaryContains$com_vzome_core_model_Panel(v);
30810    } else throw new Error("invalid overload");
30811  }
30812};
30813SelectByRadius["__class"] = "com.vzome.core.edits.SelectByRadius";
30814

30815// src/worker/legacy/from-java/com/vzome/core/edits/SelectCollinear.ts
30816var SelectCollinear = class extends ChangeManifestations {
30817  constructor(editor) {
30818    super(editor);
30819    this.vector1 = null;
30820    this.vector2 = null;
30821  }
30822  /**
30823   * 
30824   * @param {*} props
30825   */
30826  configure(props) {
30827    const strut = props.get("picked");
30828    if (strut != null) {
30829      this.vector1 = strut.getLocation();
30830      this.vector2 = strut.getEnd();
30831    }
30832  }
30833  /**
30834   * 
30835   */
30836  perform() {
30837    if (this.vector1 == null || this.vector2 == null) {
30838      const lastStrut = this.getLastSelectedStrut();
30839      if (lastStrut != null) {
30840        this.vector1 = lastStrut.getLocation();
30841        this.vector2 = lastStrut.getEnd();
30842      } else {
30843        for (let index = this.getSelectedConnectors().iterator(); index.hasNext(); ) {
30844          let ball = index.next();
30845          {
30846            this.vector1 = this.vector2;
30847            this.vector2 = ball.getLocation();
30848          }
30849        }
30850      }
30851    }
30852    if (this.vector1 == null || this.vector2 == null) {
30853      throw new Command.Failure("select a strut or two balls as a reference.");
30854    }
30855    this.unselectAll();
30856    const balls = new java.util.TreeSet();
30857    for (let index = this.getVisibleConnectors$java_util_function_Predicate((ball) => {
30858      return this.isCollinearWith(ball);
30859    }).iterator(); index.hasNext(); ) {
30860      let ball = index.next();
30861      {
30862        balls.add(ball);
30863      }
30864    }
30865    const struts = new java.util.TreeSet();
30866    for (let index = this.getVisibleStruts$().iterator(); index.hasNext(); ) {
30867      let strut = index.next();
30868      {
30869        if (this.isCollinearWith$com_vzome_core_model_Strut(strut)) {
30870          struts.add(strut);
30871        }
30872      }
30873    }
30874    for (let index = struts.iterator(); index.hasNext(); ) {
30875      let strut = index.next();
30876      {
30877        this.select$com_vzome_core_model_Manifestation(strut);
30878      }
30879    }
30880    for (let index = balls.iterator(); index.hasNext(); ) {
30881      let ball = index.next();
30882      {
30883        this.select$com_vzome_core_model_Manifestation(ball);
30884      }
30885    }
30886    const level = java.util.logging.Level.FINER;
30887    if (ChangeSelection.logger_$LI$().isLoggable(level)) {
30888      const sb = new java.lang.StringBuilder("Selected:\n");
30889      const indent = "  ";
30890      for (let index = struts.iterator(); index.hasNext(); ) {
30891        let strut = index.next();
30892        {
30893          sb.append(indent).append(strut.toString()).append("\n");
30894        }
30895      }
30896      for (let index = balls.iterator(); index.hasNext(); ) {
30897        let ball = index.next();
30898        {
30899          sb.append(indent).append(ball.toString()).append("\n");
30900        }
30901      }
30902      ChangeSelection.logger_$LI$().log(level, sb.toString());
30903    }
30904    super.perform();
30905  }
30906  isCollinearWith$com_vzome_core_model_Connector(ball) {
30907    return this.isCollinear(ball.getLocation());
30908  }
30909  isCollinearWith(ball) {
30910    if (ball != null && (ball.constructor != null && ball.constructor["__interfaces"] != null && ball.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0) || ball === null) {
30911      return this.isCollinearWith$com_vzome_core_model_Connector(ball);
30912    } else if (ball != null && (ball.constructor != null && ball.constructor["__interfaces"] != null && ball.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0) || ball === null) {
30913      return this.isCollinearWith$com_vzome_core_model_Strut(ball);
30914    } else throw new Error("invalid overload");
30915  }
30916  /*private*/
30917  isCollinearWith$com_vzome_core_model_Strut(strut) {
30918    return this.isCollinear(strut.getLocation()) && this.isCollinear(strut.getEnd());
30919  }
30920  /*private*/
30921  isCollinear(vec) {
30922    return AlgebraicVectors.areCollinear$com_vzome_core_algebra_AlgebraicVector$com_vzome_core_algebra_AlgebraicVector$com_vzome_core_algebra_AlgebraicVector(vec, this.vector1, this.vector2);
30923  }
30924  /**
30925   * 
30926   * @return {string}
30927   */
30928  getXmlElementName() {
30929    return "SelectCollinear";
30930  }
30931  /**
30932   * 
30933   * @param {*} element
30934   */
30935  getXmlAttributes(element) {
30936    DomUtils.addAttribute(element, "vector1", this.vector1.toParsableString());
30937    DomUtils.addAttribute(element, "vector2", this.vector2.toParsableString());
30938  }
30939  /**
30940   * 
30941   * @param {*} xml
30942   * @param {XmlSaveFormat} format
30943   */
30944  setXmlAttributes(xml, format) {
30945    this.vector1 = format.parseRationalVector(xml, "vector1");
30946    this.vector2 = format.parseRationalVector(xml, "vector2");
30947  }
30948};
30949SelectCollinear["__class"] = "com.vzome.core.edits.SelectCollinear";
30950

30951// src/worker/legacy/from-java/com/vzome/core/edits/SelectCoplanar.ts
30952var SelectCoplanar = class _SelectCoplanar extends SelectByBoundary {
30953  constructor(editor) {
30954    super(editor);
30955    this.pickedVectors = new java.util.ArrayList();
30956    this.vectors = new java.util.HashSet();
30957    this.pointOnPlane = null;
30958    this.normal = null;
30959  }
30960  /**
30961   * 
30962   * @return {string}
30963   */
30964  usage() {
30965    return "Select any combination of connectors, struts or panels to specify\n3 or more points that are all coplanar, but not simply collinear.\n\nAll parts that are completely on the corresponding plane will be selected.\n";
30966  }
30967  /**
30968   * 
30969   * @param {*} props
30970   */
30971  configure(props) {
30972    const panel = props.get("picked");
30973    if (panel != null) {
30974      for (let index = panel.iterator(); index.hasNext(); ) {
30975        let v = index.next();
30976        {
30977          this.pickedVectors.add(v);
30978        }
30979      }
30980    }
30981  }
30982  /**
30983   * 
30984   * @return {string}
30985   */
30986  setBoundary() {
30987    if (this.pickedVectors.isEmpty()) {
30988      for (let index = this.mSelection.iterator(); index.hasNext(); ) {
30989        let man = index.next();
30990        {
30991          if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0)) {
30992            this.vectors.add(man.getLocation());
30993          } else if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0)) {
30994            this.vectors.add(man.getLocation());
30995            this.vectors.add(man.getEnd());
30996          } else if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Panel") >= 0)) {
30997            for (let index2 = man.iterator(); index2.hasNext(); ) {
30998              let v = index2.next();
30999              {
31000                this.vectors.add(v);
31001              }
31002            }
31003          } else {
31004            throw new java.lang.IllegalStateException("Unknown manifestation: " + /* getSimpleName */
31005            ((c) => typeof c === "string" ? c.substring(c.lastIndexOf(".") + 1) : c["__class"] ? c["__class"].substring(c["__class"].lastIndexOf(".") + 1) : c["name"].substring(c["name"].lastIndexOf(".") + 1))(man.constructor));
31006          }
31007        }
31008      }
31009      if (this.vectors.size() < 3) {
31010        return "Additional connectors, struts or panels must be selected to define a plane.";
31011      }
31012      if (AlgebraicVectors.areCollinear$java_util_Collection(this.vectors)) {
31013        return "Selected items are collinear. Select another non-collinear ball to specify the plane.";
31014      }
31015      if (!AlgebraicVectors.areCoplanar(this.vectors)) {
31016        return "Selected items are not coplanar.";
31017      }
31018    } else {
31019      this.vectors.addAll(this.pickedVectors);
31020      this.unselectAll();
31021      this.redo();
31022    }
31023    for (let index = this.vectors.iterator(); index.hasNext(); ) {
31024      let v = index.next();
31025      {
31026        this.pointOnPlane = v;
31027        break;
31028      }
31029    }
31030    this.normal = AlgebraicVectors.getNormal$java_util_Collection(this.vectors);
31031    return null;
31032  }
31033  boundaryContains$com_vzome_core_algebra_AlgebraicVector(v) {
31034    return this.vectors.contains(v) || this.pointOnPlane.minus(v).dot(this.normal).isZero();
31035  }
31036  /**
31037   * 
31038   * @param {AlgebraicVector} v
31039   * @return {boolean}
31040   */
31041  boundaryContains(v) {
31042    if (v != null && v instanceof AlgebraicVector || v === null) {
31043      return this.boundaryContains$com_vzome_core_algebra_AlgebraicVector(v);
31044    } else if (v != null && (v.constructor != null && v.constructor["__interfaces"] != null && v.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0) || v === null) {
31045      return super.boundaryContains(v);
31046    } else if (v != null && (v.constructor != null && v.constructor["__interfaces"] != null && v.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0) || v === null) {
31047      return this.boundaryContains$com_vzome_core_model_Strut(v);
31048    } else if (v != null && (v.constructor != null && v.constructor["__interfaces"] != null && v.constructor["__interfaces"].indexOf("com.vzome.core.model.Panel") >= 0) || v === null) {
31049      return this.boundaryContains$com_vzome_core_model_Panel(v);
31050    } else throw new Error("invalid overload");
31051  }
31052  static {
31053    this.NAME = "SelectCoplanar";
31054  }
31055  /**
31056   * 
31057   * @return {string}
31058   */
31059  getXmlElementName() {
31060    return _SelectCoplanar.NAME;
31061  }
31062  /**
31063   * 
31064   * @param {*} element
31065   */
31066  getXmlAttributes(element) {
31067    if (!this.pickedVectors.isEmpty()) {
31068      DomUtils.addAttribute(
31069        element,
31070        "nPickedVectors",
31071        /* toString */
31072        "" + this.pickedVectors.size()
31073      );
31074      for (let i = 0; i < this.pickedVectors.size(); i++) {
31075        {
31076          DomUtils.addAttribute(element, "vector" + i, this.pickedVectors.get(i).toParsableString());
31077        }
31078        ;
31079      }
31080    }
31081  }
31082  /**
31083   * 
31084   * @param {*} xml
31085   * @param {XmlSaveFormat} format
31086   */
31087  setXmlAttributes(xml, format) {
31088    const nPickedVectors = xml.getAttribute("nPickedVectors");
31089    if (nPickedVectors != null && !/* isEmpty */
31090    (nPickedVectors.length === 0)) {
31091      const nPicked = javaemul.internal.IntegerHelper.parseInt(nPickedVectors);
31092      for (let i = 0; i < nPicked; i++) {
31093        {
31094          this.pickedVectors.add(format.parseRationalVector(xml, "vector" + i));
31095        }
31096        ;
31097      }
31098    }
31099  }
31100};
31101SelectCoplanar["__class"] = "com.vzome.core.edits.SelectCoplanar";
31102

31103// src/worker/legacy/from-java/com/vzome/core/edits/SelectNeighbors.ts
31104var SelectNeighbors = class extends ChangeSelection {
31105  constructor(editor) {
31106    super(editor.getSelection());
31107    if (this.editor === void 0) {
31108      this.editor = null;
31109    }
31110    this.withPanels = false;
31111    this.editor = editor;
31112  }
31113  perform() {
31114    const model = this.editor.getRealizedModel();
31115    const panels = new java.util.LinkedHashSet();
31116    const struts = new java.util.LinkedHashSet();
31117    const balls = new java.util.LinkedHashSet();
31118    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
31119      let man = index.next();
31120      {
31121        if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0)) struts.add(man);
31122        else if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0)) balls.add(man);
31123        else if (this.withPanels && (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Panel") >= 0))) panels.add(man);
31124      }
31125    }
31126    for (let index = balls.iterator(); index.hasNext(); ) {
31127      let ball = index.next();
31128      {
31129        const loc = ball.getLocation();
31130        for (let index2 = model.iterator(); index2.hasNext(); ) {
31131          let man = index2.next();
31132          {
31133            if (!man.isRendered()) continue;
31134            if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0) && !struts.contains(man)) {
31135              const strut = man;
31136              if (loc.equals(strut.getLocation()) || loc.equals(strut.getEnd())) this.select$com_vzome_core_model_Manifestation(strut);
31137            } else if (this.withPanels && (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Panel") >= 0)) && !panels.contains(man)) {
31138              const panel = man;
31139              for (let index3 = panel.iterator(); index3.hasNext(); ) {
31140                let vertex = index3.next();
31141                {
31142                  if (loc.equals(vertex)) {
31143                    this.select$com_vzome_core_model_Manifestation(panel);
31144                    break;
31145                  }
31146                }
31147              }
31148            }
31149          }
31150        }
31151      }
31152    }
31153    for (let index = struts.iterator(); index.hasNext(); ) {
31154      let strut = index.next();
31155      {
31156        const loc = strut.getLocation();
31157        const end = strut.getEnd();
31158        for (let index2 = model.iterator(); index2.hasNext(); ) {
31159          let man = index2.next();
31160          {
31161            if (!man.isRendered()) continue;
31162            if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0) && !balls.contains(man)) {
31163              const bloc = man.getLocation();
31164              if (bloc.equals(loc) || bloc.equals(end)) this.select$com_vzome_core_model_Manifestation(man);
31165            }
31166          }
31167        }
31168      }
31169    }
31170    if (this.withPanels) {
31171      for (let index = panels.iterator(); index.hasNext(); ) {
31172        let panel = index.next();
31173        {
31174          for (let index2 = panel.iterator(); index2.hasNext(); ) {
31175            let loc = index2.next();
31176            {
31177              for (let index3 = model.iterator(); index3.hasNext(); ) {
31178                let man = index3.next();
31179                {
31180                  if (man.isRendered()) {
31181                    if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0) && !balls.contains(man)) {
31182                      const bloc = man.getLocation();
31183                      if (bloc.equals(loc)) {
31184                        this.select$com_vzome_core_model_Manifestation(man);
31185                      }
31186                    }
31187                  }
31188                }
31189              }
31190            }
31191          }
31192        }
31193      }
31194    }
31195    super.perform();
31196  }
31197  /**
31198   * 
31199   * @return {string}
31200   */
31201  getXmlElementName() {
31202    return "SelectNeighbors";
31203  }
31204};
31205SelectNeighbors["__class"] = "com.vzome.core.edits.SelectNeighbors";
31206

31207// src/worker/legacy/from-java/com/vzome/core/edits/SelectParallelStruts.ts
31208var SelectParallelStruts = class extends ChangeManifestations {
31209  constructor(editor) {
31210    super(editor);
31211    if (this.symmetry === void 0) {
31212      this.symmetry = null;
31213    }
31214    if (this.orbit === void 0) {
31215      this.orbit = null;
31216    }
31217    if (this.axis === void 0) {
31218      this.axis = null;
31219    }
31220    if (this.editor === void 0) {
31221      this.editor = null;
31222    }
31223    this.editor = editor;
31224    this.symmetry = editor["getSymmetrySystem$"]();
31225  }
31226  /**
31227   * 
31228   * @param {*} props
31229   */
31230  configure(props) {
31231    const strut = props.get("picked");
31232    if (strut != null) {
31233      this.axis = this.symmetry.getAxis(strut.getOffset());
31234      this.orbit = this.axis.getOrbit();
31235    }
31236  }
31237  /**
31238   * 
31239   */
31240  perform() {
31241    if (this.orbit == null || this.axis == null) {
31242      const lastStrut = this.getLastSelectedStrut();
31243      if (lastStrut != null) {
31244        const offset = lastStrut.getOffset();
31245        this.orbit = this.symmetry.getAxis(offset).getOrbit();
31246        this.axis = this.orbit.getAxis$com_vzome_core_algebra_AlgebraicVector(offset);
31247      }
31248    }
31249    if (this.orbit == null || this.axis == null) {
31250      throw new Command.Failure("select a reference strut.");
31251    }
31252    this.unselectAll();
31253    const oppositeAxis = this.symmetry.getSymmetry().getPrincipalReflection() == null ? this.orbit.getAxis$int$int((this.axis.getSense() + 1) % 2, this.axis.getOrientation()) : this.orbit.getAxis$int$int$boolean(this.axis.getSense(), this.axis.getOrientation(), !this.axis.isOutbound());
31254    for (let index = this.getStruts().iterator(); index.hasNext(); ) {
31255      let strut = index.next();
31256      {
31257        const strutAxis = this.symmetry.getAxis(strut.getOffset());
31258        if (strutAxis != null && strutAxis.getOrbit().equals(this.orbit)) {
31259          if (strutAxis.equals(this.axis) || strutAxis.equals(oppositeAxis)) {
31260            this.select$com_vzome_core_model_Manifestation(strut);
31261          }
31262        }
31263      }
31264    }
31265    super.perform();
31266  }
31267  /**
31268   * 
31269   * @return {string}
31270   */
31271  getXmlElementName() {
31272    return "SelectParallelStruts";
31273  }
31274  /**
31275   * 
31276   * @param {*} element
31277   */
31278  getXmlAttributes(element) {
31279    if (this.symmetry != null) DomUtils.addAttribute(element, "symmetry", this.symmetry.getName());
31280    if (this.orbit != null) DomUtils.addAttribute(element, "orbit", this.orbit.getName());
31281    if (this.axis != null) XmlSymmetryFormat.serializeAxis(element, "symm", "dir", "index", "sense", this.axis);
31282  }
31283  /**
31284   * 
31285   * @param {*} xml
31286   * @param {XmlSaveFormat} format
31287   */
31288  setXmlAttributes(xml, format) {
31289    this.symmetry = this.editor["getSymmetrySystem$java_lang_String"](xml.getAttribute("symmetry"));
31290    this.orbit = this.symmetry.getOrbits().getDirection(xml.getAttribute("orbit"));
31291    this.axis = format.parseAxis(xml, "symm", "dir", "index", "sense");
31292  }
31293};
31294SelectParallelStruts["__class"] = "com.vzome.core.edits.SelectParallelStruts";
31295

31296// src/worker/legacy/from-java/com/vzome/core/edits/ShowHidden.ts
31297var ShowHidden = class extends ChangeManifestations {
31298  constructor(editor) {
31299    super(editor);
31300  }
31301  /**
31302   * 
31303   */
31304  perform() {
31305    for (let index = this.mManifestations.iterator(); index.hasNext(); ) {
31306      let m = index.next();
31307      {
31308        if (m.isHidden()) {
31309          this.showManifestation(m);
31310          this.select$com_vzome_core_model_Manifestation(m);
31311        } else if (this.mSelection.manifestationSelected(m)) this.unselect$com_vzome_core_model_Manifestation(m);
31312      }
31313    }
31314    this.redo();
31315  }
31316  /**
31317   * 
31318   * @return {string}
31319   */
31320  getXmlElementName() {
31321    return "ShowHidden";
31322  }
31323};
31324ShowHidden["__class"] = "com.vzome.core.edits.ShowHidden";
31325

31326// src/worker/legacy/from-java/com/vzome/core/edits/ShowNormals.ts
31327var ShowNormals = class _ShowNormals extends ChangeManifestations {
31328  static {
31329    this.NAME = "ShowNormals";
31330  }
31331  /**
31332   * 
31333   */
31334  perform() {
31335    const SCALE_DOWN = this.mManifestations.getField()["createAlgebraicNumber$int$int$int$int"](1, 0, 2, -3);
31336    this.unselectConnectors();
31337    this.unselectStruts();
31338    for (let index = Manifestations.getPanels$java_lang_Iterable(this.mSelection).iterator(); index.hasNext(); ) {
31339      let panel = index.next();
31340      {
31341        this.unselect$com_vzome_core_model_Manifestation(panel);
31342        const centroid = panel.getCentroid();
31343        const tip = centroid.plus(panel["getNormal$"]().scale(SCALE_DOWN));
31344        const p1 = new FreePoint(centroid);
31345        const p2 = new FreePoint(tip);
31346        const s = new SegmentJoiningPoints(p1, p2);
31347        this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(p1));
31348        this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(p2));
31349        this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(s));
31350      }
31351    }
31352    this.redo();
31353  }
31354  constructor(editor) {
31355    super(editor);
31356  }
31357  /**
31358   * 
31359   * @return {string}
31360   */
31361  getXmlElementName() {
31362    return _ShowNormals.NAME;
31363  }
31364};
31365ShowNormals["__class"] = "com.vzome.core.edits.ShowNormals";
31366

31367// src/worker/legacy/from-java/com/vzome/core/edits/ShowPoint.ts
31368var ShowPoint = class extends ChangeManifestations {
31369  constructor(editor) {
31370    super(editor);
31371    if (this.point === void 0) {
31372      this.point = null;
31373    }
31374    if (this.parameters === void 0) {
31375      this.parameters = null;
31376    }
31377    this.parameters = editor;
31378  }
31379  /**
31380   * 
31381   * @param {*} props
31382   */
31383  configure(props) {
31384    switch (props.get("mode")) {
31385      case "origin":
31386        const origin = this.mManifestations.getField().origin(3);
31387        this.point = new FreePoint(origin);
31388        break;
31389      case "symmCenter":
31390        this.point = this.parameters.getCenterPoint();
31391        break;
31392    }
31393  }
31394  /**
31395   * 
31396   */
31397  perform() {
31398    this.manifestConstruction(this.point);
31399    this.redo();
31400  }
31401  /**
31402   * 
31403   * @param {*} xml
31404   */
31405  getXmlAttributes(xml) {
31406    XmlSaveFormat.serializePoint(xml, "point", this.point);
31407  }
31408  /**
31409   * 
31410   * @param {*} xml
31411   * @param {XmlSaveFormat} format
31412   */
31413  setXmlAttributes(xml, format) {
31414    if (format.commandEditsCompacted()) this.point = format.parsePoint$org_w3c_dom_Element$java_lang_String(xml, "point");
31415    else {
31416      const attrs = format.loadCommandAttributes$org_w3c_dom_Element(xml);
31417      this.point = attrs.get("point");
31418    }
31419  }
31420  /**
31421   * 
31422   * @return {string}
31423   */
31424  getXmlElementName() {
31425    return "ShowPoint";
31426  }
31427};
31428ShowPoint["__class"] = "com.vzome.core.edits.ShowPoint";
31429

31430// src/worker/legacy/from-java/com/vzome/core/construction/PolygonVertex.ts
31431var PolygonVertex = class extends Point {
31432  constructor(polygon, index) {
31433    super(polygon.field);
31434    if (this.polygon === void 0) {
31435      this.polygon = null;
31436    }
31437    if (this.index === void 0) {
31438      this.index = 0;
31439    }
31440    this.polygon = polygon;
31441    this.index = index;
31442    this.mapParamsToState();
31443  }
31444  /**
31445   * 
31446   * @return {boolean}
31447   */
31448  mapParamsToState() {
31449    if (this.polygon.isImpossible()) {
31450      return this.setStateVariable(null, true);
31451    }
31452    const loc = this.polygon.getVertex(this.index);
31453    return this.setStateVariable(loc, false);
31454  }
31455};
31456PolygonVertex["__class"] = "com.vzome.core.construction.PolygonVertex";
31457

31458// src/worker/legacy/from-java/com/vzome/core/edits/ShowVertices.ts
31459var ShowVertices = class _ShowVertices extends ChangeManifestations {
31460  static {
31461    this.NAME = "ShowVertices";
31462  }
31463  /**
31464   * 
31465   */
31466  perform() {
31467    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
31468      let man = index.next();
31469      {
31470        this.unselect$com_vzome_core_model_Manifestation(man);
31471        if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0)) {
31472          const s = man.getFirstConstruction();
31473          const start = new SegmentEndPoint(s, true);
31474          this.manifestConstruction(start);
31475          const end = new SegmentEndPoint(s, false);
31476          this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(end));
31477        } else if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Panel") >= 0)) {
31478          const polygon = man.getFirstConstruction();
31479          for (let i = 0; i < polygon.getVertexCount(); i++) {
31480            {
31481              const v = new PolygonVertex(polygon, i);
31482              this.select$com_vzome_core_model_Manifestation(this.manifestConstruction(v));
31483            }
31484            ;
31485          }
31486        }
31487      }
31488    }
31489    this.redo();
31490  }
31491  constructor(editor) {
31492    super(editor);
31493  }
31494  /**
31495   * 
31496   * @return {string}
31497   */
31498  getXmlElementName() {
31499    return _ShowVertices.NAME;
31500  }
31501};
31502ShowVertices["__class"] = "com.vzome.core.edits.ShowVertices";
31503

31504// src/worker/legacy/from-java/com/vzome/core/edits/StrutCreation.ts
31505var StrutCreation = class extends ChangeManifestations {
31506  /**
31507   * 
31508   * @param {*} params
31509   */
31510  configure(params) {
31511    this.mAnchor = params.get("anchor");
31512    this.mAxis = params.get("zone");
31513    this.mLength = params.get("length");
31514  }
31515  constructor(anchor, axis, len, editor) {
31516    if ((anchor != null && anchor instanceof Point || anchor === null) && (axis != null && axis instanceof Axis || axis === null) && (len != null && (len.constructor != null && len.constructor["__interfaces"] != null && len.constructor["__interfaces"].indexOf("com.vzome.core.algebra.AlgebraicNumber") >= 0) || len === null) && (editor != null && (editor.constructor != null && editor.constructor["__interfaces"] != null && editor.constructor["__interfaces"].indexOf("com.vzome.core.editor.api.EditorModel") >= 0) || editor === null)) {
31517      let __args = arguments;
31518      super(editor);
31519      if (this.mAnchor === void 0) {
31520        this.mAnchor = null;
31521      }
31522      if (this.mAxis === void 0) {
31523        this.mAxis = null;
31524      }
31525      if (this.mLength === void 0) {
31526        this.mLength = null;
31527      }
31528      this.mAnchor = anchor;
31529      this.mAxis = axis;
31530      this.mLength = len;
31531    } else if ((anchor != null && (anchor.constructor != null && anchor.constructor["__interfaces"] != null && anchor.constructor["__interfaces"].indexOf("com.vzome.core.editor.api.EditorModel") >= 0) || anchor === null) && axis === void 0 && len === void 0 && editor === void 0) {
31532      let __args = arguments;
31533      let editor2 = __args[0];
31534      {
31535        let __args2 = arguments;
31536        let anchor2 = null;
31537        let axis2 = null;
31538        let len2 = null;
31539        super(editor2);
31540        if (this.mAnchor === void 0) {
31541          this.mAnchor = null;
31542        }
31543        if (this.mAxis === void 0) {
31544          this.mAxis = null;
31545        }
31546        if (this.mLength === void 0) {
31547          this.mLength = null;
31548        }
31549        this.mAnchor = anchor2;
31550        this.mAxis = axis2;
31551        this.mLength = len2;
31552      }
31553    } else throw new Error("invalid overload");
31554  }
31555  /**
31556   * 
31557   */
31558  perform() {
31559    const segment = new AnchoredSegment(this.mAxis, this.mLength, this.mAnchor);
31560    this.manifestConstruction(segment);
31561    const point = new SegmentEndPoint(segment);
31562    this.manifestConstruction(point);
31563    this.redo();
31564  }
31565  /**
31566   * 
31567   * @param {*} xml
31568   */
31569  getXmlAttributes(xml) {
31570    XmlSaveFormat.serializePoint(xml, "anchor", this.mAnchor);
31571    XmlSymmetryFormat.serializeAxis(xml, "symm", "dir", "index", "sense", this.mAxis);
31572    XmlSaveFormat.serializeNumber(xml, "len", this.mLength);
31573  }
31574  /**
31575   * 
31576   * @param {*} xml
31577   * @param {XmlSaveFormat} format
31578   */
31579  setXmlAttributes(xml, format) {
31580    if (format.rationalVectors()) {
31581      this.mAnchor = format.parsePoint$org_w3c_dom_Element$java_lang_String(xml, "anchor");
31582      this.mAxis = format.parseAxis(xml, "symm", "dir", "index", "sense");
31583      this.mLength = format.parseNumber(xml, "len");
31584    } else {
31585      const attrs = format.loadCommandAttributes$org_w3c_dom_Element$boolean(xml, true);
31586      this.mAnchor = attrs.get("anchor");
31587      this.mAxis = attrs.get("axis");
31588      this.mLength = attrs.get("len");
31589    }
31590  }
31591  /**
31592   * 
31593   * @return {string}
31594   */
31595  getXmlElementName() {
31596    return "StrutCreation";
31597  }
31598};
31599StrutCreation["__class"] = "com.vzome.core.edits.StrutCreation";
31600

31601// src/worker/legacy/from-java/com/vzome/core/edits/StrutIntersection.ts
31602var StrutIntersection = class extends ChangeManifestations {
31603  constructor(editor) {
31604    super(editor);
31605  }
31606  /**
31607   * 
31608   */
31609  perform() {
31610    let s1 = null;
31611    let s2 = null;
31612    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
31613      let man = index.next();
31614      {
31615        this.unselect$com_vzome_core_model_Manifestation(man);
31616        if (man != null && (man.constructor != null && man.constructor["__interfaces"] != null && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0)) if (s1 == null) s1 = man;
31617        else if (s2 == null) s2 = man;
31618        else throw new Command.Failure("only two struts are allowed");
31619      }
31620    }
31621    if (s1 == null || s2 == null) throw new Command.Failure("two struts are required");
31622    const l1 = new LineFromPointAndVector(s1.getLocation(), s1.getZoneVector());
31623    const l2 = new LineFromPointAndVector(s2.getLocation(), s2.getZoneVector());
31624    const point = new LineLineIntersectionPoint(l1, l2);
31625    if (point.isImpossible()) throw new Command.Failure("lines are parallel or non-intersecting");
31626    const ball = this.manifestConstruction(point);
31627    this.select$com_vzome_core_model_Manifestation(ball);
31628    this.redo();
31629  }
31630  /**
31631   * 
31632   * @return {string}
31633   */
31634  getXmlElementName() {
31635    return "StrutIntersection";
31636  }
31637};
31638StrutIntersection["__class"] = "com.vzome.core.edits.StrutIntersection";
31639

31640// src/worker/legacy/from-java/com/vzome/core/edits/StrutMove.ts
31641var StrutMove = class extends StrutCreation {
31642  constructor(editor) {
31643    super(editor);
31644    if (this.oldStrut === void 0) {
31645      this.oldStrut = null;
31646    }
31647  }
31648  /**
31649   * 
31650   * @param {*} params
31651   */
31652  configure(params) {
31653    super.configure(params);
31654    this.oldStrut = params.get("oldStrut");
31655  }
31656  /**
31657   * 
31658   */
31659  perform() {
31660    this.deleteManifestation(this.oldStrut);
31661    this.manifestConstruction(this.mAnchor);
31662    super.redo();
31663    super.perform();
31664  }
31665  /**
31666   * 
31667   * @param {*} xml
31668   */
31669  getXmlAttributes(xml) {
31670    XmlSaveFormat.serializeSegment(xml, "startSegment", "endSegment", this.oldStrut.getFirstConstruction());
31671    super.getXmlAttributes(xml);
31672  }
31673  /**
31674   * 
31675   * @param {*} xml
31676   * @param {XmlSaveFormat} format
31677   */
31678  setXmlAttributes(xml, format) {
31679    const construction = format.parseSegment$org_w3c_dom_Element$java_lang_String$java_lang_String(xml, "startSegment", "endSegment");
31680    if (construction != null) this.oldStrut = this.getManifestation(construction);
31681    super.setXmlAttributes(xml, format);
31682  }
31683  /**
31684   * 
31685   * @return {string}
31686   */
31687  getXmlElementName() {
31688    return "StrutMove";
31689  }
31690};
31691StrutMove["__class"] = "com.vzome.core.edits.StrutMove";
31692

31693// src/worker/legacy/from-java/com/vzome/core/edits/Symmetry4d.ts
31694var Symmetry4d = class _Symmetry4d extends ChangeManifestations {
31695  constructor(editor, left, right) {
31696    if ((editor != null && (editor.constructor != null && editor.constructor["__interfaces"] != null && editor.constructor["__interfaces"].indexOf("com.vzome.core.editor.api.EditorModel") >= 0) || editor === null) && (left != null && left instanceof QuaternionicSymmetry || left === null) && (right != null && right instanceof QuaternionicSymmetry || right === null)) {
31697      let __args = arguments;
31698      super(editor);
31699      if (this.left === void 0) {
31700        this.left = null;
31701      }
31702      if (this.right === void 0) {
31703        this.right = null;
31704      }
31705      this.left = left;
31706      this.right = right;
31707    } else if ((editor != null && (editor.constructor != null && editor.constructor["__interfaces"] != null && editor.constructor["__interfaces"].indexOf("com.vzome.core.editor.api.EditorModel") >= 0) || editor === null) && left === void 0 && right === void 0) {
31708      let __args = arguments;
31709      super(editor);
31710      if (this.left === void 0) {
31711        this.left = null;
31712      }
31713      if (this.right === void 0) {
31714        this.right = null;
31715      }
31716      this.left = editor.get4dSymmetries().getQuaternionSymmetry("H_4");
31717      this.right = this.left;
31718    } else throw new Error("invalid overload");
31719  }
31720  /**
31721   * 
31722   * @param {*} parameters
31723   */
31724  configure(parameters) {
31725    this.left = parameters.get("left");
31726    this.right = parameters.get("right");
31727  }
31728  /**
31729   * 
31730   * @return {string}
31731   */
31732  getXmlElementName() {
31733    return "Symmetry4d";
31734  }
31735  /*private*/
31736  static inW0hyperplane(v) {
31737    if (v.dimension() > 3) return v.getComponent(AlgebraicVector.W4).isZero();
31738    else return true;
31739  }
31740  /**
31741   * 
31742   */
31743  perform() {
31744    const params = new java.util.ArrayList();
31745    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
31746      let man = index.next();
31747      {
31748        this.unselect$com_vzome_core_model_Manifestation(man);
31749        const cs = man.getConstructions();
31750        let useThis = null;
31751        if (!cs.hasNext()) throw new Command.Failure("No construction for this manifestation");
31752        for (const iterator = man.getConstructions(); iterator.hasNext(); ) {
31753          {
31754            const construction = iterator.next();
31755            if (construction != null && construction instanceof Point) {
31756              const p = construction;
31757              if (!_Symmetry4d.inW0hyperplane(p.getLocation())) throw new Command.Failure("Some ball is not in the W=0 hyperplane.");
31758            } else if (construction != null && construction instanceof Segment) {
31759              const s = construction;
31760              if (!_Symmetry4d.inW0hyperplane(s.getStart())) throw new Command.Failure("Some strut end is not in the W=0 hyperplane.");
31761              if (!_Symmetry4d.inW0hyperplane(s.getEnd())) throw new Command.Failure("Some strut end is not in the W=0 hyperplane.");
31762            } else if (construction != null && construction instanceof Polygon) {
31763              const p = construction;
31764              for (let i = 0; i < p.getVertexCount(); i++) {
31765                {
31766                  if (!_Symmetry4d.inW0hyperplane(p.getVertex(i))) {
31767                    throw new Command.Failure("Some panel vertex is not in the W=0 hyperplane.");
31768                  }
31769                }
31770                ;
31771              }
31772            } else {
31773              throw new Command.Failure("Unknown construction type.");
31774            }
31775            useThis = construction;
31776          }
31777          ;
31778        }
31779        if (useThis != null) params.add(useThis);
31780      }
31781    }
31782    this.redo();
31783    const leftRoots = this.left.getRoots();
31784    const rightRoots = this.right.getRoots();
31785    for (let index = 0; index < leftRoots.length; index++) {
31786      let leftRoot = leftRoots[index];
31787      {
31788        for (let index1 = 0; index1 < rightRoots.length; index1++) {
31789          let rightRoot = rightRoots[index1];
31790          {
31791            for (let index2 = params.iterator(); index2.hasNext(); ) {
31792              let construction = index2.next();
31793              {
31794                let result = null;
31795                if (construction != null && construction instanceof Point) {
31796                  result = new PointRotated4D(leftRoot, rightRoot, construction);
31797                } else if (construction != null && construction instanceof Segment) {
31798                  result = new SegmentRotated4D(leftRoot, rightRoot, construction);
31799                } else if (construction != null && construction instanceof Polygon) {
31800                  result = new PolygonRotated4D(leftRoot, rightRoot, construction);
31801                } else {
31802                }
31803                if (result == null) continue;
31804                this.manifestConstruction(result);
31805              }
31806            }
31807          }
31808        }
31809      }
31810    }
31811    this.redo();
31812  }
31813  rotateAndProject(loc3d, leftQuaternion, rightQuaternion) {
31814    let loc = loc3d.inflateTo4d$boolean(true);
31815    loc = rightQuaternion.leftMultiply(loc);
31816    loc = leftQuaternion.rightMultiply(loc);
31817    loc = loc.projectTo3d(true);
31818    return new FreePoint(loc);
31819  }
31820};
31821Symmetry4d["__class"] = "com.vzome.core.edits.Symmetry4d";
31822

31823// src/worker/legacy/from-java/com/vzome/core/edits/TransformSelection.ts
31824var TransformSelection = class extends ChangeManifestations {
31825  constructor(editor, transform) {
31826    super(editor);
31827    if (this.transform === void 0) {
31828      this.transform = null;
31829    }
31830    this.transform = transform;
31831  }
31832  /**
31833   * 
31834   */
31835  perform() {
31836    const inputs = new java.util.ArrayList();
31837    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
31838      let man = index.next();
31839      {
31840        this.unselect$com_vzome_core_model_Manifestation(man);
31841        inputs.add(man);
31842      }
31843    }
31844    this.redo();
31845    for (let index = inputs.iterator(); index.hasNext(); ) {
31846      let m = index.next();
31847      {
31848        if (!m.isRendered()) continue;
31849        const c = m.getFirstConstruction();
31850        const result = this.transform.transform$com_vzome_core_construction_Construction(c);
31851        this.select$com_vzome_core_model_Manifestation$boolean(this.manifestConstruction(result), true);
31852      }
31853    }
31854    this.redo();
31855  }
31856  /**
31857   * 
31858   * @return {string}
31859   */
31860  getXmlElementName() {
31861    return "TransformSelection";
31862  }
31863};
31864TransformSelection["__class"] = "com.vzome.core.edits.TransformSelection";
31865

31866// src/worker/legacy/from-java/com/vzome/core/edits/Validate2Manifold.ts
31867var Validate2Manifold = class _Validate2Manifold extends ChangeManifestations {
31868  constructor(editor) {
31869    super(editor);
31870  }
31871  showStrut(strut) {
31872    const a = new FreePoint(strut.getLocation());
31873    this.manifestConstruction(a);
31874    const b = new FreePoint(strut.getEnd());
31875    this.manifestConstruction(b);
31876    const segment = new SegmentJoiningPoints(a, b);
31877    this.manifestConstruction(segment);
31878  }
31879  /**
31880   * 
31881   */
31882  perform() {
31883    for (let index = this.mSelection.iterator(); index.hasNext(); ) {
31884      let man = index.next();
31885      super.unselect$com_vzome_core_model_Manifestation$boolean(man, true);
31886    }
31887    this.hideConnectors();
31888    this.hideStruts();
31889    this.redo();
31890    const edges = new _Validate2Manifold.Edges();
31891    for (let index = Manifestations.getVisiblePanels(this.mManifestations).iterator(); index.hasNext(); ) {
31892      let panel = index.next();
31893      {
31894        let v0 = null;
31895        let prev = null;
31896        for (let index2 = panel.iterator(); index2.hasNext(); ) {
31897          let vertex = index2.next();
31898          {
31899            if (v0 == null) {
31900              v0 = vertex;
31901              prev = vertex;
31902            } else {
31903              const strut2 = new StrutImpl(prev, vertex);
31904              edges.addStrut(strut2, panel);
31905              prev = vertex;
31906            }
31907          }
31908        }
31909        const strut = new StrutImpl(prev, v0);
31910        edges.addStrut(strut, panel);
31911      }
31912    }
31913    let invalid = false;
31914    for (let index = edges.entrySet().iterator(); index.hasNext(); ) {
31915      let entry = index.next();
31916      {
31917        if (entry.getValue().size() !== 2) {
31918          this.showStrut(entry.getKey());
31919          invalid = true;
31920        }
31921      }
31922    }
31923    if (invalid) {
31924      this.hidePanels();
31925      this.redo();
31926      return;
31927    }
31928    for (let index = edges.entrySet().iterator(); index.hasNext(); ) {
31929      let entry = index.next();
31930      {
31931        const strut = entry.getKey();
31932        const v1 = strut.getLocation();
31933        const v2 = strut.getEnd();
31934        const oriented = /* @__PURE__ */ ((v12, v22) => {
31935          return (p) => {
31936            let prev = null;
31937            for (let index2 = p.iterator(); index2.hasNext(); ) {
31938              let v = index2.next();
31939              {
31940                if (v.equals(v22) && prev != null) return v12.equals(prev);
31941                prev = v;
31942              }
31943            }
31944            return v12.equals(prev);
31945          };
31946        })(v1, v2);
31947        const panels = [null, null];
31948        entry.getValue().toArray(panels);
31949        const c1 = ((target) => typeof target === "function" ? target(panels[0]) : target.apply(panels[0]))(oriented);
31950        const c2 = ((target) => typeof target === "function" ? target(panels[1]) : target.apply(panels[1]))(oriented);
31951        if (c1 === c2) {
31952          invalid = true;
31953          this.showStrut(strut);
31954        }
31955      }
31956    }
31957    if (invalid) {
31958      this.redo();
31959      return;
31960    }
31961  }
31962  /**
31963   * 
31964   * @return {string}
31965   */
31966  getXmlElementName() {
31967    return "Validate2Manifold";
31968  }
31969};
31970Validate2Manifold["__class"] = "com.vzome.core.edits.Validate2Manifold";
31971((Validate2Manifold2) => {
31972  class Edges extends java.util.HashMap {
31973    addStrut(strut, panel) {
31974      let existing = this.get(strut);
31975      if (existing == null) {
31976        existing = new java.util.HashSet();
31977        this.put(strut, existing);
31978      }
31979      existing.add(panel);
31980    }
31981    constructor() {
31982      super();
31983    }
31984  }
31985  Validate2Manifold2.Edges = Edges;
31986  Edges["__class"] = "com.vzome.core.edits.Validate2Manifold.Edges";
31987  Edges["__interfaces"] = ["java.lang.Cloneable", "java.util.Map", "java.io.Serializable"];
31988})(Validate2Manifold || (Validate2Manifold = {}));
31989

31990// src/worker/legacy/from-java/com/vzome/core/edits/ValidateSelection.ts
31991var ValidateSelection = class extends ChangeSelection {
31992  /**
31993   * 
31994   */
31995  perform() {
31996    if (this.mSelection.size() === 0) throw new Command.Failure("selection is empty");
31997  }
31998  constructor(editor) {
31999    super(editor.getSelection());
32000  }
32001  /**
32002   * 
32003   * @return {string}
32004   */
32005  getXmlElementName() {
32006    return "ValidateSelection";
32007  }
32008};
32009ValidateSelection["__class"] = "com.vzome.core.edits.ValidateSelection";
32010

32011// src/worker/legacy/from-java/com/vzome/core/commands/CommandBuildAnchoredSegment.ts
32012var CommandBuildAnchoredSegment = class _CommandBuildAnchoredSegment extends AbstractCommand {
32013  /**
32014   * 
32015   * @param {*} xml
32016   * @param {AttributeMap} attributes
32017   */
32018  getXml(xml, attributes) {
32019    XmlSymmetryFormat.serializeAxis(xml, "symm", "dir", "index", "sense", attributes.get("axis"));
32020    XmlSaveFormat.serializeNumber(xml, "len", attributes.get("length"));
32021  }
32022  /**
32023   * 
32024   * @param {*} xml
32025   * @param {XmlSaveFormat} format
32026   * @return {AttributeMap}
32027   */
32028  setXml(xml, format) {
32029    const attrs = super.setXml(xml, format);
32030    if (format.commandEditsCompacted()) {
32031      attrs.put("axis", format.parseAxis(xml, "symm", "dir", "index", "sense"));
32032      attrs.put("length", format.parseNumber(xml, "len"));
32033    }
32034    return attrs;
32035  }
32036  static {
32037    this.AXIS_ATTR = "axis";
32038  }
32039  static {
32040    this.LENGTH_ATTR = "length";
32041  }
32042  static PARAM_SIGNATURE_$LI$() {
32043    if (_CommandBuildAnchoredSegment.PARAM_SIGNATURE == null) {
32044      _CommandBuildAnchoredSegment.PARAM_SIGNATURE = [["start", Point]];
32045    }
32046    return _CommandBuildAnchoredSegment.PARAM_SIGNATURE;
32047  }
32048  /**
32049   * 
32050   * @return {java.lang.Object[][]}
32051   */
32052  getParameterSignature() {
32053    return _CommandBuildAnchoredSegment.PARAM_SIGNATURE_$LI$();
32054  }
32055  /**
32056   * 
32057   * @return {java.lang.Object[][]}
32058   */
32059  getAttributeSignature() {
32060    return null;
32061  }
32062  /**
32063   * 
32064   * @param {ConstructionList} parameters
32065   * @param {AttributeMap} attrs
32066   * @param {*} effects
32067   * @return {ConstructionList}
32068   */
32069  apply(parameters, attrs, effects) {
32070    const result = new ConstructionList();
32071    if (parameters == null || parameters.size() !== 1) throw new Command.Failure("start parameter must be a single point");
32072    const c = parameters.get(0);
32073    if (!(c != null && c instanceof Point)) throw new Command.Failure("start parameter must be a single point");
32074    const pt1 = c;
32075    const axis = attrs.get(_CommandBuildAnchoredSegment.AXIS_ATTR);
32076    const len = attrs.get(_CommandBuildAnchoredSegment.LENGTH_ATTR);
32077    const segment = new AnchoredSegment(axis, len, pt1);
32078    effects["constructionAdded$com_vzome_core_construction_Construction"](segment);
32079    result.addConstruction(segment);
32080    const pt2 = new SegmentEndPoint(segment);
32081    effects["constructionAdded$com_vzome_core_construction_Construction"](pt2);
32082    result.addConstruction(pt2);
32083    return result;
32084  }
32085  constructor() {
32086    super();
32087  }
32088};
32089CommandBuildAnchoredSegment["__class"] = "com.vzome.core.commands.CommandBuildAnchoredSegment";
32090CommandBuildAnchoredSegment["__interfaces"] = ["com.vzome.core.commands.Command"];
32091

32092// src/worker/legacy/from-java/com/vzome/core/commands/CommandExecuteZomicScript.ts
32093var CommandExecuteZomicScript = class _CommandExecuteZomicScript extends AbstractCommand {
32094  /**
32095   * 
32096   * @param {AttributeMap} attributes
32097   * @param {XmlSaveFormat} format
32098   */
32099  setFixedAttributes(attributes, format) {
32100    super.setFixedAttributes(attributes, format);
32101    this.symmetry = attributes.get(CommandTransform.SYMMETRY_GROUP_ATTR_NAME);
32102    if (this.symmetry == null) this.symmetry = format.parseSymmetry("icosahedral");
32103  }
32104  constructor(symmetry) {
32105    if (symmetry != null && symmetry instanceof IcosahedralSymmetry || symmetry === null) {
32106      let __args = arguments;
32107      super();
32108      if (this.symmetry === void 0) {
32109        this.symmetry = null;
32110      }
32111      this.symmetry = symmetry;
32112    } else if (symmetry === void 0) {
32113      let __args = arguments;
32114      super();
32115      if (this.symmetry === void 0) {
32116        this.symmetry = null;
32117      }
32118      this.symmetry = null;
32119    } else throw new Error("invalid overload");
32120  }
32121  static {
32122    this.SCRIPT_ATTR = "script";
32123  }
32124  static PARAM_SIGNATURE_$LI$() {
32125    if (_CommandExecuteZomicScript.PARAM_SIGNATURE == null) {
32126      _CommandExecuteZomicScript.PARAM_SIGNATURE = [["start", Point]];
32127    }
32128    return _CommandExecuteZomicScript.PARAM_SIGNATURE;
32129  }
32130  static ATTR_SIGNATURE_$LI$() {
32131    if (_CommandExecuteZomicScript.ATTR_SIGNATURE == null) {
32132      _CommandExecuteZomicScript.ATTR_SIGNATURE = [[_CommandExecuteZomicScript.SCRIPT_ATTR, ZomicStatement]];
32133    }
32134    return _CommandExecuteZomicScript.ATTR_SIGNATURE;
32135  }
32136  /**
32137   * 
32138   * @return {java.lang.Object[][]}
32139   */
32140  getParameterSignature() {
32141    return _CommandExecuteZomicScript.PARAM_SIGNATURE_$LI$();
32142  }
32143  /**
32144   * 
32145   * @return {java.lang.Object[][]}
32146   */
32147  getAttributeSignature() {
32148    return _CommandExecuteZomicScript.ATTR_SIGNATURE_$LI$();
32149  }
32150  /**
32151   * 
32152   * @param {ConstructionList} parameters
32153   * @param {AttributeMap} attrs
32154   * @param {*} effects
32155   * @return {ConstructionList}
32156   */
32157  apply(parameters, attrs, effects) {
32158    const script = attrs.get(_CommandExecuteZomicScript.SCRIPT_ATTR);
32159    const result = new ConstructionList();
32160    if (parameters.size() !== 1) throw new Command.Failure("start parameter must be a single connector");
32161    const c = parameters.get(0);
32162    if (!(c != null && c instanceof Point)) throw new Command.Failure("start parameter must be a connector");
32163    const pt1 = c;
32164    try {
32165      this.symmetry.interpretScript(script, "zomic", pt1, this.symmetry, effects);
32166    } catch (e) {
32167      throw new Command.Failure(e.message, e);
32168    }
32169    return result;
32170  }
32171};
32172CommandExecuteZomicScript["__class"] = "com.vzome.core.commands.CommandExecuteZomicScript";
32173CommandExecuteZomicScript["__interfaces"] = ["com.vzome.core.commands.Command"];
32174

32175// src/worker/legacy/from-java/com/vzome/core/commands/CommandFreePoint.ts
32176var CommandFreePoint = class _CommandFreePoint extends AbstractCommand {
32177  static PARAMS_$LI$() {
32178    if (_CommandFreePoint.PARAMS == null) {
32179      _CommandFreePoint.PARAMS = [];
32180    }
32181    return _CommandFreePoint.PARAMS;
32182  }
32183  /**
32184   * 
32185   * @return {java.lang.Object[][]}
32186   */
32187  getParameterSignature() {
32188    return _CommandFreePoint.PARAMS_$LI$();
32189  }
32190  /**
32191   * 
32192   * @return {java.lang.Object[][]}
32193   */
32194  getAttributeSignature() {
32195    return null;
32196  }
32197  /**
32198   * 
32199   * @param {ConstructionList} parameters
32200   * @param {AttributeMap} attributes
32201   * @param {*} effects
32202   * @return {ConstructionList}
32203   */
32204  apply(parameters, attributes, effects) {
32205    const result = new ConstructionList();
32206    const loc = attributes.get("where");
32207    const pt2 = new FreePoint(loc);
32208    effects["constructionAdded$com_vzome_core_construction_Construction"](pt2);
32209    result.addConstruction(pt2);
32210    return result;
32211  }
32212  constructor() {
32213    super();
32214  }
32215};
32216CommandFreePoint["__class"] = "com.vzome.core.commands.CommandFreePoint";
32217CommandFreePoint["__interfaces"] = ["com.vzome.core.commands.Command"];
32218

32219// src/worker/legacy/from-java/com/vzome/core/commands/CommandJoinPoints.ts
32220var CommandJoinPoints = class _CommandJoinPoints extends AbstractCommand {
32221  static PARAM_SIGNATURE_$LI$() {
32222    if (_CommandJoinPoints.PARAM_SIGNATURE == null) {
32223      _CommandJoinPoints.PARAM_SIGNATURE = [["start", Point], ["end", Point]];
32224    }
32225    return _CommandJoinPoints.PARAM_SIGNATURE;
32226  }
32227  static ATTR_SIGNATURE_$LI$() {
32228    if (_CommandJoinPoints.ATTR_SIGNATURE == null) {
32229      _CommandJoinPoints.ATTR_SIGNATURE = [];
32230    }
32231    return _CommandJoinPoints.ATTR_SIGNATURE;
32232  }
32233  /**
32234   * 
32235   * @return {java.lang.Object[][]}
32236   */
32237  getParameterSignature() {
32238    return _CommandJoinPoints.PARAM_SIGNATURE_$LI$();
32239  }
32240  /**
32241   * 
32242   * @return {java.lang.Object[][]}
32243   */
32244  getAttributeSignature() {
32245    return _CommandJoinPoints.ATTR_SIGNATURE_$LI$();
32246  }
32247  /**
32248   * 
32249   * @return {boolean}
32250   */
32251  ordersSelection() {
32252    return true;
32253  }
32254  /**
32255   * 
32256   * @param {ConstructionList} parameters
32257   * @param {AttributeMap} attrs
32258   * @param {*} effects
32259   * @return {ConstructionList}
32260   */
32261  apply(parameters, attrs, effects) {
32262    const result = new ConstructionList();
32263    if (parameters == null || parameters.size() !== 2) throw new Command.Failure("parameters must be two points");
32264    try {
32265      const pt1 = parameters.get(0);
32266      const pt2 = parameters.get(1);
32267      const segment = new SegmentJoiningPoints(pt1, pt2);
32268      result.addConstruction(segment);
32269      effects["constructionAdded$com_vzome_core_construction_Construction"](segment);
32270    } catch (e) {
32271      throw new Command.Failure("parameters must be two points");
32272    }
32273    return result;
32274  }
32275  constructor() {
32276    super();
32277  }
32278};
32279CommandJoinPoints["__class"] = "com.vzome.core.commands.CommandJoinPoints";
32280CommandJoinPoints["__interfaces"] = ["com.vzome.core.commands.Command"];
32281

32282// src/worker/legacy/from-java/com/vzome/core/commands/CommandLinePlaneIntersect.ts
32283var CommandLinePlaneIntersect = class _CommandLinePlaneIntersect extends AbstractCommand {
32284  static PARAM_SIGNATURE_$LI$() {
32285    if (_CommandLinePlaneIntersect.PARAM_SIGNATURE == null) {
32286      _CommandLinePlaneIntersect.PARAM_SIGNATURE = [["panel", Polygon], ["segment", Segment]];
32287    }
32288    return _CommandLinePlaneIntersect.PARAM_SIGNATURE;
32289  }
32290  static ATTR_SIGNATURE_$LI$() {
32291    if (_CommandLinePlaneIntersect.ATTR_SIGNATURE == null) {
32292      _CommandLinePlaneIntersect.ATTR_SIGNATURE = [];
32293    }
32294    return _CommandLinePlaneIntersect.ATTR_SIGNATURE;
32295  }
32296  /**
32297   * 
32298   * @return {java.lang.Object[][]}
32299   */
32300  getParameterSignature() {
32301    return _CommandLinePlaneIntersect.PARAM_SIGNATURE_$LI$();
32302  }
32303  /**
32304   * 
32305   * @return {java.lang.Object[][]}
32306   */
32307  getAttributeSignature() {
32308    return _CommandLinePlaneIntersect.ATTR_SIGNATURE_$LI$();
32309  }
32310  /**
32311   * 
32312   * @param {ConstructionList} parameters
32313   * @param {AttributeMap} attrs
32314   * @param {*} effects
32315   * @return {ConstructionList}
32316   */
32317  apply(parameters, attrs, effects) {
32318    const result = new ConstructionList();
32319    if (parameters == null || parameters.size() !== 2) throw new Command.Failure("Intersection requires a panel and a strut.");
32320    try {
32321      let panel;
32322      let segment;
32323      const first = parameters.get(0);
32324      if (first != null && first instanceof Polygon) {
32325        panel = first;
32326        segment = parameters.get(1);
32327      } else {
32328        segment = first;
32329        panel = parameters.get(1);
32330      }
32331      const plane = new PlaneExtensionOfPolygon(panel);
32332      const line = new LineExtensionOfSegment(segment);
32333      const point = new LinePlaneIntersectionPoint(plane, line);
32334      result.addConstruction(point);
32335      effects["constructionAdded$com_vzome_core_construction_Construction"](point);
32336    } catch (e) {
32337      throw new Command.Failure("Intersection requires a panel and a strut.");
32338    }
32339    return result;
32340  }
32341  constructor() {
32342    super();
32343  }
32344};
32345CommandLinePlaneIntersect["__class"] = "com.vzome.core.commands.CommandLinePlaneIntersect";
32346CommandLinePlaneIntersect["__interfaces"] = ["com.vzome.core.commands.Command"];
32347

32348// src/worker/legacy/from-java/com/vzome/core/commands/CommandLoad.ts
32349var CommandLoad = class _CommandLoad extends AbstractCommand {
32350  static {
32351    this.XML_ATTR = "xml";
32352  }
32353  static PARAM_SIGNATURE_$LI$() {
32354    if (_CommandLoad.PARAM_SIGNATURE == null) {
32355      _CommandLoad.PARAM_SIGNATURE = [];
32356    }
32357    return _CommandLoad.PARAM_SIGNATURE;
32358  }
32359  static ATTR_SIGNATURE_$LI$() {
32360    if (_CommandLoad.ATTR_SIGNATURE == null) {
32361      _CommandLoad.ATTR_SIGNATURE = [[_CommandLoad.XML_ATTR, "org.w3c.dom.Element"]];
32362    }
32363    return _CommandLoad.ATTR_SIGNATURE;
32364  }
32365  /**
32366   * 
32367   * @return {java.lang.Object[][]}
32368   */
32369  getParameterSignature() {
32370    return _CommandLoad.PARAM_SIGNATURE_$LI$();
32371  }
32372  /**
32373   * 
32374   * @return {java.lang.Object[][]}
32375   */
32376  getAttributeSignature() {
32377    return _CommandLoad.ATTR_SIGNATURE_$LI$();
32378  }
32379  /**
32380   * 
32381   * @param {ConstructionList} parameters
32382   * @param {AttributeMap} attributes
32383   * @param {*} effects
32384   * @return {ConstructionList}
32385   */
32386  apply(parameters, attributes, effects) {
32387    const result = new ConstructionList();
32388    return result;
32389  }
32390  constructor() {
32391    super();
32392  }
32393};
32394CommandLoad["__class"] = "com.vzome.core.commands.CommandLoad";
32395CommandLoad["__interfaces"] = ["com.vzome.core.commands.Command"];
32396

32397// src/worker/legacy/from-java/com/vzome/core/commands/CommandSetColor.ts
32398var CommandSetColor = class _CommandSetColor extends AbstractCommand {
32399  static {
32400    this.MANIFESTATION_ATTR = "manifestation.context";
32401  }
32402  static {
32403    this.COLOR_ATTR = "color";
32404  }
32405  static PARAM_SIGNATURE_$LI$() {
32406    if (_CommandSetColor.PARAM_SIGNATURE == null) {
32407      _CommandSetColor.PARAM_SIGNATURE = [];
32408    }
32409    return _CommandSetColor.PARAM_SIGNATURE;
32410  }
32411  /**
32412   * 
32413   * @return {java.lang.Object[][]}
32414   */
32415  getParameterSignature() {
32416    return _CommandSetColor.PARAM_SIGNATURE_$LI$();
32417  }
32418  /**
32419   * 
32420   * @return {java.lang.Object[][]}
32421   */
32422  getAttributeSignature() {
32423    return null;
32424  }
32425  /**
32426   * 
32427   * @param {ConstructionList} parameters
32428   * @param {AttributeMap} attributes
32429   * @param {*} effects
32430   * @return {ConstructionList}
32431   */
32432  apply(parameters, attributes, effects) {
32433    return parameters;
32434  }
32435  constructor() {
32436    super();
32437  }
32438};
32439CommandSetColor["__class"] = "com.vzome.core.commands.CommandSetColor";
32440CommandSetColor["__interfaces"] = ["com.vzome.core.commands.Command"];
32441

32442// src/worker/legacy/from-java/com/vzome/core/editor/Snapshot.ts
32443var Snapshot = class extends UndoableEdit {
32444  /**
32445   * 
32446   * @return {boolean}
32447   */
32448  isNoOp() {
32449    return false;
32450  }
32451  /**
32452   * 
32453   */
32454  perform() {
32455    this.recorder.recordSnapshot(this.id);
32456  }
32457  constructor(id, controller) {
32458    super();
32459    if (this.id === void 0) {
32460      this.id = 0;
32461    }
32462    if (this.recorder === void 0) {
32463      this.recorder = null;
32464    }
32465    this.id = id;
32466    this.recorder = controller;
32467  }
32468  /**
32469   * 
32470   */
32471  undo() {
32472  }
32473  /**
32474   * 
32475   */
32476  redo() {
32477  }
32478  /**
32479   * 
32480   * @param {*} props
32481   */
32482  configure(props) {
32483    const idProp = props.get("id");
32484    if (idProp != null) this.id = /* intValue */
32485    idProp | 0;
32486  }
32487  /**
32488   * 
32489   * @return {boolean}
32490   */
32491  isVisible() {
32492    return false;
32493  }
32494  /**
32495   * 
32496   * @return {boolean}
32497   */
32498  isDestructive() {
32499    return false;
32500  }
32501  /**
32502   * 
32503   * @param {*} doc
32504   * @return {*}
32505   */
32506  getXml(doc) {
32507    const xml = doc.createElement("Snapshot");
32508    DomUtils.addAttribute(
32509      xml,
32510      "id",
32511      /* toString */
32512      "" + this.id
32513    );
32514    return xml;
32515  }
32516  /**
32517   * 
32518   * @param {*} doc
32519   * @return {*}
32520   */
32521  getDetailXml(doc) {
32522    return this.getXml(doc);
32523  }
32524  /**
32525   * 
32526   * @param {*} xml
32527   * @param {XmlSaveFormat} format
32528   * @param {*} context
32529   */
32530  loadAndPerform(xml, format, context) {
32531    this.id = javaemul.internal.IntegerHelper.parseInt(xml.getAttribute("id"));
32532    context.performAndRecord(this);
32533  }
32534  /**
32535   * 
32536   * @return {boolean}
32537   */
32538  isSticky() {
32539    return true;
32540  }
32541};
32542Snapshot["__class"] = "com.vzome.core.editor.Snapshot";
32543

32544// src/worker/legacy/registry.js
32545var editClasses = {
32546  AdjustSelectionByClass,
32547  AdjustSelectionByOrbitLength,
32548  AffineHeptagon,
32549  AffinePentagon,
32550  AffinePolygon,
32551  AffineTransformAll,
32552  B4Polytope,
32553  ColorManifestations,
32554  ColorMappers,
32555  ConvexHull2d,
32556  ConvexHull3d,
32557  CrossProduct,
32558  Delete,
32559  DeselectAll,
32560  DodecagonSymmetry,
32561  GhostSymmetry24Cell,
32562  GroupSelection,
32563  HeptagonSubdivision,
32564  InvertSelection,
32565  JoinPointPair,
32566  JoinPoints,
32567  JoinSkewLines,
32568  Label,
32569  LinePlaneIntersect,
32570  LoadVEF,
32571  ManifestationColorMappers,
32572  MapToColor,
32573  NewCentroid,
32574  PanelCentroids,
32575  PanelPanelIntersection,
32576  PanelPerimeters,
32577  Parallelepiped,
32578  PolarZonohedron,
32579  Polytope4d,
32580  RealizeMetaParts,
32581  ReplaceWithShape,
32582  ReversePanel,
32583  RunZomicScript,
32584  SelectAll,
32585  SelectAutomaticStruts,
32586  SelectByDiameter,
32587  SelectByPlane,
32588  SelectByRadius,
32589  SelectCollinear,
32590  SelectCoplanar,
32591  SelectManifestation,
32592  SelectNeighbors,
32593  SelectParallelStruts,
32594  ShowHidden,
32595  ShowNormals,
32596  ShowPoint,
32597  ShowVertices,
32598  StrutCreation,
32599  StrutIntersection,
32600  StrutMove,
32601  Symmetry4d,
32602  SymmetryAxisChange,
32603  SymmetryCenterChange,
32604  TransformSelection,
32605  Validate2Manifold,
32606  ValidateSelection
32607};
32608var commandClasses = {
32609  AttributeMap,
32610  CommandAxialSymmetry,
32611  CommandBuildAnchoredSegment,
32612  CommandCentralSymmetry,
32613  CommandCentroid,
32614  CommandExecuteZomicScript,
32615  CommandFreePoint,
32616  CommandHide,
32617  CommandImportVEFData,
32618  CommandJoinPoints,
32619  CommandLinePlaneIntersect,
32620  CommandLoad,
32621  CommandMidpoint,
32622  CommandMirrorSymmetry,
32623  CommandObliquePentagon,
32624  CommandPolygon,
32625  CommandQuaternionSymmetry,
32626  CommandRotate,
32627  CommandSetColor,
32628  CommandSymmetry,
32629  CommandTauDivision,
32630  CommandTetrahedralSymmetry,
32631  CommandTranslate,
32632  CommandUniformH4Polytope,
32633  CommandVanOss600Cell,
32634  XmlSaveFormat,
32635  XmlSymmetryFormat,
32636  ZomicVirtualMachine
32637};
32638var editorClasses = {
32639  ApplyTool,
32640  BeginBlock,
32641  Branch,
32642  CommandEdit,
32643  Duplicator,
32644  EditHistory,
32645  EndBlock,
32646  SelectToolParameters,
32647  SelectionImpl,
32648  SelectionSummary,
32649  Snapshot,
32650  SymmetrySystem,
32651  ToolsModel
32652};
32653

32654// src/worker/legacy/edit.js
32655var ParsedEdit = class _ParsedEdit {
32656  constructor(txmlElement, parent, interpretEdit) {
32657    this.nativeElement = txmlElement;
32658    this.parentEdit = parent;
32659    this.interpret = interpretEdit;
32660    this.legacyEdit = void 0;
32661    const kids = txmlElement.children.filter((kid) => kid.tagName !== "effects");
32662    if (kids.length === 1 && typeof kids[0] === "string")
32663      this.children = [];
32664    else
32665      this.children = kids.map((child) => new _ParsedEdit(child, this, interpretEdit));
32666  }
32667  // these are for the interpreter
32668  isBranch() {
32669    return this.nativeElement.tagName && this.nativeElement.tagName === "Branch";
32670  }
32671  id() {
32672    return this.nativeElement.id;
32673  }
32674  firstChild() {
32675    return this.children.length > 0 && this.children[0];
32676  }
32677  nextSibling() {
32678    if (!this.parentEdit) return null;
32679    const next = this.nativeElement.index + 1;
32680    if (next >= this.parentEdit.children.length) return null;
32681    return this.parentEdit.children[next];
32682  }
32683  perform(context) {
32684    this.legacyEdit = this.interpret.call(this, this.nativeElement, context);
32685  }
32686  // these are for the debugger UI
32687  name() {
32688    return this.nativeElement.tagName;
32689  }
32690  toString() {
32691    return this.name();
32692  }
32693  getAttributeNames() {
32694    return this.nativeElement.attributes.keys();
32695  }
32696  getAttribute(name) {
32697    return this.nativeElement.attributes[name];
32698  }
32699  // const serialize = () => serializeLegacyEdit( txmlElement );
32700};
32701

vendor: 7,620 bytes, lines 32702-32951

32702// node_modules/txml/dist/txml.mjs
32703function parse(S, options) {
32704  "txml";
32705  options = options || {};
32706  var pos = options.pos || 0;
32707  var keepComments = !!options.keepComments;
32708  var keepWhitespace = !!options.keepWhitespace;
32709  var openBracket = "<";
32710  var openBracketCC = "<".charCodeAt(0);
32711  var closeBracket = ">";
32712  var closeBracketCC = ">".charCodeAt(0);
32713  var minusCC = "-".charCodeAt(0);
32714  var slashCC = "/".charCodeAt(0);
32715  var exclamationCC = "!".charCodeAt(0);
32716  var singleQuoteCC = "'".charCodeAt(0);
32717  var doubleQuoteCC = '"'.charCodeAt(0);
32718  var openCornerBracketCC = "[".charCodeAt(0);
32719  var closeCornerBracketCC = "]".charCodeAt(0);
32720  function parseChildren(tagName) {
32721    var children = [];
32722    while (S[pos]) {
32723      if (S.charCodeAt(pos) == openBracketCC) {
32724        if (S.charCodeAt(pos + 1) === slashCC) {
32725          var closeStart = pos + 2;
32726          pos = S.indexOf(closeBracket, pos);
32727          var closeTag = S.substring(closeStart, pos);
32728          if (closeTag.indexOf(tagName) == -1) {
32729            var parsedText = S.substring(0, pos).split("\n");
32730            throw new Error(
32731              "Unexpected close tag\nLine: " + (parsedText.length - 1) + "\nColumn: " + (parsedText[parsedText.length - 1].length + 1) + "\nChar: " + S[pos]
32732            );
32733          }
32734          if (pos + 1) pos += 1;
32735          return children;
32736        } else if (S.charCodeAt(pos + 1) === exclamationCC) {
32737          if (S.charCodeAt(pos + 2) == minusCC) {
32738            const startCommentPos = pos;
32739            while (pos !== -1 && !(S.charCodeAt(pos) === closeBracketCC && S.charCodeAt(pos - 1) == minusCC && S.charCodeAt(pos - 2) == minusCC && pos != -1)) {
32740              pos = S.indexOf(closeBracket, pos + 1);
32741            }
32742            if (pos === -1) {
32743              pos = S.length;
32744            }
32745            if (keepComments) {
32746              children.push(S.substring(startCommentPos, pos + 1));
32747            }
32748          } else if (S.charCodeAt(pos + 2) === openCornerBracketCC && S.charCodeAt(pos + 8) === openCornerBracketCC && S.substr(pos + 3, 5).toLowerCase() === "cdata") {
32749            var cdataEndIndex = S.indexOf("]]>", pos);
32750            if (cdataEndIndex == -1) {
32751              children.push(S.substr(pos + 9));
32752              pos = S.length;
32753            } else {
32754              children.push(S.substring(pos + 9, cdataEndIndex));
32755              pos = cdataEndIndex + 3;
32756            }
32757            continue;
32758          } else {
32759            const startDoctype = pos + 1;
32760            pos += 2;
32761            var encapsuled = false;
32762            while ((S.charCodeAt(pos) !== closeBracketCC || encapsuled === true) && S[pos]) {
32763              if (S.charCodeAt(pos) === openCornerBracketCC) {
32764                encapsuled = true;
32765              } else if (encapsuled === true && S.charCodeAt(pos) === closeCornerBracketCC) {
32766                encapsuled = false;
32767              }
32768              pos++;
32769            }
32770            children.push(S.substring(startDoctype, pos));
32771          }
32772          pos++;
32773          continue;
32774        }
32775        var node = parseNode();
32776        children.push(node);
32777        if (node.tagName[0] === "?") {
32778          children.push(...node.children);
32779          node.children = [];
32780        }
32781      } else {
32782        var text = parseText();
32783        if (keepWhitespace) {
32784          if (text.length > 0) {
32785            children.push(text);
32786          }
32787        } else {
32788          var trimmed = text.trim();
32789          if (trimmed.length > 0) {
32790            children.push(trimmed);
32791          }
32792        }
32793        pos++;
32794      }
32795    }
32796    return children;
32797  }
32798  function parseText() {
32799    var start = pos;
32800    pos = S.indexOf(openBracket, pos) - 1;
32801    if (pos === -2)
32802      pos = S.length;
32803    return S.slice(start, pos + 1);
32804  }
32805  var nameSpacer = "\r\n	>/= ";
32806  function parseName() {
32807    var start = pos;
32808    while (nameSpacer.indexOf(S[pos]) === -1 && S[pos]) {
32809      pos++;
32810    }
32811    return S.slice(start, pos);
32812  }
32813  var NoChildNodes = options.noChildNodes || ["img", "br", "input", "meta", "link", "hr"];
32814  function parseNode() {
32815    pos++;
32816    const tagName = parseName();
32817    const attributes = {};
32818    let children = [];
32819    while (S.charCodeAt(pos) !== closeBracketCC && S[pos]) {
32820      var c = S.charCodeAt(pos);
32821      if (c > 64 && c < 91 || c > 96 && c < 123) {
32822        var name = parseName();
32823        var code = S.charCodeAt(pos);
32824        while (code && code !== singleQuoteCC && code !== doubleQuoteCC && !(code > 64 && code < 91 || code > 96 && code < 123) && code !== closeBracketCC) {
32825          pos++;
32826          code = S.charCodeAt(pos);
32827        }
32828        if (code === singleQuoteCC || code === doubleQuoteCC) {
32829          var value = parseString();
32830          if (pos === -1) {
32831            return {
32832              tagName,
32833              attributes,
32834              children
32835            };
32836          }
32837        } else {
32838          value = null;
32839          pos--;
32840        }
32841        attributes[name] = value;
32842      }
32843      pos++;
32844    }
32845    if (S.charCodeAt(pos - 1) !== slashCC) {
32846      if (tagName == "script") {
32847        var start = pos + 1;
32848        pos = S.indexOf("<\/script>", pos);
32849        children = [S.slice(start, pos)];
32850        pos += 9;
32851      } else if (tagName == "style") {
32852        var start = pos + 1;
32853        pos = S.indexOf("</style>", pos);
32854        children = [S.slice(start, pos)];
32855        pos += 8;
32856      } else if (NoChildNodes.indexOf(tagName) === -1) {
32857        pos++;
32858        children = parseChildren(tagName);
32859      } else {
32860        pos++;
32861      }
32862    } else {
32863      pos++;
32864    }
32865    return {
32866      tagName,
32867      attributes,
32868      children
32869    };
32870  }
32871  function parseString() {
32872    var startChar = S[pos];
32873    var startpos = pos + 1;
32874    pos = S.indexOf(startChar, startpos);
32875    return S.slice(startpos, pos);
32876  }
32877  function findElements() {
32878    var r = new RegExp("\\s" + options.attrName + `\\s*=['"]` + options.attrValue + `['"]`).exec(S);
32879    if (r) {
32880      return r.index;
32881    } else {
32882      return -1;
32883    }
32884  }
32885  var out = null;
32886  if (options.attrValue !== void 0) {
32887    options.attrName = options.attrName || "id";
32888    var out = [];
32889    while ((pos = findElements()) !== -1) {
32890      pos = S.lastIndexOf("<", pos);
32891      if (pos !== -1) {
32892        out.push(parseNode());
32893      }
32894      S = S.substr(pos);
32895      pos = 0;
32896    }
32897  } else if (options.parseNode) {
32898    out = parseNode();
32899  } else {
32900    out = parseChildren("");
32901  }
32902  if (options.filter) {
32903    out = filter(out, options.filter);
32904  }
32905  if (options.simplify) {
32906    return simplify2(Array.isArray(out) ? out : [out]);
32907  }
32908  if (options.setPos) {
32909    out.pos = pos;
32910  }
32911  return out;
32912}
32913function simplify2(children) {
32914  var out = {};
32915  if (!children.length) {
32916    return "";
32917  }
32918  if (children.length === 1 && typeof children[0] == "string") {
32919    return children[0];
32920  }
32921  children.forEach(function(child) {
32922    if (typeof child !== "object") {
32923      return;
32924    }
32925    if (!out[child.tagName])
32926      out[child.tagName] = [];
32927    var kids = simplify2(child.children);
32928    out[child.tagName].push(kids);
32929    if (Object.keys(child.attributes).length && typeof kids !== "string") {
32930      kids._attributes = child.attributes;
32931    }
32932  });
32933  for (var i in out) {
32934    if (out[i].length == 1) {
32935      out[i] = out[i][0];
32936    }
32937  }
32938  return out;
32939}
32940function filter(children, f, dept = 0, path = "") {
32941  var out = [];
32942  children.forEach(function(child, i) {
32943    if (typeof child === "object" && f(child, i, dept, path)) out.push(child);
32944    if (child.children) {
32945      var kids = filter(child.children, f, dept + 1, (path ? path + "." : "") + i + "." + child.tagName);
32946      out = out.concat(kids);
32947    }
32948  });
32949  return out;
32950}
32951

32952// src/worker/legacy/parser.js
32953var assignIds = (txmlElement, id = ":") => {
32954  if (txmlElement.tagName === "effects")
32955    return txmlElement;
32956  txmlElement.id = id;
32957  txmlElement.children.map((child, index) => {
32958    if (child instanceof Object && child.tagName !== "effects") {
32959      child.index = index;
32960      assignIds(child, `${id}${index}:`);
32961    }
32962  });
32963  return txmlElement;
32964};
32965var parseVector = (element, name) => {
32966  const child = element.getChildElement(name);
32967  const x = parseFloat(child.getAttribute("x"));
32968  const y = parseFloat(child.getAttribute("y"));
32969  const z = parseFloat(child.getAttribute("z"));
32970  return [x, y, z];
32971};
32972var parseColor = (rgbCsv) => {
32973  const [r, g, b] = rgbCsv.split(",").map((s) => parseInt(s));
32974  const componentToHex = (c) => {
32975    const hex = c.toString(16);
32976    return hex.length === 1 ? "0" + hex : hex;
32977  };
32978  return "#" + componentToHex(r) + componentToHex(g) + componentToHex(b);
32979};
32980var parseLighting = (sceneElement) => {
32981  const backgroundColor = parseColor(sceneElement.getAttribute("background"));
32982  return {
32983    backgroundColor,
32984    // TODO: parse these too, in case they change someday
32985    ambientColor: "#292929",
32986    directionalLights: [
32987      // These are the vZome defaults, for consistency
32988      { direction: [1, -1, -0.3], color: "#FDFDFD" },
32989      { direction: [-1, 0, 0], color: "#808080" },
32990      { direction: [0, 0, -1], color: "#1E1E1E" }
32991    ]
32992  };
32993};
32994var parseViewXml = (viewingElement) => {
32995  const viewModel = viewingElement.getChildElement("ViewModel");
32996  const distance = parseFloat(viewModel.getAttribute("distance"));
32997  const near = parseFloat(viewModel.getAttribute("near"));
32998  const far = parseFloat(viewModel.getAttribute("far"));
32999  const width = parseFloat(viewModel.getAttribute("width"));
33000  const parallelAttr = viewModel.getAttribute("parallel");
33001  const orthographic = parallelAttr ? parallelAttr.toLowerCase() == "true" : false;

33002  const lookAt = parseVector(viewModel, "LookAtPoint");
33003  const up = parseVector(viewModel, "UpDirection");
33004  const lookDir = parseVector(viewModel, "LookDirection");
33005  const camera = {
33006    near,
33007    far,
33008    width,
33009    distance,
33010    up,
33011    lookAt,
33012    lookDir,
33013    perspective: !orthographic
33014  };
33015  return camera;
33016};
33017var findSnapshotNodes = (xmlTree) => {
33018  const snapshotNodes = [];
33019  const findSnapshots = (txmlElement) => {
33020    if (txmlElement.tagName === "Snapshot") {
33021      const snapshotId = parseInt(txmlElement.attributes.id);
33022      snapshotNodes[snapshotId] = txmlElement.id;
33023    } else {
33024      txmlElement.children.map((child) => {
33025        if (child instanceof Object) {
33026          findSnapshots(child, snapshotNodes);
33027        }
33028      });
33029    }
33030  };
33031  findSnapshots(xmlTree);
33032  return snapshotNodes;
33033};
33034var parseArticle = (notesElement) => {
33035  if (!notesElement)
33036    return [];
33037  const parseArticlePage = (pageElement) => {
33038    const { snapshot, title } = pageElement.attributes;
33039    const pageDom = new JavaDomElement(pageElement);
33040    const camera = parseViewXml(pageDom);
33041    const content = pageDom.getChildElement("content")?.getTextContent() || "";
33042    return { title, snapshot, camera, content };
33043  };
33044  return notesElement.nativeElement.children.map((pageElement) => parseArticlePage(pageElement)).filter((snapshot) => snapshot.title !== "How to save notes");
33045};
33046var createParser = (documentFactory2) => (xmlText) => {
33047  const domDoc = parse(
33048    xmlText
33049    /*, options */
33050  );
33051  let vZomeRoot = new JavaDomElement(domDoc.filter((n) => n.tagName === "vzome:vZome")[0]);
33052  const namespace = vZomeRoot.getAttribute("xmlns:vzome");
33053  const fieldName = vZomeRoot.getAttribute("field");
33054  const legacyDesign = documentFactory2(fieldName, namespace, vZomeRoot);
33055  const viewing = vZomeRoot.getChildElement("Viewing");
33056  const camera = viewing && parseViewXml(viewing);
33057  const scene = vZomeRoot.getChildElement("sceneModel");
33058  const lighting = scene && parseLighting(scene);
33059  const historyElement = vZomeRoot.getChildElement("EditHistory") || vZomeRoot.getChildElement("editHistory") || vZomeRoot.getChildElement("EditHistoryDetails");
33060  const xmlTree = assignIds(historyElement.nativeElement);
33061  const edits = new ParsedEdit(xmlTree, null, legacyDesign.interpretEdit);
33062  const targetEdit = Number(edits.getAttribute("editNumber"));
33063  const targetEditId = `:${targetEdit}:`;

33064  const firstEdit = edits.firstChild();
33065  const snapshotNodes = [...findSnapshotNodes(xmlTree), targetEditId];
33066  const scenes = parseArticle(vZomeRoot.getChildElement("notes"));
33067  return { ...legacyDesign, firstEdit, camera, lighting, xmlTree, scenes, snapshotNodes, targetEdit };
33068};
33069

33070// src/worker/legacy/meshes.js
33071var getCentroid = AlgebraicVectors.getCentroid;
33072var coloredMeshToSimpleMesh = (coloredMesh) => {
33073  const simpleMesh = {
33074    field: coloredMesh.field,
33075    vertices: coloredMesh.vertices,
33076    edges: [],
33077    faces: []
33078  };
33079  if (coloredMesh.struts) {
33080    simpleMesh.edges = coloredMesh.struts.map((strut) => strut.vertices);
33081  }
33082  if (coloredMesh.panels) {
33083    simpleMesh.faces = coloredMesh.panels.map((panel) => panel.vertices);
33084  }
33085  return simpleMesh;
33086};
33087var simpleMeshToTopologicalMesh = (simpleMesh) => {
33088  const topologicalMesh = {
33089    field: simpleMesh.field,
33090    vertices: simpleMesh.vertices,
33091    edges: [],
33092    faces: [],
33093    cells: []
33094  };
33095  const edgeMap = /* @__PURE__ */ new Map();
33096  const getEdgeKey = (v1, v2) => v1 < v2 ? `${v1},${v2}` : `${v2},${v1}`;
33097  if (simpleMesh.edges) {
33098    simpleMesh.edges.forEach(([v1, v2]) => {
33099      const key = getEdgeKey(v1, v2);
33100      if (!edgeMap.has(key)) {
33101        const edgeIndex = topologicalMesh.edges.length;
33102        topologicalMesh.edges.push([v1, v2]);
33103        edgeMap.set(key, edgeIndex);
33104      }
33105    });
33106  }
33107  if (simpleMesh.faces) {
33108    simpleMesh.faces.forEach((vertexIndices) => {
33109      const edgeIndices = [];
33110      for (let i = 0; i < vertexIndices.length; i++) {
33111        const v1 = vertexIndices[i];
33112        const v2 = vertexIndices[(i + 1) % vertexIndices.length];
33113        const key = getEdgeKey(v1, v2);
33114        let edgeIndex = edgeMap.get(key);
33115        if (edgeIndex === void 0) {
33116          edgeIndex = topologicalMesh.edges.length;
33117          topologicalMesh.edges.push([v1, v2]);
33118          edgeMap.set(key, edgeIndex);
33119        }
33120        edgeIndices.push(edgeIndex);
33121      }
33122      topologicalMesh.faces.push(edgeIndices);
33123    });
33124  }
33125  return topologicalMesh;
33126};
33127var enhanceFace = (edgeIndices, index, edges) => {
33128  const face = { index, adjacentEdges: [], adjacentCells: [] };
33129  edgeIndices.forEach((edgeIndex) => {
33130    const edge = edges[edgeIndex];
33131    face.adjacentEdges.push(edge);
33132    edge.adjacentFaces.push(face);
33133  });
33134  face.centroid = getCentroid(face.adjacentEdges.map((e) => e.centroid));
33135  return face;
33136};
33137var enhanceCell = (faceIndices, index, faces) => {
33138  const cell = { index, adjacentFaces: [] };
33139  faceIndices.forEach((faceIndex) => {
33140    const face = faces[faceIndex];
33141    cell.adjacentFaces.push(face);
33142    face.adjacentCells.push(cell);
33143  });
33144  cell.centroid = getCentroid(cell.adjacentFaces.map((f) => f.centroid));
33145  return cell;
33146};
33147var enhanceTopologicalMesh = (getField2) => (topoMesh) => {
33148  const field5 = getField2(topoMesh.field);
33149  const vertices = topoMesh.vertices.map((nums, index) => {
33150    let vector = field5.createVectorFromTDs(nums);
33151    return { index, vector, adjacentEdges: [] };
33152  });
33153  const edges = topoMesh.edges.map((strut, index) => {
33154    const v1 = vertices[strut[0]];
33155    const v2 = vertices[strut[1]];
33156    const edge = { index, endpoints: [v1, v2], adjacentFaces: [] };
33157    edge.centroid = getCentroid([v1.vector, v2.vector]);
33158    v1.adjacentEdges.push(edge);
33159    v2.adjacentEdges.push(edge);
33160    return edge;
33161  });
33162  const faces = (topoMesh.faces || []).map((edgeIndices, index) => enhanceFace(edgeIndices, index, edges));
33163  const cells = (topoMesh.cells || []).map((faceIndices, index) => enhanceCell(faceIndices, index, faces));
33164  return { field: field5, vertices, edges, faces, cells };
33165};
33166var enhanced4dToTopologicalMesh = (enhancedMesh) => {
33167  const cellSet = /* @__PURE__ */ new Set();
33168  const faceSet = /* @__PURE__ */ new Set();
33169  const edgeSet = /* @__PURE__ */ new Set();
33170  const vertexSet = /* @__PURE__ */ new Set();
33171  enhancedMesh.cells.forEach((cell) => {
33172    if (cell.is4D) {
33173      cellSet.add(cell);
33174      cell.adjacentFaces.forEach((face) => {
33175        if (face.is4D) {
33176          faceSet.add(face);
33177          face.adjacentEdges.forEach((edge) => {
33178            edgeSet.add(edge);
33179            edge.endpoints.forEach((vertex) => {
33180              vertexSet.add(vertex);
33181            });
33182          });
33183        }
33184      });
33185    }
33186  });
33187  const vertexArray = Array.from(vertexSet);
33188  vertexArray.forEach((vertex, index) => {
33189    vertex.newIndex = index;
33190  });
33191  const edgeArray = Array.from(edgeSet);
33192  edgeArray.forEach((edge, index) => {
33193    edge.newIndex = index;
33194  });
33195  const faceArray = Array.from(faceSet);
33196  faceArray.forEach((face, index) => {
33197    face.newIndex = index;
33198  });
33199  const cellArray = Array.from(cellSet);
33200  cellArray.forEach((cell, index) => {
33201    cell.newIndex = index;
33202  });
33203  const topologicalMesh = {
33204    field: enhancedMesh.field.getName(),
33205    vertices: [],
33206    edges: [],
33207    faces: [],
33208    cells: []
33209  };
33210  vertexArray.forEach((vertex) => {
33211    const vec4d = vertex.vector4d;
33212    topologicalMesh.vertices.push(
33213      [
33214        vec4d.getComponent(0).toTrailingDivisor(),
33215        vec4d.getComponent(1).toTrailingDivisor(),
33216        vec4d.getComponent(2).toTrailingDivisor(),
33217        vec4d.getComponent(3).toTrailingDivisor()
33218      ]
33219    );
33220  });
33221  edgeArray.forEach((edge) => {
33222    const vIndices = edge.endpoints.map((vertex) => vertex.newIndex);
33223    topologicalMesh.edges.push(vIndices);
33224  });
33225  faceArray.forEach((face) => {
33226    const edgeIndices = face.adjacentEdges.map((edge) => edge.newIndex);
33227    topologicalMesh.faces.push(edgeIndices);
33228  });
33229  cellArray.forEach((cell) => {
33230    const faceIndices = cell.adjacentFaces.map((face) => face.newIndex);
33231    topologicalMesh.cells.push(faceIndices);
33232  });
33233  return topologicalMesh;
33234};
33235var enhanced4dToSimpleMesh = (enhancedMesh) => {
33236  const faceSet = /* @__PURE__ */ new Set();
33237  const edgeSet = /* @__PURE__ */ new Set();
33238  const vertexSet = /* @__PURE__ */ new Set();

33239  enhancedMesh.faces.forEach((face) => {
33240    if (face.is4D) {
33241      faceSet.add(face);
33242      face.adjacentEdges.forEach((edge) => {
33243        edgeSet.add(edge);
33244        edge.endpoints.forEach((vertex) => {
33245          vertexSet.add(vertex);
33246        });
33247      });
33248    }
33249  });
33250  const vertexArray = Array.from(vertexSet);
33251  vertexArray.forEach((vertex, index) => {
33252    vertex.newIndex = index;
33253  });
33254  const edgeArray = Array.from(edgeSet);
33255  edgeArray.forEach((edge, index) => {
33256    edge.newIndex = index;
33257  });
33258  const faceArray = Array.from(faceSet);
33259  faceArray.forEach((face, index) => {
33260    face.newIndex = index;
33261  });
33262  const inflatedSimpleMesh = { field: enhancedMesh.field.getName(), vertices: [], edges: [], faces: [] };
33263  vertexArray.forEach((vertex) => {
33264    const vec4d = vertex.vector4d;
33265    inflatedSimpleMesh.vertices.push(
33266      [
33267        vec4d.getComponent(1).toTrailingDivisor(),
33268        vec4d.getComponent(2).toTrailingDivisor(),
33269        vec4d.getComponent(3).toTrailingDivisor(),
33270        vec4d.getComponent(0).toTrailingDivisor()
33271      ]
33272    );
33273  });
33274  edgeArray.forEach((edge) => {
33275    const vIndices = edge.endpoints.map((vertex) => vertex.newIndex);
33276    inflatedSimpleMesh.edges.push(vIndices);
33277  });
33278  faceArray.forEach((face) => {
33279    const uniqueVIndices = [];
33280    const vIndexSet = /* @__PURE__ */ new Set();
33281    face.adjacentEdges.forEach((edge) => {
33282      edge.endpoints.forEach((vertex) => {
33283        if (!vIndexSet.has(vertex.newIndex)) {
33284          vIndexSet.add(vertex.newIndex);
33285          uniqueVIndices.push(vertex.newIndex);
33286        }
33287      });
33288    });
33289    const orderedVIndices = [];
33290    let currentVIndex = uniqueVIndices[0];
33291    orderedVIndices.push(currentVIndex);
33292    while (orderedVIndices.length < uniqueVIndices.length) {
33293      let foundNext = false;
33294      for (const edge of face.adjacentEdges) {
33295        const v1 = edge.endpoints[0].newIndex;
33296        const v2 = edge.endpoints[1].newIndex;
33297        if (v1 === currentVIndex && !orderedVIndices.includes(v2)) {
33298          orderedVIndices.push(v2);
33299          currentVIndex = v2;
33300          foundNext = true;
33301          break;
33302        } else if (v2 === currentVIndex && !orderedVIndices.includes(v1)) {
33303          orderedVIndices.push(v1);
33304          currentVIndex = v1;
33305          foundNext = true;
33306          break;
33307        }
33308      }
33309      if (!foundNext) {
33310        console.error("Could not find next vertex in face!");
33311        break;
33312      }
33313    }
33314    inflatedSimpleMesh.faces.push(orderedVIndices);
33315  });
33316  return inflatedSimpleMesh;
33317};
33318var enhancedMeshTo4OFF = ({ vertices, edges, faces, cells }) => {
33319  let off = "4OFF\n";
33320  off += `${vertices.length} ${faces.length} ${edges.length} ${cells.length} 0
33321`;
33322  off += "\n# Vertices\n";
33323  vertices.forEach((vertex) => {
33324    let vec4d = vertex.vector4d;
33325    if (!vec4d) {
33326      vec4d = vertex.vector.inflateTo4d(true);
33327    }
33328    const components = vec4d.getComponents().map((comp) => comp.evaluate());
33329    off += `${components[1].toString()} ${components[2].toString()} ${components[3].toString()} ${components[0].toString()}
33330`;
33331  });
33332  off += "\n# Faces\n";
33333  faces.forEach((face) => {
33334    off += `${face.adjacentEdges.length} `;
33335    face.adjacentEdges.forEach((edge) => {
33336      off += `${edge.index} `;
33337    });
33338    off += "\n";
33339  });
33340  off += "\n";
33341  off += "# Cells\n";
33342  cells.forEach((cell) => {
33343    off += `${cell.adjacentFaces.length} `;
33344    cell.adjacentFaces.forEach((face) => {
33345      off += `${face.index} `;
33346    });
33347    off += "\n";
33348  });
33349  off += "\n";
33350  return off;
33351};
33352

33353// src/worker/legacy/core.js
33354SideEffects.logBugAccommodation = function(message) {
33355  console.log("SideEffects logBugAccommodation: " + message);
33356  throw new Error(message);
33357};
33358var defaults = {
33359  // Standard Zometool colors
33360  // color.blue      = 0,142,194    #008ec2
33361  // color.yellow    = 255,179,26   #ffb31a
33362  // color.red       = 217,18,24    #d91218
33363  // color.green     = 0,153,63     #00993f
33364  // color.turquoise = 0,179,161    #00b3a1
33365  // color.white     = 242,242,242  #f2f2f2
33366  // color.black     = 50,50,50     #323232
33367  // color.orange    = 235,82,0     #eb5200
33368  // color.purple    = 125,54,211   #7d36d3
33369  // color.gray      = 133,133,133  #858585
33370  "color.blue": "0,142,194",
33371  "color.yellow": "255,179,26",
33372  "color.red": "217,18,24",
33373  "color.green": "0,153,63",
33374  "color.turquoise": "0,179,161",
33375  "color.white": "242,242,242",
33376  "color.black": "50,50,50",
33377  "color.orange": "235,82,0",
33378  "color.purple": "125,54,211",
33379  "color.gray": "133,133,133",
33380  "color.olive": "100,113,0",
33381  "color.lavender": "175,135,255",
33382  "color.maroon": "117,0,50",
33383  "color.rose": "255,51,143",
33384  "color.navy": "0,0,153",
33385  "color.brown": "107,53,26",
33386  "color.apple": "116,195,0",
33387  "color.sand": "154,117,74",
33388  "color.coral": "255,126,106",
33389  "color.sulfur": "230,245,62",
33390  "color.cinnamon": "136,37,0",
33391  "color.spruce": "18,73,48",
33392  "color.magenta": "255,41,183",
33393  "color.snubPentagon": "187,57,48",
33394  "color.snubTriangle": "87,188,48",
33395  "color.snubDiagonal": "228,225,199",
33396  "color.snubFaceNormal": "216,216,208",
33397  "color.snubVertex": "204,204,0",
33398  "color.slate": "108, 126, 142",
33399  "color.mauve": "137, 104, 112",
33400  "color.ivory": "228,225,199",
33401  "color.panels": "225,225,225",
33402  "color.background": "175,200,220",
33403  "color.highlight": "195,195,195",
33404  "color.highlight.mac ": "153,255,0",
33405  "color.light.directional.1": "235, 235, 228",
33406  "color.light.directional.2": "228, 228, 235",
33407  "color.light.directional.3": "30, 30, 30",
33408  "color.light.ambient": "41, 41, 41",
33409  // direction values are given as "x,y,z", a vector of real numbers.
33410  // The X axis points to the right of your screen, the Y axis points to
33411  // the top of the screen, and the Z axis points out of the screen toward you.
33412  "direction.light.1": "1.0,-1.0,-1.0",
33413  "direction.light.2": "-1.0,0.0,0.0",
33414  "direction.light.3": "0.0,0.0,-1.0"
33415};
33416var makeFloatMatrices = (matrices) => {
33417  return matrices.map((am) => {
33418    let m = [];
33419    for (let i = 0; i < 3; i++) {
33420      for (let j = 0; j < 3; j++) {
33421        const an = am.getElement(i, j);
33422        m[i * 4 + j] = an.evaluate();
33423      }
33424    }
33425    m[3] = m[7] = m[11] = m[12] = m[13] = m[14] = 0;
33426    m[15] = 1;
33427    return m;
33428  });
33429};
33430var util = java.util;
33431java.lang.System.propertyMap_$LI$().put("gwt.logging.enabled", "TRUE");
33432configureLogging(util.logging);
33433var verticesBigIntReviver = (key, value, context) => {
33434  if (typeof value === "number" && context && context.source) {
33435    if (context.source !== value.toString()) {
33436      return context.source;
33437    }
33438    return value;
33439  }
33440  return value;
33441};
33442var ImportColoredMeshJson = class extends ImportMesh {
33443  getXmlElementName() {
33444    return "ImportColoredMeshJson";
33445  }
33446  parseMeshData(offset, events, registry) {
33447    const coloredMesh = JSON.parse(this.meshData, verticesBigIntReviver);
33448    const field5 = registry.getField(coloredMesh.field);
33449    const vertices = coloredMesh.vertices.map((nums) => {
33450      let vertex = field5.createVectorFromTDs(nums);
33451      if (vertex.dimension() > 3)
33452        vertex = this.projection.projectImage(vertex, false);
33453      if (offset != null)
33454        vertex = offset.plus(vertex);
33455      return vertex;
33456    });
33457    coloredMesh.balls.forEach((ball) => {
33458      const vertex = vertices[ball.vertex];
33459      const color = ball.color && Color.parseWebColor(ball.color);
33460      events.constructionAdded(new FreePoint(vertex), color);
33461    });
33462    coloredMesh.struts.forEach((strut) => {
33463      const point1 = new FreePoint(vertices[strut.vertices[0]]);
33464      const point2 = new FreePoint(vertices[strut.vertices[1]]);
33465      const color = strut.color && Color.parseWebColor(strut.color);
33466      events.constructionAdded(new SegmentJoiningPoints(point1, point2), color);
33467    });

33468    coloredMesh.panels.forEach((panel) => {
33469      const points = [];
33470      panel.vertices.forEach((i) => {
33471        points.push(new FreePoint(vertices[i]));
33472      });
33473      const color = panel.color && Color.parseWebColor(panel.color);
33474      events.constructionAdded(new PolygonFromVertices(points), color);
33475    });
33476  }
33477};
33478var ImportSimpleMeshJson = class extends ImportMesh {
33479  scaleAndProject = true;
33480  getXmlElementName() {
33481    return "ImportSimpleMeshJson";
33482  }
33483  getXmlAttributes(element) {
33484    if (this.scaleAndProject)
33485      element.setAttribute("scaleAndProject", "true");
33486    super.getXmlAttributes(element);
33487  }
33488  setXmlAttributes(xml, format) {
33489    const boolStr = xml.getAttribute("scaleAndProject");
33490    if (!boolStr)
33491      this.scaleAndProject = false;
33492    super.setXmlAttributes(xml, format);
33493  }
33494  parseMeshData(offset, events, registry) {
33495    let wFirst = false;
33496    if (!this.scaleAndProject) {
33497      const field6 = this.mManifestations.getField();
33498      this.scale = field6.one();
33499      this.projection = new Projection.Default(field6);
33500    }
33501    const simpleMesh = JSON.parse(this.meshData, verticesBigIntReviver);
33502    const field5 = registry.getField(simpleMesh.field || "golden");
33503    const vertices = simpleMesh.vertices.map((nums) => {
33504      let vertex = field5.createVectorFromTDs(nums);
33505      vertex = vertex.scale(this.scale);
33506      if (vertex.dimension() > 3)
33507        vertex = this.projection.projectImage(vertex, wFirst);
33508      if (offset != null)
33509        vertex = offset.plus(vertex);
33510      return vertex;
33511    });

33512    simpleMesh.edges.forEach((strut) => {
33513      const point1 = new FreePoint(vertices[strut[0]]);
33514      const point2 = new FreePoint(vertices[strut[1]]);
33515      events.constructionAdded(point1);
33516      events.constructionAdded(point2);
33517      events.constructionAdded(new SegmentJoiningPoints(point1, point2));
33518    });
33519    simpleMesh.faces.forEach((panel) => {
33520      const points = [];
33521      panel.forEach((i) => {
33522        points.push(new FreePoint(vertices[i]));
33523      });
33524      events.constructionAdded(new PolygonFromVertices(points));
33525    });
33526  }
33527};
33528var xmlToEditClass = (editName) => {
33529  if (editName === "CommandEdit") {
33530    return void 0;
33531  }
33532  const legacyNames = {
33533    setItemColor: "ColorManifestations",
33534    BnPolyope: "B4Polytope",
33535    DeselectByClass: "AdjustSelectionByClass",
33536    realizeMetaParts: "RealizeMetaParts",
33537    SelectSimilarSize: "AdjustSelectionByOrbitLength",
33538    zomic: "RunZomicScript",
33539    py: "RunPythonScript",
33540    apiProxy: "ApiEdit"
33541  };
33542  editName = legacyNames[editName] || editName;
33543  return editClasses[editName] || editorClasses[editName];
33544};
33545var editFactory = (editor, toolFactories, toolsModel) => (xmlElement) => {
33546  editor.setAdapter(null);
33547  let editName = xmlElement.getLocalName();
33548  if (editName === "ImportColoredMeshJson")
33549    return new ImportColoredMeshJson(editor);
33550  if (editName === "ImportSimpleMeshJson")
33551    return new ImportSimpleMeshJson(editor);
33552  if (toolsModel) {
33553    const toolEdit = toolsModel.createEdit(editName);
33554    if (toolEdit)
33555      return toolEdit;
33556  }
33557  const toolId = xmlElement.getAttribute("name");
33558  if (toolId) {
33559    const factory = toolFactories.get(editName);
33560    if (factory) {
33561      const edit = factory.deserializeTool(toolId);
33562      if (edit)
33563        return edit;
33564    }
33565  }
33566  const editClass = xmlToEditClass(editName);
33567  if (editClass) {
33568    const edit = new editClass(editor);
33569    if (editName === "Snapshot") {
33570      edit.recorder = { recordSnapshot: () => {
33571      } };
33572    }
33573    if (editName === "GroupSelection") {
33574      const label = xmlElement.getAttribute("label");
33575      if (label) {
33576        edit.label = label;
33577      }
33578    }
33579    return edit;
33580  } else
33581    return new CommandEdit(null, editor);
33582};
33583var resources2 = {};
33584var loadAndInjectResource = async (path, url) => {
33585  const response = await fetch(url);
33586  if (!response.ok) {
33587    console.debug(`No resource for ${path}`);
33588    return;
33589  }
33590  const text = await response.text();
33591  if (text[0] === "<") {
33592    return;
33593  }
33594  resources2[path] = text;
33595};
33596ResourceLoader.setResourceLoader({
33597  loadTextResource: (path) => resources2[path]
33598});
33599var groupResourcesReady = Promise.all(Object.entries(symmetry_default).map(([key, value]) => loadAndInjectResource(`com/vzome/core/math/symmetry/${key}.vef`, value)));
33600var properties = new JsProperties(defaults);
33601var colors2 = new Colors(properties);
33602var shapesReady = Promise.all(Object.entries(parts_default).map(
33603  async ([family, shapes28]) => {
33604    await Promise.all(Object.entries(shapes28).map(([key, value]) => loadAndInjectResource(`com/vzome/core/parts/${family}/${key}.vef`, value)));
33605  }
33606));
33607var shapeColorsReady = Promise.all(Object.entries(colors_default5).map(([pkg, url]) => loadAndInjectResource(`com/vzome/core/parts/${pkg}/colors.properties`, url)));
33608var fieldRegistry = {
33609  golden: { kind: "new", label: "Zome (Golden)", jsField: golden_default, appClass: () => GoldenFieldApplication },
33610  rootTwo: { kind: "new", label: "\u221A2", jsField: root2_default, appClass: () => RootTwoFieldApplication },
33611  rootThree: { kind: "new", label: "\u221A3", jsField: root3_default, appClass: () => RootThreeFieldApplication },
33612  heptagon: { kind: "new", label: "Heptagon", jsField: heptagon_default, appClass: () => HeptagonFieldApplication },
33613  sqrtPhi: { kind: "legacy", label: "\u221A\u03C6", fieldClass: () => SqrtPhiField, appClass: () => SqrtPhiFieldApplication },
33614  snubCube: { kind: "legacy", label: "Snub Cube", fieldClass: () => SnubCubeField, appClass: () => SnubCubeFieldApplication },
33615  snubDodec: { kind: "legacy", label: "Snub Dodecahedron", fieldClass: () => SnubDodecField, appClass: () => SnubDodecFieldApplication },
33616  superGolden: { kind: "legacy", label: null, fieldClass: () => SuperGoldenField, appClass: () => DefaultFieldApplication },
33617  plasticNumber: { kind: "legacy", label: null, fieldClass: () => PlasticNumberField, appClass: () => DefaultFieldApplication },
33618  plasticPhi: { kind: "legacy", label: null, fieldClass: () => PlasticPhiField, appClass: () => PlasticPhiFieldApplication },
33619  edPegg: { kind: "legacy", label: null, fieldClass: () => EdPeggField, appClass: () => DefaultFieldApplication }
33620};
33621var fieldApps = {};
33622var wrapLegacyField = (legacyField) => ({
33623  name: legacyField.getName()
33624});
33625var constructFieldApp = (name) => {
33626  if (name.startsWith("polygon")) {
33627    const nsides = parseInt(name.replace(/^polygon/, ""));
33628    const legacyField = new PolygonField("polygon" + nsides, nsides, algebraicNumberFactory);
33629    legacyField.delegate = wrapLegacyField(legacyField);
33630    const fieldApp2 = new PolygonFieldApplication(legacyField);
33631    fieldApps[legacyField.getName()] = fieldApp2;
33632    return fieldApp2;
33633  }
33634  const entry = fieldRegistry[name];
33635  if (!entry)
33636    return void 0;
33637  let fieldApp;

33638  if (entry.kind === "new") {
33639    const legacyField = new JsAlgebraicField(entry.jsField);
33640    fieldApp = new (entry.appClass())(legacyField);
33641  } else {
33642    const legacyField = new (entry.fieldClass())(algebraicNumberFactory);
33643    legacyField.delegate = wrapLegacyField(legacyField);
33644    fieldApp = new (entry.appClass())(legacyField);
33645  }
33646  fieldApps[name] = fieldApp;
33647  return fieldApp;
33648};
33649var getFieldApp = (name = "golden") => fieldApps[name] || constructFieldApp(name);
33650var getFieldNames = () => Object.keys(fieldRegistry);
33651var getField = (fieldName) => {
33652  const fieldApp = getFieldApp(fieldName);
33653  if (!fieldApp)
33654    return { name: fieldName, unknown: true };
33655  return fieldApp.getField();
33656};
33657var getFieldLabel = (fieldName) => {
33658  const entry = fieldRegistry[fieldName];
33659  if (entry)
33660    return entry.label;
33661  const fieldApp = getFieldApp(fieldName);
33662  if (!fieldApp)
33663    return { error: `No such field name: ${fieldName}` };
33664  return fieldApp.getLabel();
33665};
33666var getSymmetry = (fieldName, symmName) => {
33667  const fieldApp = getFieldApp(fieldName);
33668  if (!fieldApp)
33669    return { error: `No such field name: ${fieldName}` };
33670  const symmPersp = fieldApp.getSymmetryPerspective(symmName);
33671  if (!symmPersp)
33672    return { error: `No such symmetry name: ${symmName}` };
33673  return symmPersp.getSymmetry();
33674};
33675var documentFactory = (fieldName, namespace, xml) => {
33676  const fieldApp = getFieldApp(fieldName);
33677  if (!fieldApp)
33678    return { field: { name: fieldName, unknown: true } };
33679  const legacyField = fieldApp.getField();
33680  const field5 = legacyField.delegate;
33681  const originPoint = new FreePoint(legacyField.origin(3));
33682  const systemXml = xml && xml.getChildElement("SymmetrySystem");
33683  const symmName = systemXml && systemXml.getAttribute("name");
33684  const symmPer = symmName && fieldApp.getSymmetryPerspective(symmName) || fieldApp.getDefaultSymmetryPerspective();
33685  const history = new EditHistory();
33686  history.setSerializer({ serialize: (element) => element.serialize("") });
33687  let changeCount = 0;
33688  const getChangeCount = () => changeCount;
33689  const editContext = {
33690    // Since we are not creating Branch edits, this should never be used
33691    createEdit: () => {
33692      throw new Error("createEdit should never be called");
33693    },
33694    createLegacyCommand: (name) => {
33695      const constructor = commandClasses[name];
33696      if (constructor)
33697        return new constructor();
33698      else
33699        throw new Error(`${name} command is not available yet`);
33700    },
33701    performAndRecord: (edit) => {
33702      edit.perform();
33703      if (edit.isNoOp())
33704        return;
33705      history.mergeSelectionChanges();
33706      history.addEdit(edit, editContext);
33707      editor.notifyListeners();
33708      ++changeCount;
33709    },
33710    doEdit: (className, props) => {
33711      if (editor.selection.isEmpty() && className === "hideball") {
33712        className = "ShowHidden";
33713      }
33714      const command = fieldApp.getLegacyCommand(className);
33715      if (command) {
33716        const edit2 = new CommandEdit(command, editor);
33717        editContext.performAndRecord(edit2);
33718        return;
33719      }
33720      const [action, mode] = className.split("/");
33721      if (mode)
33722        props.put("mode", mode);
33723      const edit = editFactory(editor, toolFactories, toolsModel)(new JavaDomElement({ tagName: action }));
33724      if (!edit)
33725        return;
33726      edit.configure(props);
33727      editContext.performAndRecord(edit);
33728    }
33729  };

33730  const configureAndPerformEdit = (className, config, adapter) => {
33731    const props = new JsProperties(config);
33732    editContext.doEdit(className, props);
33733  };
33734  const toolsModel = new ToolsModel(editContext, originPoint);
33735  const symmetrySystems = {};
33736  const symmPerspectives = fieldApp.getSymmetryPerspectives().iterator();
33737  while (symmPerspectives.hasNext()) {
33738    const perspective = symmPerspectives.next();
33739    const osm = new SymmetrySystem(null, perspective, editContext, colors2, true);
33740    symmetrySystems[osm.getName()] = osm;
33741  }
33742  symmetrySystems[symmPer.getName()] = new SymmetrySystem(systemXml, symmPer, editContext, colors2, true);
33743  if (xml) {
33744    const symms = xml.getChildElement("OtherSymmetries");
33745    if (symms) {
33746      const nodes = symms.getElementsByTagName("SymmetrySystem");
33747      for (let i = 0; i < nodes.getLength(); i++) {
33748        const symmElem = nodes.item(i);
33749        const symmName2 = symmElem.getAttribute("name");
33750        const symmPerspective = fieldApp.getSymmetryPerspective(symmName2);
33751        const otherSymmetrySystem = new SymmetrySystem(symmElem, symmPerspective, void 0, colors2, true);
33752        symmetrySystems[symmName2] = otherSymmetrySystem;
33753      }
33754    }
33755  }
33756  class OSField {
33757    constructor() {
33758    }
33759    getGroup(name) {
33760      return symmetrySystems[name].getOrbits();
33761    }
33762    getQuaternionSet(name) {
33763      return fieldApp.getQuaternionSymmetry(name);
33764    }
33765  }
33766  OSField.__interfaces = ["com.vzome.core.math.symmetry.OrbitSet.Field"];
33767  const orbitSetField = new OSField();
33768  const projection = new Projection.Default(legacyField);
33769  const realizedModel = new RealizedModelImpl(legacyField, projection);
33770  let orbitSource = symmetrySystems[symmPer.getName()];
33771  const renderedModel = new RenderedModel(legacyField, orbitSource);
33772  realizedModel.addListener(renderedModel);
33773  const originBall = realizedModel.manifest(originPoint);
33774  originBall.addConstruction(originPoint);
33775  realizedModel.add(originBall);
33776  realizedModel.show(originBall);
33777  const getBall = (location) => realizedModel.getManifestation(new FreePoint(location));
33778  const selection = new SelectionImpl();
33779  const editor = new JsEditorModel(realizedModel, selection, fieldApp, orbitSource, symmetrySystems);
33780  for (const symmetrySystem of Object.values(symmetrySystems)) {
33781    symmetrySystem.setEditorModel(editor);
33782  }
33783  toolsModel.setEditorModel(editor);
33784  history.setListener({ publishChanges: () => {
33785    editor.notifyListeners();
33786  } });
33787  selection.addListener({
33788    manifestationAdded: (m) => renderedModel.setManifestationGlow(m, true),
33789    manifestationRemoved: (m) => renderedModel.setManifestationGlow(m, false)
33790  });
33791  const setSymmetrySystem = (symmName2) => {
33792    orbitSource = symmetrySystems[symmName2];
33793    if (!orbitSource.orientations) {
33794      orbitSource.orientations = makeFloatMatrices(orbitSource.getSymmetry().getMatrices());
33795      orbitSource.permutations = orbitSource.getSymmetry().getPermutations().map((p) => p.getJsonValue());
33796      collectBuildPlanes(orbitSource);
33797    }
33798    editor.symmetries = orbitSource;
33799    renderedModel.setOrbitSource(orbitSource);
33800  };
33801  setSymmetrySystem(symmPer.getName());
33802  const getSymmetrySystem = (name) => {
33803    return editor.getSymmetrySystem(name ? name : void 0);
33804  };
33805  const format = namespace && XmlSymmetryFormat.getFormat(namespace);
33806  format && format.initialize(legacyField, orbitSetField, 0, "vZome Online", new Properties());
33807  const toolFactories = new util.HashMap();
33808  for (const symmetrySystem of Object.values(symmetrySystems)) {
33809    symmetrySystem.createToolFactories(toolsModel);
33810    for (let toolkind of [0, 1, 2]) {
33811      for (let index = symmetrySystem.getToolFactories(toolkind).iterator(); index.hasNext(); ) {
33812        let factory = index.next();
33813        editor.addSelectionSummaryListener(factory);
33814      }
33815    }
33816  }
33817  fieldApp.registerToolFactories(toolFactories, toolsModel);
33818  const bookmarkFactory = new BookmarkToolFactory(toolsModel);
33819  editor.addSelectionSummaryListener(bookmarkFactory);
33820  bookmarkFactory.createPredefinedTool("ball at origin");
33821  const toolsXml = xml && xml.getChildElement("Tools");
33822  toolsXml && toolsModel.loadFromXml(toolsXml);
33823  const interpretEdit = (xmlElement, context) => {
33824    const wrappedElement = new JavaDomElement(xmlElement);
33825    const edit = editFactory(editor, toolFactories, toolsModel)(wrappedElement);
33826    if (!edit)
33827      return null;
33828    if (xmlElement.tagName === "GroupSelection" && !!edit.label) {
33829      console.log(`Performed GroupSelection with label ${edit.label}`);
33830      const selection2 = edit.mSelection;
33831      for (let index = selection2.mManifestations.iterator(); index.hasNext(); ) {
33832        let m = index.next();
33833        m.mRendered.label = edit.label;
33834      }
33835    }
33836    try {
33837      edit.loadAndPerform(wrappedElement, format, context);
33838    } catch (error) {
33839      if (error.message.endsWith("command is not available yet"))
33840        throw new Error(`${xmlElement.tagName} command is not available`);
33841      else
33842        throw new Error(`${xmlElement.tagName} failure: ${error.message}`);
33843    }
33844    checkSideEffects(edit, wrappedElement);
33845    return edit;
33846  };
33847  const checkSideEffects = (edit, element) => {
33848    const expectedEffects = element.nativeElement.children.filter((kid) => kid.tagName === "effects")[0];
33849    if (expectedEffects) {
33850      const actualEffects = edit.getDetailXml(element.getOwnerDocument()).getChildElement("effects").nativeElement;
33851      const expectedText = JSON.stringify(expectedEffects, null, 2);
33852      const actualText = JSON.stringify(actualEffects, null, 2);
33853      if (actualText !== expectedText) {
33854        const { id, index, tagName } = element.nativeElement;
33855        const editNumber = element.getAttribute("editNumber");
33856        const nExpected = expectedEffects.children.length;
33857        const nActual = actualEffects.children.length;
33858        console.groupCollapsed(`${tagName} effects do not match recorded history!`);
33859        console.log({ editNumber, id, index, nExpected, nActual, tagName });
33860        console.log("EXPECTED: ", expectedText);
33861        console.log("ACTUAL  : ", actualText);
33862        console.groupEnd();
33863        if (nExpected != nActual) {
33864          throw new Error(`Side effects from edit number ${editNumber} (${tagName}) do not match recorded history!`);
33865        }
33866      }
33867    }
33868  };
33869  const serializeLegacyEdit = (txmlElement) => {
33870    const editType = txmlElement.nodeName;
33871    const result = { editType };
33872    if (editType === "Branch") {
33873      result.edits = [];
33874      return result;
33875    }

33876    txmlElement.getAttributeNames().forEach((name) => {
33877      if (name !== "id") result[name] = txmlElement.getAttribute(name);
33878    });
33879    if (txmlElement.textContent) {
33880      const text = txmlElement.textContent.trim();
33881      if (!!text)
33882        result.textContent = text;
33883    }
33884    if (txmlElement.firstElementChild) {
33885      console.log(`Nested XML: ${txmlElement.nodeName} ${txmlElement.firstElementChild.outerHTML}`);
33886    }
33887    return result;
33888  };
33889  const batchRender = (renderingListener) => {
33890    const RM = RenderedModel;
33891    RM.renderChange(new RM(null, null), renderedModel, renderingListener);
33892  };
33893  const serializeToDom = (doc, root) => {
33894    root.setAttribute("field", field5.name);
33895    let childElement;
33896    {
33897      childElement = history.getXml(doc);
33898      let edits = 0, lastStickyEdit = -1;
33899      const undoables = history.iterator();
33900      while (undoables.hasNext()) {
33901        const undoable = undoables.next();
33902        childElement.appendChild(undoable.getXml(doc));
33903        ++edits;
33904        if (undoable.isSticky())
33905          lastStickyEdit = edits;
33906      }
33907      childElement.setAttribute("lastStickyEdit", "" + lastStickyEdit);
33908    }
33909    root.appendChild(childElement);
33910    childElement = orbitSource.getXml(doc);
33911    root.appendChild(childElement);
33912    childElement = doc.createElement("OtherSymmetries");
33913    for (const symmetrySystem of Object.values(symmetrySystems)) {
33914      if (symmetrySystem === orbitSource)
33915        continue;
33916      const symmElement = symmetrySystem.getXml(doc);
33917      childElement.appendChild(symmElement);
33918    }
33919    root.appendChild(childElement);
33920    childElement = toolsModel.getXml(doc);
33921    root.appendChild(childElement);
33922  };
33923  const getOrbitSource = () => orbitSource;
33924  return {
33925    interpretEdit,
33926    configureAndPerformEdit,
33927    batchRender,
33928    serializeToDom,
33929    setSymmetrySystem,
33930    getSymmetrySystem,
33931    getChangeCount,
33932    getOrbitSource,
33933    getBall,
33934    snapshotNodes: ["--END--"],
33935    scenes: [],
33936    editor,
33937    field: field5,
33938    legacyField,
33939    fieldApp,
33940    renderedModel,
33941    symmetrySystems,
33942    toolsModel,
33943    bookmarkFactory,
33944    history,
33945    editContext
33946  };
33947};
33948var ZOMETOOL_COLOR_NAMES = [
33949  "blue",
33950  "yellow",
33951  "red",
33952  "green",
33953  "turquoise",
33954  "white",
33955  "black",
33956  "orange",
33957  "purple",
33958  "gray"
33959];
33960var capitalize = (s) => s.charAt(0).toUpperCase() + s.slice(1);
33961var getZometoolColors = () => ZOMETOOL_COLOR_NAMES.map((name) => {
33962  const rgb = defaults[`color.${name}`].split(",").map((n) => Number(n.trim()).toString(16).padStart(2, "0")).join("");
33963  return `${capitalize(name)} #${rgb}`;
33964});
33965var initialize = async () => {
33966  await Promise.all([groupResourcesReady, shapesReady, shapeColorsReady]);
33967  const parse2 = createParser(documentFactory);
33968  return {
33969    getFieldNames,
33970    getField,
33971    getFieldLabel,
33972    getSymmetry,
33973    getZometoolColors,
33974    documentFactory,
33975    parse: parse2,
33976    enhanceTopologicalMesh: enhanceTopologicalMesh(getField)
33977  };
33978};
33979var convertColor = (color) => {
33980  if (!color)
33981    return "#ffffff";
33982  const componentToHex = (c) => {
33983    let hex = c.toString(16);
33984    return hex.length == 1 ? "0" + hex : hex;
33985  };
33986  return "#" + componentToHex(color.getRed()) + componentToHex(color.getGreen()) + componentToHex(color.getBlue());
33987};
33988var collectBuildPlanes = (orbitSource) => {
33989  const field5 = orbitSource.getSymmetry().getField();
33990  orbitSource.buildPlanes = {};
33991  const orbitIterator = orbitSource.getOrbits().getDirections().iterator();
33992  while (orbitIterator.hasNext()) {
33993    const planeOrbit = orbitIterator.next();
33994    if (!planeOrbit.isStandard())
33995      continue;
33996    const planeName = planeOrbit.getName();
33997    const color = convertColor(orbitSource.getColor(planeOrbit));
33998    const planeZone = planeOrbit.getAxis(0, 0);
33999    const orientation = planeZone.orientation;
34000    const normal = planeZone.normal();
34001    const zones = [];
34002    const planeOrbits = new PlaneOrbitSet(orbitSource.getOrbits(), normal);
34003    const iterator = planeOrbits.zones();
34004    while (iterator.hasNext()) {
34005      const zone = iterator.next();
34006      const orientation2 = zone.getOrientation();
34007      const orbit = zone.getDirection();
34008      if (!orbit.isStandard())
34009        continue;
34010      const vectors = [];
34011      const zoneNormal = zone.normal();
34012      const zoneColor = convertColor(orbitSource.getVectorColor(zoneNormal));
34013      let scale = orbit.getUnitLength();
34014      for (let i = 0; i < 5; i++) {
34015        scale = scale.times(field5.createPower(1));
34016        const gridPoint = zoneNormal.scale(scale);
34017        vectors.push({ point: gridPoint, scale });
34018      }
34019      zones.push({ name: orbit.getName(), zone, orientation: orientation2, color: zoneColor, vectors });
34020    }
34021    orbitSource.buildPlanes[planeName] = { color, normal, zones, orientation };
34022  }
34023};
34024

34025// src/worker/legacy/scenes.js
34026var realizeShape = (shape, polygons) => {
34027  const vertices = shape.getVertexList().toArray().map((av) => {
34028    const { x, y, z } = av.toRealVector();
34029    return { x, y, z };
34030  });
34031  const faces = polygons ? shape.getFaceSet().toArray().map((value) => ({ vertices: [...value.array] })) : shape.getTriangleFaces().toArray().map(({ vertices: vertices2 }) => ({ vertices: vertices2 }));
34032  const id = "s" + shape.getGuid().toString();
34033  const name = shape.getName();
34034  if (name === "ball") {
34035    return { id, name, vertices, faces };
34036  } else if (!!name) {
34037    const orbit = shape.getOrbit().getCanonicalName();
34038    const length = JSON.stringify(shape.getLength().toTrailingDivisor());
34039    return { id, orbit, length, vertices, faces };
34040  }
34041  return { id, vertices, faces };
34042};
34043var toWebColor = (color) => {
34044  const componentToHex = (c) => {
34045    let hex = c.toString(16);
34046    return hex.length == 1 ? "0" + hex : hex;
34047  };
34048  let result = "#ffffff";
34049  if (color)
34050    result = "#" + componentToHex(color.getRed()) + componentToHex(color.getGreen()) + componentToHex(color.getBlue());
34051  return result;
34052};
34053var normalizeRenderedManifestation = (rm) => {
34054  const id = rm.getGuid().toString();
34055  const label = rm.label;
34056  const type = rm.getShape().name;
34057  const shapeId = "s" + rm.getShapeId().toString();
34058  const positionAV = rm.getLocationAV();
34059  const { x, y, z } = positionAV && positionAV.toRealVector() || { x: 0, y: 0, z: 0 };
34060  const orientation = rm.getStrutZone();
34061  const selected = rm.getGlow() > 1e-3;
34062  const componentToHex = (c) => {
34063    let hex = c.toString(16);
34064    return hex.length == 1 ? "0" + hex : hex;
34065  };
34066  let color = toWebColor(rm.getColor());
34067  return { id, position: [x, y, z], orientation, color, selected, shapeId, type, label };
34068};
34069var renderedModelTransducer = (shapeCache, clientEvents) => {
34070  const manifestationAdded = (rm) => {
34071    const shapeId = "s" + rm.getShapeId().toString();
34072    let shape = shapeCache[shapeId];
34073    if (!shape) {
34074      shape = realizeShape(rm.getShape());
34075      shapeCache[shapeId] = shape;
34076      clientEvents.shapeDefined(shape);
34077    }
34078    let instance = normalizeRenderedManifestation(rm);
34079    clientEvents.instanceAdded(instance);
34080  };
34081  const manifestationRemoved = (rm) => {
34082    const shapeId = "s" + rm.getShapeId().toString();
34083    const id = rm.getGuid().toString();
34084    clientEvents.instanceRemoved(shapeId, id);
34085  };
34086  const glowChanged = (rm) => {
34087    const shapeId = "s" + rm.getShapeId().toString();
34088    const id = rm.getGuid().toString();
34089    const selected = rm.getGlow() > 1e-3;
34090    clientEvents.selectionToggled(shapeId, id, selected);
34091  };
34092  return { manifestationAdded, manifestationRemoved, glowChanged };
34093};
34094var resolveBuildPlanes = (buildPlanes) => {
34095  const resolveAV = (av) => {
34096    const { x, y, z } = av.toRealVector();
34097    return [x, y, z];
34098  };
34099  const planes = {};
34100  for (const [name, plane] of Object.entries(buildPlanes)) {
34101    const zones = [];
34102    for (const zone of plane.zones) {
34103      const vectors = zone.vectors.map(({ point }) => resolveAV(point));
34104      zones.push({ name: zone.name, color: zone.color, vectors, orientation: zone.orientation });
34105    }
34106    const { x, y, z } = plane.normal.toRealVector().normalize();
34107    planes[name] = { color: plane.color, normal: [x, y, z], zones, orientation: plane.orientation };
34108  }
34109  return planes;
34110};
34111

34112// src/worker/legacy/interpreter.js
34113var Step = { IN: 0, OVER: 1, OUT: 2, DONE: 3 };
34114var RenderHistory = class {
34115  constructor(design, polygons) {
34116    const { firstEdit } = design;
34117    this.shapes = {};
34118    this.snapshotsAfter = {};
34119    this.shapshotsBefore = {};
34120    this.design = design;
34121    this.currentSnapshot = [];
34122    this.polygons = polygons;
34123    this.recordSnapshot("--START--", firstEdit ? firstEdit.id() : "--END--");
34124  }
34125  // partial implementation of legacy RenderListener
34126  // TODO replace this with scenes.js renderedModelTransducer? Only if we want incremental events.
34127  manifestationAdded(rm) {
34128    const shapeId = "s" + rm.getShapeId().toString();
34129    let shape = this.shapes[shapeId];
34130    if (!shape) {
34131      shape = realizeShape(rm.getShape(), this.polygons);
34132      this.shapes[shapeId] = shape;
34133    }
34134    let instance = normalizeRenderedManifestation(rm);
34135    this.currentSnapshot.push(instance);
34136  }
34137  recordSnapshot(afterId, beforeId) {
34138    this.currentSnapshot = [];
34139    this.snapshotsAfter[afterId] = this.currentSnapshot;
34140    this.shapshotsBefore[beforeId] = this.currentSnapshot;
34141    this.design.batchRender(this);
34142  }
34143  getSnapshot(editId, before = false) {
34144    let snapshot = before ? this.shapshotsBefore[editId] : this.snapshotsAfter[editId];
34145    if (!snapshot) {
34146      editId = before ? "--END--" : this.lastEdit;
34147      snapshot = before ? this.shapshotsBefore[editId] : this.snapshotsAfter[editId];
34148    }
34149    return snapshot;
34150  }
34151  getShapes() {
34152    return this.shapes;
34153  }
34154};
34155var Interpreter = class {
34156  constructor(design, effects) {
34157    this.design = design;
34158    this.effects = effects;
34159    this.cursor = new EditCursor(design.history, design.firstEdit);
34160    this.stack = [];
34161    this.editContext = {
34162      performAndRecord: (edit) => {
34163        edit.perform();
34164        if (edit.isNoOp())
34165          console.log("WARNING: No-op edit:", edit.constructor.name);
34166        this.cursor.history.addEdit(edit);
34167      },
34168      createLegacyCommand: (name) => this.design.editContext.createLegacyCommand(name)
34169    };
34170    this.lastEdit = "--START--";
34171    this.breakpoint = null;
34172    this.error = null;
34173    this.internalEditNumbers = /* @__PURE__ */ new Map();
34174  }
34175  /**
34176   * Translates a file-level edit number to the internal history edit number that replaying
34177   * it produced.  Returns undefined when the file number was never reached, in which case
34178   * the caller should leave the history where interpretation left it.
34179   */
34180  getInternalEditNumber(fileEditNumber) {
34181    return this.internalEditNumbers.get(`:${fileEditNumber}:`);
34182  }
34183  /** Notes where the history stands after finishing one top-level edit. */
34184  recordInternalEditNumber(editId) {
34185    if (/^:\d+:$/.test(editId))
34186      this.internalEditNumbers.set(editId, this.design.history.mEditNumber);
34187  }
34188  getLastEdit() {
34189    return this.lastEdit;
34190  }
34191  step() {
34192    let edit = this.cursor.getNextEdit();
34193    if (!edit)
34194      return Step.DONE;
34195    if (edit.isBranch()) {
34196      this.stack.push({ branch: edit, cursor: this.cursor });
34197      this.cursor = this.cursor.startBranch(edit, this.editContext);
34198      this.effects.recordSnapshot(edit.id(), edit.firstChild().id());
34199      this.lastEdit = edit.id();
34200      if (edit.nextSibling()) {
34201        this.effects.recordSnapshot(edit.id(), edit.nextSibling().id());
34202        this.lastEdit = edit.id();
34203      }
34204      return Step.IN;
34205    } else {
34206      edit.perform(this.editContext);
34207      const breakpointHit = edit.id() === this.breakpoint;
34208      if (edit.nextSibling()) {
34209        this.effects.recordSnapshot(edit.id(), edit.nextSibling().id());
34210        this.lastEdit = edit.id();
34211        this.recordInternalEditNumber(edit.id());
34212        this.cursor.setNextEdit(edit.nextSibling());
34213        return breakpointHit ? Step.DONE : Step.OVER;
34214      } else {
34215        this.effects.recordSnapshot(edit.id(), "--END--");
34216        this.lastEdit = edit.id();
34217        this.recordInternalEditNumber(edit.id());
34218        let top;
34219        do {
34220          top = this.stack.pop();
34221          if (!!top) {
34222            this.cursor.endBranch(top.branch);
34223            this.cursor = top.cursor;
34224            this.recordInternalEditNumber(top.branch.id());
34225            this.cursor.setNextEdit(top.branch.nextSibling());
34226          }
34227        } while (top && !top.branch.nextSibling());
34228        if (top) {
34229          return breakpointHit ? Step.DONE : Step.OUT;
34230        } else {
34231          return Step.DONE;
34232        }
34233      }
34234    }
34235  }
34236  conTinue() {
34237    let stepped;
34238    do {
34239      stepped = this.stepOut();
34240    } while (stepped !== Step.DONE);
34241  }
34242  stepOver() {
34243    let stepped = this.step();
34244    switch (stepped) {
34245      case Step.IN:
34246        stepped = this.stepOut();
34247        return stepped;
34248      default:
34249        return stepped;
34250    }
34251  }
34252  stepOut() {
34253    let stepped;
34254    do {
34255      stepped = this.stepOver();
34256    } while (stepped !== Step.OUT && stepped !== Step.DONE);
34257    return stepped;
34258  }
34259  interpret(action, breakpoint = null) {
34260    this.breakpoint = breakpoint;
34261    switch (action) {
34262      case Step.IN:
34263        this.step();
34264        break;
34265      case Step.OVER:
34266        this.stepOver();
34267        break;
34268      case Step.OUT:
34269        this.stepOut();
34270        break;
34271      case Step.DONE:
34272      default:
34273        this.conTinue();
34274        break;
34275    }
34276  }
34277};
34278var EditCursor = class _EditCursor {
34279  constructor(history, firstEdit) {
34280    this.history = history;
34281    this.nextEdit = firstEdit;
34282  }
34283  toString() {
34284    return this.nextEdit?.name() || "nameless";
34285  }
34286  getNextEdit() {
34287    return this.nextEdit;
34288  }
34289  setNextEdit(edit) {
34290    this.nextEdit = edit;
34291  }
34292  startBranch(parsedEdit, editContext) {
34293    const branch = new Branch(editContext);

34294    this.history.addEdit(branch, editContext);
34295    parsedEdit.legacyEdit = branch;
34296    return new _EditCursor(branch, parsedEdit.firstChild());
34297  }
34298  endBranch(parsedEdit) {
34299    const reversed = parsedEdit.children.toReversed();
34300    for (const edit of reversed) {
34301      const trueEdit = edit.legacyEdit;
34302      if (trueEdit) {
34303        trueEdit.undo();
34304      } else
34305        console.log("No true edit?");
34306    }
34307  }
34308};
34309

34310// src/worker/legacy/controllers/wrapper.js
34311var ControllerWrapper = class _ControllerWrapper {
34312  constructor(path, name, controller, clientEvents) {
34313    this.__path = path;
34314    this.__name = name;
34315    this.controller = controller;
34316    this.__clientEvents = clientEvents;
34317    this.__changeTables = {};
34318    this.children = {};
34319    this.macro = [];
34320  }
34321  createChildWrapper(name, controller) {
34322    const controllerPath = this.__path ? this.__path + ":" + name : name;
34323    const child = new _ControllerWrapper(controllerPath, name, controller, this.__clientEvents);
34324    this.children[name] = child;
34325    const thisController = this.controller;
34326    return child;
34327  }
34328  getSubControllerByNames(names) {
34329    if (!names || names.length === 0) {
34330      return this;
34331    } else {
34332      const name = names[0];
34333      let child = this.children[name];
34334      if (!child) {
34335        const controller = this.controller.getSubController(name);
34336        if (!controller) {
34337          console.log(`No subcontroller for path ${this.__path} ${name}`);
34338          return void 0;
34339        }
34340        child = this.createChildWrapper(name, controller);
34341      }

34342      return child.getSubControllerByNames(names.slice(1));
34343    }
34344  }
34345  getControllerByPath(controllerPath) {
34346    const controllerNames = controllerPath ? controllerPath.split(":") : [];
34347    return this.getSubControllerByNames(controllerNames);
34348  }
34349  fetchAndFirePropertyChange(propName, isList) {
34350    const value = isList ? this.controller.getCommandList(propName) : this.controller.getProperty(propName);
34351    this.__clientEvents.propertyChanged(this.__path, propName, value);
34352  }
34353  // This is only ever called on the root controller
34354  registerPropertyInterest(controllerPath, propName, changeName, isList) {
34355    const wrapper = this.getControllerByPath(controllerPath);
34356    if (!wrapper)
34357      return;
34358    wrapper.registerPropertyInterest2(propName, changeName, isList);
34359    wrapper.fetchAndFirePropertyChange(propName, isList);
34360  }
34361  registerPropertyInterest2(propName, changeName, isList) {
34362    if (Object.entries(this.__changeTables).length === 0) {
34363      this.controller.addPropertyListener(this);
34364    }
34365    if (!this.__changeTables[changeName]) {
34366      this.__changeTables[changeName] = { [propName]: isList };
34367    } else {
34368      const change = this.__changeTables[changeName];
34369      if (change[propName] === void 0) {
34370        this.__changeTables[changeName] = { ...change, [propName]: isList };
34371      }
34372    }
34373  }
34374  setProperty(controllerPath, name, value) {
34375    const wrapper = this.getControllerByPath(controllerPath);
34376    wrapper.controller.setProperty(name, value);
34377  }
34378  doAction(controllerPath, action, parameters = {}) {
34379    const wrapper = this.getControllerByPath(controllerPath);
34380    if (parameters && Object.keys(parameters).length !== 0)
34381      wrapper.controller.paramActionPerformed(null, action, new JsProperties(parameters));
34382    else
34383      wrapper.controller.actionPerformed(null, action);
34384    this.renderScene();
34385  }
34386  controllerChange(parent) {
34387    this.controller = parent.getSubController(this.__name);
34388    for (const changes of Object.values(this.__changeTables)) {
34389      for (const [propName, isList] of Object.entries(changes)) {
34390        this.fetchAndFirePropertyChange(propName, isList);
34391      }
34392    }
34393    this.children = {};
34394  }
34395  propertyChange(pce) {
34396    const name = pce.getPropertyName();
34397    for (const [cName, changes] of Object.entries(this.__changeTables)) {
34398      if (name === cName) {
34399        for (const [propName, isList] of Object.entries(changes)) {
34400          this.fetchAndFirePropertyChange(propName, isList);
34401        }
34402      }
34403    }
34404  }
34405};
34406

34407// src/worker/legacy/from-java/com/vzome/desktop/api/Controller.ts
34408var Controller;
34409((Controller2) => {
34410  Controller2.USER_ERROR_CODE = "user.command.error";
34411  Controller2.UNKNOWN_ERROR_CODE = "unknown.exception";
34412  Controller2.UNKNOWN_ACTION = "unknown.action";
34413  Controller2.UNKNOWN_PROPERTY = "unknown.property";
34414})(Controller || (Controller = {}));
34415

34416// src/worker/legacy/from-java/com/vzome/desktop/controller/DefaultController.ts
34417var DefaultController = class _DefaultController {
34418  static logger_$LI$() {
34419    if (_DefaultController.logger == null) {
34420      _DefaultController.logger = java.util.logging.Logger.getLogger("org.vorthmann.zome.controller");
34421    }
34422    return _DefaultController.logger;
34423  }
34424  properggties() {
34425    return this.pcs;
34426  }
34427  /**
34428   * 
34429   * @param {*} source
34430   * @param {string} action
34431   */
34432  actionPerformed(source, action) {
34433    try {
34434      if (_DefaultController.logger_$LI$().isLoggable(java.util.logging.Level.FINE)) _DefaultController.logger_$LI$().fine("ACTION: " + this.getPath() + "||" + action);
34435      this.doAction(action);
34436    } catch (ex) {
34437      console.error(ex.message, ex);
34438      this.mErrors.reportError(Controller.UNKNOWN_ERROR_CODE, [ex, action]);
34439    }
34440  }
34441  /**
34442   * This is only overridden or called in Javascript code, in vZome Online.
34443   * @param {*} source
34444   * @param {string} action
34445   * @param {Properties} params
34446   */
34447  paramActionPerformed(source, action, params) {
34448    try {
34449      if (_DefaultController.logger_$LI$().isLoggable(java.util.logging.Level.FINE)) _DefaultController.logger_$LI$().fine("PARAM ACTION: " + this.getPath() + "||" + action);
34450      this.doParamAction(action, params);
34451    } catch (ex) {
34452      console.error(ex.message, ex);
34453      this.mErrors.reportError(Controller.UNKNOWN_ERROR_CODE, [ex]);
34454    }
34455  }
34456  /*private*/
34457  getPath() {
34458    if (this.mNextController == null) return this.name;
34459    else return this.mNextController.getPath() + "::" + this.name;
34460  }
34461  /**
34462   * 
34463   * @param {*} listener
34464   */
34465  addPropertyListener(listener) {
34466    this.pcs.addPropertyChangeListener$java_beans_PropertyChangeListener(listener);
34467  }
34468  /**
34469   * 
34470   * @param {*} listener
34471   */
34472  removePropertyListener(listener) {
34473    this.pcs.removePropertyChangeListener$java_beans_PropertyChangeListener(listener);
34474  }
34475  doAction(action) {
34476    if (this.mNextController != null) this.mNextController.doAction(action);
34477    else this.mErrors.reportError(Controller.UNKNOWN_ACTION, [action]);
34478  }
34479  /**
34480   * This is only overridden or called in Javascript code, in vZome Online.
34481   * @param source
34482   * @param {string} action
34483   * @param {Properties} params
34484   */
34485  doParamAction(action, params) {
34486    if (this.mNextController != null) this.mNextController.doParamAction(action, params);
34487    else this.mErrors.reportError(Controller.UNKNOWN_ACTION, [action]);
34488  }
34489  /**
34490   * 
34491   * @param {string} command
34492   * @param {File} file
34493   */
34494  doFileAction(command, file) {
34495    if (this.mNextController != null) this.mNextController.doFileAction(command, file);
34496    else this.mErrors.reportError(Controller.UNKNOWN_ACTION, [command]);
34497  }
34498  /**
34499   * 
34500   * @param {string} command
34501   * @param {string} script
34502   */
34503  doScriptAction(command, script) {
34504    if (this.mNextController != null) this.mNextController.doScriptAction(command, script);
34505    else this.mErrors.reportError(Controller.UNKNOWN_ACTION, [command]);
34506  }
34507  /**
34508   * 
34509   * @param {string} listName
34510   * @return {java.lang.String[]}
34511   */
34512  getCommandList(listName) {
34513    if (this.mNextController != null) return this.mNextController.getCommandList(listName);
34514    else return [];
34515  }
34516  /**
34517   * 
34518   * @param {string} string
34519   * @return {boolean[]}
34520   */
34521  getCommandListDefaultStates(string) {
34522    return null;
34523  }
34524  /**
34525   * 
34526   * @param {string} string
34527   * @return {string}
34528   */
34529  getProperty(string) {
34530    if (this.mNextController != null) return this.mNextController.getProperty(string);
34531    return null;
34532  }
34533  /**
34534   * 
34535   * @param {string} propName
34536   * @return {boolean}
34537   */
34538  propertyIsTrue(propName) {
34539    return "true" === this.getProperty(propName);
34540  }
34541  /**
34542   * 
34543   * @param {string} name
34544   * @param {*} sub
34545   */
34546  addSubController(name, sub) {
34547    sub.name = name;
34548    this.subcontrollers.put(name, sub);
34549    sub.setNextController(this, name);
34550  }
34551  /**
34552   * 
34553   * @param {string} name
34554   * @return {*}
34555   */
34556  getSubController(name) {
34557    const subc = this.subcontrollers.get(name);
34558    if (subc != null) return subc;
34559    if (this.mNextController != null) return this.mNextController.getSubController(name);
34560    return null;
34561  }
34562  /**
34563   * 
34564   * @param {*} errors
34565   */
34566  setErrorChannel(errors) {
34567    this.mErrors = errors;
34568  }
34569  /**
34570   * 
34571   * @param {string} name
34572   * @param {*} value
34573   */
34574  setProperty(name, value) {
34575    if (_DefaultController.logger_$LI$().isLoggable(java.util.logging.Level.FINE)) _DefaultController.logger_$LI$().fine("SETPROP: " + this.getPath() + "||" + name + "=" + value);
34576    this.setModelProperty(name, value);
34577  }
34578  setModelProperty(name, value) {
34579    if (this.mNextController != null) this.mNextController.setProperty(name, value);
34580  }
34581  /*private*/
34582  setNextController(controller, name) {
34583    this.name = name;
34584    this.mNextController = controller;
34585    this.mNextController.addPropertyListener(new _DefaultController.DefaultController$0(this));
34586    if (this.mNextController != null && this.mNextController instanceof _DefaultController) this.mErrors = this.mNextController.mErrors;
34587  }
34588  firePropertyChange$java_beans_PropertyChangeEvent(event) {
34589    if (_DefaultController.logger_$LI$().isLoggable(java.util.logging.Level.FINE)) _DefaultController.logger_$LI$().fine("CHGEVENT: " + this.getPath() + "||" + event.getPropertyName() + "=" + event.getNewValue());
34590    this.pcs.firePropertyChange$java_beans_PropertyChangeEvent(event);
34591  }
34592  firePropertyChange$java_lang_String$java_lang_Object$java_lang_Object(propName, oldValue, newValue) {
34593    if (_DefaultController.logger_$LI$().isLoggable(java.util.logging.Level.FINE)) _DefaultController.logger_$LI$().fine("CHGEVENT: " + this.getPath() + "||" + propName + "=" + newValue);
34594    this.pcs.firePropertyChange$java_lang_String$java_lang_Object$java_lang_Object(propName, oldValue, newValue);
34595  }
34596  firePropertyChange(propName, oldValue, newValue) {
34597    if ((typeof propName === "string" || propName === null) && (oldValue != null || oldValue === null) && (newValue != null || newValue === null)) {
34598      return this.firePropertyChange$java_lang_String$java_lang_Object$java_lang_Object(propName, oldValue, newValue);
34599    } else if ((propName != null && propName instanceof PropertyChangeEvent || propName === null) && oldValue === void 0 && newValue === void 0) {
34600      return this.firePropertyChange$java_beans_PropertyChangeEvent(propName);
34601    } else throw new Error("invalid overload");
34602  }
34603  /**
34604   * 
34605   * @param {string} propName
34606   * @return {boolean}
34607   */
34608  userHasEntitlement(propName) {
34609    if (this.mNextController != null) return this.mNextController.userHasEntitlement(propName);
34610    return false;

34611  }
34612  openApplication(file) {
34613    if (this.mNextController != null) this.mNextController.openApplication(file);
34614  }
34615  runScript(script, file) {
34616    if (this.mNextController != null) this.mNextController.runScript(script, file);
34617  }
34618  constructor() {
34619    this.pcs = new PropertyChangeSupport(this);
34620    if (this.mErrors === void 0) {
34621      this.mErrors = null;
34622    }
34623    if (this.mNextController === void 0) {
34624      this.mNextController = null;
34625    }
34626    this.subcontrollers = new java.util.HashMap();
34627    this.name = "";
34628  }
34629};
34630DefaultController["__class"] = "com.vzome.desktop.controller.DefaultController";
34631DefaultController["__interfaces"] = ["com.vzome.desktop.api.Controller"];
34632((DefaultController2) => {
34633  class DefaultController$0 {
34634    /**
34635     * 
34636     * @param {PropertyChangeEvent} event
34637     */
34638    propertyChange(event) {
34639      this.__parent.pcs.firePropertyChange$java_beans_PropertyChangeEvent(event);
34640    }
34641    constructor(__parent) {
34642      this.__parent = __parent;
34643    }
34644  }
34645  DefaultController2.DefaultController$0 = DefaultController$0;
34646  DefaultController$0["__interfaces"] = ["java.util.EventListener", "java.beans.PropertyChangeListener"];
34647})(DefaultController || (DefaultController = {}));
34648

34649// src/worker/legacy/from-java/com/vzome/desktop/controller/MeasureController.ts
34650var MeasureController = class extends DefaultController {
34651  constructor(model, renderedModel) {
34652    super();
34653    if (this.selection === void 0) {
34654      this.selection = null;
34655    }
34656    if (this.editorModel === void 0) {
34657      this.editorModel = null;
34658    }
34659    this.measurements = new java.util.LinkedHashMap();
34660    if (this.renderedModel === void 0) {
34661      this.renderedModel = null;
34662    }
34663    this.twoPlaces = NumberFormat.getInstance();
34664    this.fourPlaces = NumberFormat.getInstance();
34665    this.renderedModel = renderedModel;
34666    this.selection = model.getSelection();
34667    this.editorModel = model;
34668    model.addSelectionSummaryListener(this);
34669    this.twoPlaces.setMaximumFractionDigits(2);
34670    this.fourPlaces.setMaximumFractionDigits(4);
34671  }
34672  /**
34673   * 
34674   * @param {string} listName
34675   * @return {java.lang.String[]}
34676   */
34677  getCommandList(listName) {
34678    return this.measurements.keySet().toArray(((s) => {
34679      let a = [];
34680      while (s-- > 0) a.push(null);
34681      return a;
34682    })(this.measurements.keySet().size()));
34683  }
34684  /**
34685   * 
34686   * @param {string} key
34687   * @return {string}
34688   */
34689  getProperty(key) {
34690    return this.measurements.get(key);
34691  }
34692  /**
34693   * 
34694   * @param {number} total
34695   * @param {number} balls
34696   * @param {number} struts
34697   * @param {number} panels
34698   */
34699  selectionChanged(total, balls, struts, panels) {
34700    this.measurements.clear();
34701    if (total !== 0) {
34702      if (balls !== 0) {
34703        this.measurements.put(
34704          "balls",
34705          /* toString */
34706          "" + balls
34707        );
34708      }
34709      if (struts !== 0) {
34710        this.measurements.put(
34711          "struts",
34712          /* toString */
34713          "" + struts
34714        );
34715      }
34716      if (panels !== 0) {
34717        this.measurements.put(
34718          "panels",
34719          /* toString */
34720          "" + panels
34721        );
34722      }
34723      if (total === 1 || total === 2) {
34724        this.measurements.put("", "");
34725      }
34726      if (total === 1) {
34727        if (panels === 1) {
34728          const panel = Manifestations.getPanels$java_lang_Iterable(this.selection).next();
34729          this.measurements.put(
34730            "vertices",
34731            /* toString */
34732            "" + panel.getVertexCount()
34733          );
34734        } else if (struts === 1) {
34735          const strut = Manifestations.getStruts$java_lang_Iterable(this.selection).next();
34736          const cm = this.renderedModel.measureLengthCm$com_vzome_core_model_Strut(strut);
34737          this.measurements.put("length (cm)", this.twoPlaces.format(cm) + " cm");
34738          const inches = cm / 2.54;
34739          this.measurements.put("length (in)", this.twoPlaces.format(inches) + " in");
34740          const offset = strut.getOffset();
34741          this.measurements.put("quadrance", offset.dot(offset).toString(AlgebraicField.DEFAULT_FORMAT));
34742        } else if (balls === 1) {
34743          const conn = Manifestations.getConnectors$java_lang_Iterable(this.selection).next();
34744          this.measurements.put("location", conn.getLocation().toString());
34745        }
34746      } else if (total === 2) {
34747        if (panels === 2) {
34748          let p1 = null;
34749          let p2 = null;
34750          for (let index = Manifestations.getPanels$java_lang_Iterable(this.selection).iterator(); index.hasNext(); ) {
34751            let panel = index.next();
34752            {
34753              if (p1 == null) p1 = panel;
34754              else p2 = panel;
34755            }
34756          }
34757          const radians = this.renderedModel.measureDihedralAngle(p1, p2);
34758          this.reportAngles(radians);
34759        } else if (struts === 2) {
34760          let s1 = null;
34761          let s2 = null;
34762          for (let index = Manifestations.getStruts$java_lang_Iterable(this.selection).iterator(); index.hasNext(); ) {
34763            let strut = index.next();
34764            {
34765              if (s1 == null) s1 = strut;
34766              else s2 = strut;
34767            }
34768          }
34769          const points = new java.util.HashSet();
34770          points.add(s1.getLocation());
34771          points.add(s1.getEnd());
34772          points.add(s2.getLocation());
34773          points.add(s2.getEnd());
34774          if (points.size() > 3) {
34775            this.measurements.put("coplanar", AlgebraicVectors.areCoplanar(points) ? "yes" : "no");
34776          }
34777          const radians = this.renderedModel.measureAngle(s1, s2);
34778          this.reportAngles(radians);
34779          this.reportSpread(s1, s2);
34780          this.reportRatio(s1, s2);
34781        } else if (balls === 2) {
34782          let b1 = null;
34783          let b2 = null;
34784          for (let index = Manifestations.getConnectors$java_lang_Iterable(this.selection).iterator(); index.hasNext(); ) {
34785            let conn = index.next();
34786            {
34787              if (b1 == null) b1 = conn;
34788              else b2 = conn;
34789            }
34790          }
34791          const cm = this.renderedModel.measureDistanceCm(b1, b2);
34792          this.measurements.put("distance (cm)", this.twoPlaces.format(cm) + " cm");
34793          const inches = cm / 2.54;
34794          this.measurements.put("distance (in)", this.twoPlaces.format(inches) + " in");
34795        }
34796      }
34797    }
34798    this.firePropertyChange$java_lang_String$java_lang_Object$java_lang_Object("measures", false, true);
34799  }
34800  /*private*/
34801  reportAngles(radians) {
34802    if (
34803      /* isFinite */
34804      ((value) => !isNaN(value) && Number.NEGATIVE_INFINITY !== value && Number.POSITIVE_INFINITY !== value)(radians)
34805    ) {
34806      const fraction = radians / Math.PI;
34807      const supplement = 1 - fraction;
34808      this.measurements.put("radians", this.fourPlaces.format(fraction) + "\u03C0");
34809      this.measurements.put("radians (supplement)", this.fourPlaces.format(supplement) + "\u03C0");
34810      this.measurements.put("degrees", this.twoPlaces.format(fraction * 180) + "\xB0");
34811      this.measurements.put("degrees (supplement)", this.twoPlaces.format(supplement * 180) + "\xB0");
34812    } else {
34813      this.measurements.put(
34814        "angle",
34815        /* toString */
34816        "" + radians
34817      );
34818    }
34819  }
34820  /**
34821   * Use Rational Trigonometry (the cross law) to compute the spread between struts
34822   * @param {*} s1
34823   * @param {*} s2
34824   * @private
34825   */
34826  /*private*/
34827  reportSpread(s1, s2) {
34828    const v1 = s1.getOffset();
34829    const v2 = s2.getOffset();
34830    const v3 = v2.minus(v1);
34831    const Q1 = v2.dot(v2);
34832    const Q2 = v1.dot(v1);
34833    const Q3 = v3.dot(v3);
34834    const one = Q1.getField().one();
34835    const four = Q1.getField()["createRational$long"](4);
34836    const a = Q1["plus$com_vzome_core_algebra_AlgebraicNumber"](Q2)["minus$com_vzome_core_algebra_AlgebraicNumber"](Q3);
34837    const denom = four["times$com_vzome_core_algebra_AlgebraicNumber"](Q1)["times$com_vzome_core_algebra_AlgebraicNumber"](Q2);
34838    const ratio = a["times$com_vzome_core_algebra_AlgebraicNumber"](a).dividedBy(denom);
34839    const spread3 = one["minus$com_vzome_core_algebra_AlgebraicNumber"](ratio

34839);
34840    this.measurements.put("spread", spread3.toString(AlgebraicField.DEFAULT_FORMAT));
34841  }
34842  /*private*/
34843  reportRatio(s1, s2) {
34844    const v1 = s1.getOffset();
34845    const v2 = s2.getOffset();
34846    const ss = this.editorModel["getSymmetrySystem$"]();
34847    const axis1 = ss.getAxis(v1);
34848    const axis2 = ss.getAxis(v2);
34849    const dir1 = axis1.getDirection();
34850    const dir2 = axis2.getDirection();
34851    const sameOrbit = dir1.equals(dir2);
34852    let name1 = dir1.getName();
34853    let name2 = dir2.getName();
34854    const auto = "auto";
34855    if (dir1.isAutomatic()) {
34856      name1 = auto + name1;
34857    }
34858    if (dir2.isAutomatic()) {
34859      name2 = auto + name2;
34860    }
34861    if (sameOrbit) {
34862      name1 += "\u2081";
34863      name2 += "\u2082";
34864    }
34865    const n1n2 = name1 + " / " + name2;
34866    const n2n1 = name2 + " / " + name1;
34867    this.measurements.put(" ", " ");
34868    const len1 = ss.getSymmetry().embedInR3(v1).length();
34869    const len2 = ss.getSymmetry().embedInR3(v2).length();
34870    const length1 = (
34871      /* floatValue */
34872      len1
34873    );
34874    const length2 = (
34875      /* floatValue */
34876      len2
34877    );
34878    const ratio = Math.fround(length1 / length2);
34879    let comparison = "equal";
34880    if (Math.abs(Math.fround(length1 - length2)) > 1e-6) {
34881      comparison = name1 + " " + (length1 > length2 ? ">" : "<") + " " + name2;
34882    }
34883    this.measurements.put("relative strut lengths", comparison);
34884    if (!(comparison === "equal")) {
34885      const recip = Math.fround(1 / ratio);
34886      this.measurements.put(n1n2 + " (approx)", this.fourPlaces.format(ratio));
34887      this.measurements.put(n2n1 + " (approx)", this.fourPlaces.format(recip));
34888      if (sameOrbit) {
34889        const exactLength1 = axis1.getLength(v1);
34890        const exactength2 = axis2.getLength(v2);
34891        const exactRatio = exactLength1.dividedBy(exactength2);
34892        const exactRecip = exactRatio.reciprocal();
34893        this.measurements.put(n1n2, exactRatio.toString(AlgebraicField.DEFAULT_FORMAT));
34894        this.measurements.put(n2n1, exactRecip.toString(AlgebraicField.DEFAULT_FORMAT));
34895      }
34896    }
34897  }
34898};
34899MeasureController["__class"] = "com.vzome.desktop.controller.MeasureController";
34900MeasureController["__interfaces"] = ["com.vzome.core.editor.SelectionSummary.Listener", "com.vzome.desktop.api.Controller"];
34901

34902// src/worker/legacy/from-java/com/vzome/desktop/controller/PolytopesController.ts
34903var PolytopesController = class _PolytopesController extends DefaultController {
34904  constructor(model, context) {
34905    super();
34906    if (this.model === void 0) {
34907      this.model = null;
34908    }
34909    if (this.context === void 0) {
34910      this.context = null;
34911    }
34912    this.group = "H4";
34913    if (this.groups === void 0) {
34914      this.groups = null;
34915    }
34916    this.generateEdge = [false, false, false, true];
34917    this.renderEdge = [true, true, true, true];
34918    this.edgeScales = [null, null, null, null];
34919    if (this.field === void 0) {
34920      this.field = null;
34921    }
34922    if (this.defaultScaleFactor === void 0) {
34923      this.defaultScaleFactor = null;
34924    }
34925    this.model = model;
34926    this.context = context;
34927    this.field = model.getRealizedModel().getField();
34928    this.defaultScaleFactor = this.field["createPower$int"](Direction.USER_SCALE + 2);
34929    for (let i = 0; i < this.edgeScales.length; i++) {
34930      {
34931        this.edgeScales[i] = this.field.one();
34932      }
34933      ;
34934    }
34935    if (null == this.field.getGoldenRatio()) {
34936      this.groups = ["A4", "B4/C4", "D4", "F4"];
34937      this.group = "F4";
34938    } else {
34939      this.groups = ["A4", "B4/C4", "D4", "F4", "H4"];
34940      this.group = "H4";
34941    }
34942  }
34943  /**
34944   * 
34945   * @param {string} action
34946   */
34947  doAction(action) {
34948    switch (action) {
34949      case "setQuaternion":
34950        const strut = this.model.getSelectedConstruction(Segment);
34951        if (strut != null) {
34952          let vector = strut.getOffset();
34953          const symm = this.model["getSymmetrySystem$"]();
34954          const zone = symm.getAxis(vector);
34955          let len = zone.getLength(vector);
34956          len = zone.getOrbit().getLengthInUnits(len);
34957          vector = zone.normal().scale(len);
34958          const vc = super.getSubController("quaternion");
34959          vc.setVector(vector.inflateTo4d$());
34960        } else {
34961        }
34962        return;
34963      default:
34964        break;
34965    }
34966    if ("generate" === action) {
34967      const index = _PolytopesController.encodeBits(this.generateEdge);
34968      const edgesToRender = _PolytopesController.encodeBits(this.renderEdge);
34969      const vc = super.getSubController("quaternion");
34970      const quaternion = vc.getVector().scale(this.defaultScaleFactor);
34971      const params = new java.util.HashMap();
34972      params.put("groupName", this.group);
34973      params.put("renderGroupName", this.group);
34974      params.put("index", index);
34975      params.put("edgesToRender", edgesToRender);
34976      params.put("edgeScales", this.edgeScales);
34977      params.put("quaternion", quaternion);
34978      this.context.doEdit("Polytope4d", params);
34979    } else if (
34980      /* startsWith */
34981      ((str, searchString, position = 0) => str.substr(position, searchString.length) === searchString)(action, "setGroup.")
34982    ) {
34983      const oldGroup = this.group;
34984      this.group = action.substring("setGroup.".length);
34985      this.firePropertyChange$java_lang_String$java_lang_Object$java_lang_Object("group", oldGroup, this.group);
34986    } else if (
34987      /* startsWith */
34988      ((str, searchString, position = 0) => str.substr(position, searchString.length) === searchString)(action, "edge.")
34989    ) {
34990      const edgeName = action.substring("edge.".length);
34991      const edge = javaemul.internal.IntegerHelper.parseInt(edgeName);
34992      const state = this.generateEdge[edge];
34993      this.generateEdge[edge] = !state;
34994      this.firePropertyChange$java_lang_String$java_lang_Object$java_lang_Object("edge." + edge, state, this.generateEdge[edge]);
34995    } else if (
34996      /* startsWith */
34997      ((str, searchString, position = 0) => str.substr(position, searchString.length) === searchString)(action, "render.")
34998    ) {
34999      const edgeName = action.substring("render.".length);
35000      const edge = javaemul.internal.IntegerHelper.parseInt(edgeName);
35001      const state = this.renderEdge[edge];
35002      this.renderEdge[edge] = !state;
35003    } else super.doAction(action);
35004  }
35005  /*private*/
35006  static encodeBits(bits) {
35007    let result = 0;
35008    for (let i = 0; i < 4; i++) {
35009      {
35010        if (bits[i]) result += 1 << i;
35011      }
35012      ;
35013    }
35014    return result;
35015  }
35016  /**
35017   * 
35018   * @param {string} command
35019   * @param {File} file
35020   */
35021  doFileAction(command, file) {
35022    try {
35023      const out = new java.io.FileWriter(file);

35024      try {
35025        const index = _PolytopesController.encodeBits(this.generateEdge);
35026        const edgesToRender = _PolytopesController.encodeBits(this.renderEdge);
35027        const vc = super.getSubController("quaternion");
35028        let quaternion = vc.getVector().scale(this.defaultScaleFactor);
35029        quaternion = quaternion.scale(this.field["createPower$int"](-5));
35030        const rightQuat = new Quaternion(this.field, quaternion);
35031        const exporter = new VefVectorExporter(out, this.field);
35032        this.model.get4dSymmetries().constructPolytope(this.group, index, edgesToRender, this.edgeScales, new _PolytopesController.PolytopesController$0(this, rightQuat, exporter));
35033        exporter.finishExport();
35034      } finally {
35035        out.close();
35036      }
35037    } catch (e) {
35038      this.mErrors.reportError(Controller.UNKNOWN_ERROR_CODE, [e]);
35039    }
35040  }
35041  /**
35042   * 
35043   * @param {string} listName
35044   * @return {java.lang.String[]}
35045   */
35046  getCommandList(listName) {
35047    return this.groups;
35048  }
35049  /**
35050   * 
35051   * @param {string} propName
35052   * @return {string}
35053   */
35054  getProperty(propName) {
35055    if ("group" === propName) {
35056      return this.group;
35057    } else if (
35058      /* startsWith */
35059      ((str, searchString, position = 0) => str.substr(position, searchString.length) === searchString)(propName, "edge.")
35060    ) {
35061      const edgeName = propName.substring("edge.".length);
35062      const edge = javaemul.internal.IntegerHelper.parseInt(edgeName);
35063      return javaemul.internal.BooleanHelper.toString(this.generateEdge[edge]);
35064    } else if (
35065      /* startsWith */
35066      ((str, searchString, position = 0) => str.substr(position, searchString.length) === searchString)(propName, "render.")
35067    ) {
35068      const edgeName = propName.substring("render.".length);
35069      const edge = javaemul.internal.IntegerHelper.parseInt(edgeName);
35070      return javaemul.internal.BooleanHelper.toString(this.renderEdge[edge]);
35071    } else return super.getProperty(propName);
35072  }
35073  /**
35074   * 
35075   * @param {string} name
35076   * @return {*}
35077   */
35078  getSubController(name) {
35079    switch (name) {
35080      default:
35081        return super.getSubController(name);
35082    }
35083  }
35084};
35085PolytopesController["__class"] = "com.vzome.desktop.controller.PolytopesController";
35086PolytopesController["__interfaces"] = ["com.vzome.desktop.api.Controller"];
35087((PolytopesController2) => {
35088  class PolytopesController$0 {
35089    constructor(__parent, rightQuat, exporter) {
35090      this.rightQuat = rightQuat;
35091      this.exporter = exporter;
35092      this.__parent = __parent;
35093    }
35094    /**
35095     * 
35096     * @param {AlgebraicVector} v
35097     * @return {*}
35098     */
35099    addVertex(v) {
35100      const projected = this.rightQuat.leftMultiply(v);
35101      this.exporter.exportPoint(projected);
35102      return projected;
35103    }
35104    /**
35105     * 
35106     * @param {*} p1
35107     * @param {*} p2
35108     * @return {*}
35109     */
35110    addEdge(p1, p2) {
35111      this.exporter.exportSegment(p1, p2);
35112      return null;
35113    }
35114    /**
35115     * 
35116     * @param {java.lang.Object[]} vertices
35117     * @return {*}
35118     */
35119    addFace(vertices) {
35120      return null;
35121    }
35122  }
35123  PolytopesController2.PolytopesController$0 = PolytopesController$0;
35124  PolytopesController$0["__interfaces"] = ["com.vzome.core.math.symmetry.WythoffConstruction.Listener"];
35125})(PolytopesController || (PolytopesController = {}));
35126

35127// src/worker/legacy/from-java/com/vzome/core/render/TransparentRendering.ts
35128var TransparentRendering = class {
35129  constructor(realOne) {
35130    if (this.mRealOne === void 0) {
35131      this.mRealOne = null;
35132    }
35133    this.mRealOne = realOne;
35134  }
35135  /**
35136   * 
35137   */
35138  reset() {
35139    this.mRealOne.reset();
35140  }
35141  /**
35142   * 
35143   * @param {RenderedManifestation} manifestation
35144   */
35145  manifestationAdded(manifestation) {
35146    manifestation.setTransparency(0.5);
35147    manifestation.setPickable(false);
35148    this.mRealOne.manifestationAdded(manifestation);
35149  }
35150  /**
35151   * 
35152   * @param {RenderedManifestation} manifestation
35153   */
35154  manifestationRemoved(manifestation) {
35155    this.mRealOne.manifestationRemoved(manifestation);
35156  }
35157  /**
35158   * 
35159   * @param {RenderedManifestation} manifestation
35160   */
35161  glowChanged(manifestation) {
35162    this.mRealOne.glowChanged(manifestation);
35163  }
35164  /**
35165   * 
35166   * @param {RenderedManifestation} manifestation
35167   */
35168  labelChanged(manifestation) {
35169    this.mRealOne.labelChanged(manifestation);
35170  }
35171  /**
35172   * 
35173   * @param {RenderedManifestation} manifestation
35174   */
35175  colorChanged(manifestation) {
35176    this.mRealOne.colorChanged(manifestation);
35177  }
35178  /**
35179   * 
35180   * @param {RenderedManifestation} manifestation
35181   */
35182  locationChanged(manifestation) {
35183    this.mRealOne.locationChanged(manifestation);
35184  }
35185  /**
35186   * 
35187   * @param {RenderedManifestation} manifestation
35188   */
35189  orientationChanged(manifestation) {
35190    this.mRealOne.orientationChanged(manifestation);
35191  }
35192  /**
35193   * 
35194   * @param {RenderedManifestation} manifestation
35195   */
35196  shapeChanged(manifestation) {
35197    this.mRealOne.shapeChanged(manifestation);
35198  }
35199  /**
35200   * 
35201   * @param {RenderedManifestation} from
35202   * @param {RenderedManifestation} to
35203   */
35204  manifestationSwitched(from, to) {
35205    throw new java.lang.IllegalStateException();
35206  }
35207  /**
35208   * 
35209   * @param {*} shapes
35210   * @return {boolean}
35211   */
35212  shapesChanged(shapes28) {
35213    return this.mRealOne.shapesChanged(shapes28);
35214  }
35215};
35216TransparentRendering["__class"] = "com.vzome.core.render.TransparentRendering";
35217TransparentRendering["__interfaces"] = ["com.vzome.core.render.RenderingChanges"];
35218

35219// src/worker/legacy/from-java/com/vzome/desktop/controller/ZoneVectorBall.ts
35220var ZoneVectorBall = class _ZoneVectorBall {
35221  static logger_$LI$() {
35222    if (_ZoneVectorBall.logger == null) {
35223      _ZoneVectorBall.logger = java.util.logging.Logger.getLogger("com.vzome.desktop.controller.ZoneVectorBall");
35224    }
35225    return _ZoneVectorBall.logger;
35226  }
35227  initializeZone(orbits, worldEye) {
35228    this.orbits = orbits;
35229    this.zoneVector3d = new RealVector(worldEye.x, worldEye.y, worldEye.z);
35230    this.mapVectorToAxis(false);
35231    return this.zone;
35232  }
35233  trackballRolled(rotation) {
35234    const x = rotation[0].dot(this.zoneVector3d);
35235    const y = rotation[1].dot(this.zoneVector3d);
35236    const z = rotation[2].dot(this.zoneVector3d);
35237    this.zoneVector3d = new RealVector(x, y, z);
35238    this.mapVectorToAxis(true);
35239  }
35240  /**
35241   * This is used when we're doing some non-trackball drag
35242   * to define a new vector, as for the working plane.
35243   * @param {RealVector} vector
35244   */
35245  setVector(vector) {
35246    this.zoneVector3d = vector;
35247    this.mapVectorToAxis(true);
35248  }
35249  /*private*/
35250  mapVectorToAxis(notify) {
35251    const vector = new RealVector(this.zoneVector3d.x, this.zoneVector3d.y, this.zoneVector3d.z);
35252    const oldAxis = this.zone;
35253    this.zone = this.orbits.getAxis(vector);
35254    if (this.zone == null && oldAxis == null) {
35255      if (_ZoneVectorBall.logger_$LI$().isLoggable(java.util.logging.Level.FINER)) _ZoneVectorBall.logger_$LI$().finer("mapVectorToAxis null zone for " + vector);
35256      return;
35257    }
35258    if (this.zone != null && this.zone.equals(oldAxis)) {
35259      if (_ZoneVectorBall.logger_$LI$().isLoggable(java.util.logging.Level.FINER)) _ZoneVectorBall.logger_$LI$().finer("mapVectorToAxis  zone " + this.zone + " unchanged for " + vector);
35260      return;
35261    }
35262    if (_ZoneVectorBall.logger_$LI$().isLoggable(java.util.logging.Level.FINER)) _ZoneVectorBall.logger_$LI$().finer("preview finished at  " + this.zone + " for " + vector);
35263    if (notify) this.zoneChanged(oldAxis, this.zone);
35264  }
35265  constructor() {
35266    if (this.orbits === void 0) {
35267      this.orbits = null;
35268    }
35269    if (this.zoneVector3d === void 0) {
35270      this.zoneVector3d = null;
35271    }
35272    this.zone = null;
35273  }
35274};
35275ZoneVectorBall["__class"] = "com.vzome.desktop.controller.ZoneVectorBall";
35276

35277// src/worker/legacy/from-java/com/vzome/desktop/controller/PreviewStrut.ts
35278var PreviewStrut = class _PreviewStrut {
35279  static logger_$LI$() {
35280    if (_PreviewStrut.logger == null) {
35281      _PreviewStrut.logger = java.util.logging.Logger.getLogger("org.vorthmann.zome.app.impl.PreviewStrut");
35282    }
35283    return _PreviewStrut.logger;
35284  }
35285  constructor(field5, mainScene, context) {
35286    if (this.model === void 0) {
35287      this.model = null;
35288    }
35289    if (this.editorModel === void 0) {
35290      this.editorModel = null;
35291    }
35292    if (this.rendering === void 0) {
35293      this.rendering = null;
35294    }
35295    if (this.zoneBall === void 0) {
35296      this.zoneBall = null;
35297    }
35298    if (this.context === void 0) {
35299      this.context = null;
35300    }
35301    if (this.point === void 0) {
35302      this.point = null;
35303    }
35304    if (this.zone === void 0) {
35305      this.zone = null;
35306    }
35307    if (this.symmetryController === void 0) {
35308      this.symmetryController = null;
35309    }
35310    if (this.length === void 0) {
35311      this.length = null;
35312    }
35313    if (this.strut === void 0) {
35314      this.strut = null;
35315    }
35316    this.workingPlaneDual = null;
35317    this.context = context;
35318    this.rendering = new RenderedModel(field5, null);
35319    const transp = new TransparentRendering(mainScene);
35320    this.rendering.addListener(transp);
35321    this.model = new RealizedModelImpl(field5, new Projection.Default(field5));
35322    this.model.addListener(this.rendering);
35323    this.editorModel = new _PreviewStrut.PreviewStrut$0(this);
35324    this.zoneBall = new _PreviewStrut.PreviewStrut$1(this);
35325  }
35326  /**
35327   * 
35328   * @param {*} obj
35329   * @return {boolean}
35330   */
35331  equals(obj) {
35332    if (this === obj) return true;
35333    if (obj == null) return false;
35334    if (this.constructor !== obj.constructor) return false;
35335    return false;
35336  }
35337  /**
35338   * 
35339   * @return {number}
35340   */
35341  hashCode() {
35342    return (
35343      /* hashCode */
35344      ((o) => {
35345        if (o.hashCode) {
35346          return o.hashCode();
35347        } else {
35348          return o.toString().split("").reduce((prevHash, currVal) => (prevHash << 5) - prevHash + currVal.charCodeAt(0) | 0, 0);
35349        }
35350      })(this)
35351    );
35352  }
35353  /*private*/
35354  setZone(zone) {
35355    this.zone = zone;
35356  }
35357  startRendering(point, workingPlaneAxis, worldEye) {
35358    this.point = point;
35359    let orbits = this.symmetryController.getBuildOrbits();
35360    if (workingPlaneAxis != null) {
35361      orbits = new PlaneOrbitSet(orbits, workingPlaneAxis);
35362      const normal = workingPlaneAxis.toRealVector();
35363      let other = new RealVector(1, 0, 0);
35364      let v1 = normal.cross(other);
35365      const len = v1.length();
35366      if (len < 1e-4) {
35367        other = new RealVector(0, 1, 0);
35368        v1 = normal.cross(other);
35369      }
35370      const v2 = normal.cross(v1);
35371      const p = this.point.getLocation().toRealVector();
35372      const q = p.plus(v1);
35373      const r = p.plus(v2);
35374      const e12 = Math.fround(Math.fround(p.x * q.y) - Math.fround(q.x * p.y));
35375      const e23 = Math.fround(Math.fround(p.y * q.z) - Math.fround(q.y * p.z));
35376      const e31 = Math.fround(Math.fround(p.z * q.x) - Math.fround(q.z * p.x));
35377      const e10 = Math.fround(p.x - q.x);
35378      const e20 = Math.fround(p.y - q.y);
35379      const e30 = Math.fround(p.z - q.z);
35380      const P_e123 = e12 * r.z + e23 * r.x + e31 * r.y;
35381      const P_e310 = e10 * r.z + e31 * 1 - e30 * r.x;
35382      const P_e320 = e20 * r.z - e30 * r.y - e23 * 1;
35383      const P_e120 = e12 * 1 + e20 * r.x - e10 * r.y;
35384      this.workingPlaneDual = [0, 0, 0, 0];
35385      this.workingPlaneDual[0] = -P_e123;
35386      this.workingPlaneDual[1] = -P_e320;
35387      this.workingPlaneDual[2] = P_e310;
35388      this.workingPlaneDual[3] = P_e120;
35389    }
35390    this.zone = this.zoneBall.initializeZone(orbits, worldEye);
35391    if (this.zone == null) {
35392      this.length = null;
35393      return;
35394    }
35395    this.length = this.symmetryController.orbitLengths.get(this.zone.getDirection());
35396    this.adjustStrut();
35397    this.length.addPropertyListener(this);
35398  }
35399  finishPreview() {
35400    if (this.length == null) return;
35401    this.length.removePropertyListener(this);
35402    this.strut.undo();
35403    this.strut = null;
35404    if (_PreviewStrut.logger_$LI$().isLoggable(java.util.logging.Level.FINE)) _PreviewStrut.logger_$LI$().fine("preview finished at  " + this.zone);
35405    const params = new java.util.HashMap();
35406    params.put("anchor", this.point);
35407    params.put("zone", this.zone);
35408    params.put("length", this.length.getValue());
35409    this.context.doEdit("StrutCreation", params);
35410    this.point = null;
35411    this.zone = null;
35412    this.length = null;
35413    this.workingPlaneDual = null;
35414  }
35415  /*private*/
35416  adjustStrut() {
35417    if (this.strut != null) this.strut.undo();
35418    if (this.length == null) return;
35419    if (_PreviewStrut.logger_$LI$().isLoggable(java.util.logging.Level.FINER)) _PreviewStrut.logger_$LI$().finer("preview now " + this.zone);
35420    this.strut = new StrutCreation(this.point, this.zone, this.length.getValue(), this.editorModel);
35421    this.strut.perform();
35422  }
35423  /**
35424   * 
35425   * @param {PropertyChangeEvent} evt
35426   */
35427  propertyChange(evt) {
35428    if ("length" === evt.getPropertyName()) this.adjustStrut();
35429  }
35430  setSymmetryController(symmetryController) {
35431    this.symmetryController = symmetryController;
35432    this.rendering.setOrbitSource(symmetryController.getOrbitSource());
35433  }
35434  /*private*/
35435  usingWorkingPlane() {
35436    return this.workingPlaneDual != null;
35437  }
35438  trackballRolled(rowMajor) {
35439    if (this.point != null && !this.usingWorkingPlane()) this.zoneBall.trackballRolled(rowMajor);
35440  }
35441  workingPlaneDrag(ray) {
35442    if (this.usingWorkingPlane()) {
35443      if (this.point == null && _PreviewStrut.logger_$LI$().isLoggable(java.util.logging.Level.SEVERE)) {
35444        _PreviewStrut.logger_$LI$().severe("No point during workingPlaneDrag!");
35445        return;
35446      }
35447      const planeIntersection = this.intersectWorkingPlane(ray);
35448      const vectorInPlane = planeIntersection.minus(this.point.getLocation().toRealVector());
35449      const almostPlanarVector = new RealVector(vectorInPlane.x, vectorInPlane.y, vectorInPlane.z);
35450      this.zoneBall.setVector(almostPlanarVector);
35451    }
35452  }
35453  /*private*/
35454  intersectWorkingPlane(ray) {
35455    const s = ray.getOrigin();
35456    const t = s.plus(ray.getDirection());
35457    const e12 = Math.fround(Math.fround(s.x * t.y) - Math.fround(t.x * s.y));
35458    const e23 = Math.fround(Math.fround(s.y * t.z) - Math.fround(t.y * s.z));
35459    const e31 = Math.fround(Math.fround(s.z * t.x) - Math.fround(t.z * s.x));
35460    const e10 = Math.fround(s.x - t.x);
35461    const e20 = Math.fround(s.y - t.y);
35462    const e30 = Math.fround(s.z - t.z);
35463    const x_e1 = -this.workingPlaneDual[2] * e12 - this.workingPlaneDual[0] * e10 + this.workingPlaneDual[3] * e31;
35464    const x_e2 = -this.workingPlaneDual[3] * e23 - this.workingPlaneDual[0] * e20 + this.workingPlaneDual[1] * e12;
35465    const x_e3 = -this.workingPlaneDual[1] * e31 - this.workingPlaneDual[0] * e30 + this.workingPlaneDual[2] * e23;
35466    const x_e0 = this.workingPlaneDual[1] * e10 + this.workingPlaneDual[2] * e20 + this.workingPlaneDual[3] * e30;
35467    return new RealVector(x_e1 / x_e0, x_e2 / x_e0, x_e3 / x_e0);
35468  }
35469  getLengthController() {
35470    return this.length;
35471  }
35472};
35473PreviewStrut["__class"] = "com.vzome.desktop.controller.PreviewStrut";
35474PreviewStrut["__interfaces"] = ["java.util.EventListener", "java.beans.PropertyChangeListener"];
35475((PreviewStrut2) => {
35476  class PreviewStrut$0 {
35477    /**
35478     * 
35479     * @return {*}
35480     */
35481    getRealizedModel() {
35482      return this.__parent.model;
35483    }
35484    /**
35485     * 
35486     * @return {*}
35487     */
35488    getSelection() {
35489      return null;
35490    }
35491    getSymmetrySystem$() {
35492      return null;
35493    }

35494    getSymmetrySystem$java_lang_String(name) {
35495      return null;
35496    }
35497    /**
35498     * 
35499     * @param {string} name
35500     * @return {*}
35501     */
35502    getSymmetrySystem(name) {
35503      if (typeof name === "string" || name === null) {
35504        return this.getSymmetrySystem$java_lang_String(name);
35505      } else if (name === void 0) {
35506        return this.getSymmetrySystem$();
35507      } else throw new Error("invalid overload");
35508    }
35509    /**
35510     * 
35511     * @return {*}
35512     */
35513    get4dSymmetries() {
35514      return null;
35515    }
35516    /**
35517     * 
35518     * @param {*} listener
35519     */
35520    addSelectionSummaryListener(listener) {
35521    }
35522    constructor(__parent) {
35523      this.__parent = __parent;
35524    }
35525  }
35526  PreviewStrut2.PreviewStrut$0 = PreviewStrut$0;
35527  PreviewStrut$0["__interfaces"] = ["com.vzome.core.editor.api.EditorModel", "com.vzome.core.editor.api.SymmetryAware"];
35528  class PreviewStrut$1 extends ZoneVectorBall {
35529    /**
35530     * 
35531     * @param {Axis} oldZone
35532     * @param {Axis} newZone
35533     */
35534    zoneChanged(oldZone, newZone) {
35535      if (this.__parent.length != null) this.__parent.length.removePropertyListener(this.__parent);
35536      this.__parent.setZone(newZone);
35537      if (newZone == null) return;
35538      this.__parent.length = this.__parent.symmetryController.orbitLengths.get(newZone.getDirection());
35539      this.__parent.adjustStrut();
35540      this.__parent.length.addPropertyListener(this.__parent);
35541    }
35542    constructor(__parent) {
35543      super();
35544      this.__parent = __parent;
35545    }
35546  }
35547  PreviewStrut2.PreviewStrut$1 = PreviewStrut$1;
35548})(PreviewStrut || (PreviewStrut = {}));
35549

35550// src/worker/legacy/from-java/com/vzome/desktop/controller/StrutBuilderController.ts
35551var StrutBuilderController = class extends DefaultController {
35552  constructor(context, field5) {
35553    super();
35554    this.useGraphicalViews = false;
35555    this.showStrutScales = false;
35556    this.useWorkingPlane = false;
35557    this.workingPlaneAxis = null;
35558    if (this.previewStrut === void 0) {
35559      this.previewStrut = null;
35560    }
35561    if (this.field === void 0) {
35562      this.field = null;
35563    }
35564    if (this.context === void 0) {
35565      this.context = null;
35566    }
35567    this.context = context;
35568    this.field = field5;
35569  }
35570  withGraphicalViews(value) {
35571    this.useGraphicalViews = value;
35572    return this;
35573  }
35574  withShowStrutScales(value) {
35575    this.showStrutScales = value;
35576    return this;
35577  }
35578  /**
35579   * 
35580   * @param {string} propName
35581   * @return {string}
35582   */
35583  getProperty(propName) {
35584    switch (propName) {
35585      case "useGraphicalViews":
35586        return javaemul.internal.BooleanHelper.toString(this.useGraphicalViews);
35587      case "useWorkingPlane":
35588        return javaemul.internal.BooleanHelper.toString(this.useWorkingPlane);
35589      case "workingPlaneDefined":
35590        return javaemul.internal.BooleanHelper.toString(this.workingPlaneAxis != null);
35591      case "showStrutScales":
35592        return javaemul.internal.BooleanHelper.toString(this.showStrutScales);
35593      default:
35594        return super.getProperty(propName);
35595    }
35596  }
35597  /**
35598   * 
35599   * @param {string} name
35600   * @param {*} value
35601   */
35602  setModelProperty(name, value) {
35603    switch (name) {
35604      case "useGraphicalViews":
35605        {
35606          const old = this.useGraphicalViews;
35607          this.useGraphicalViews = /* equals */
35608          ((o1, o2) => o1 && o1.equals ? o1.equals(o2) : o1 === o2)("true", value);
35609          this.firePropertyChange$java_lang_String$java_lang_Object$java_lang_Object(name, old, this.useGraphicalViews);
35610          break;
35611        }
35612        ;
35613      case "showStrutScales":
35614        {
35615          const old = this.showStrutScales;
35616          this.showStrutScales = /* equals */
35617          ((o1, o2) => o1 && o1.equals ? o1.equals(o2) : o1 === o2)("true", value);
35618          this.firePropertyChange$java_lang_String$java_lang_Object$java_lang_Object(name, old, this.showStrutScales);
35619          break;
35620        }
35621        ;
35622      default:
35623        super.setModelProperty(name, value);
35624    }
35625  }
35626  /**
35627   * 
35628   * @param {string} action
35629   */
35630  doAction(action) {
35631    switch (action) {
35632      case "toggleWorkingPlane":
35633        this.useWorkingPlane = !this.useWorkingPlane;
35634        break;
35635      case "toggleOrbitViews":
35636        {
35637          const old = this.useGraphicalViews;
35638          this.useGraphicalViews = !old;
35639          this.firePropertyChange$java_lang_String$java_lang_Object$java_lang_Object("useGraphicalViews", old, this.useGraphicalViews);
35640          break;
35641        }
35642        ;
35643      case "toggleStrutScales":
35644        {
35645          const old = this.showStrutScales;
35646          this.showStrutScales = !old;
35647          this.firePropertyChange$java_lang_String$java_lang_Object$java_lang_Object("showStrutScales", old, this.showStrutScales);
35648          break;
35649        }
35650        ;
35651      default:
35652        super.doAction(action);
35653    }
35654  }
35655  setWorkingPlaneAxis(axis) {
35656    this.workingPlaneAxis = axis;
35657    this.firePropertyChange$java_lang_String$java_lang_Object$java_lang_Object("workingPlaneDefined", false, true);
35658  }
35659  setMainScene(mainScene) {
35660    this.previewStrut = new PreviewStrut(this.field, mainScene, this.context);
35661  }
35662  getPreviewStrut() {
35663    return this.previewStrut;
35664  }
35665  startRendering(point, worldEye) {
35666    const axis = this.useWorkingPlane ? this.workingPlaneAxis : null;
35667    this.previewStrut.startRendering(point, axis, worldEye);
35668  }
35669  setSymmetryController(symmetryController) {
35670    if (this.previewStrut != null) this.previewStrut.setSymmetryController(symmetryController);
35671  }
35672};
35673StrutBuilderController["__class"] = "com.vzome.desktop.controller.StrutBuilderController";
35674StrutBuilderController["__interfaces"] = ["com.vzome.desktop.api.Controller"];
35675

35676// src/worker/legacy/from-java/com/vzome/desktop/controller/NumberController.ts
35677var NumberController = class _NumberController extends DefaultController {
35678  constructor(field5) {
35679    super();
35680    if (this.value === void 0) {
35681      this.value = null;
35682    }
35683    if (this.field === void 0) {
35684      this.field = null;
35685    }
35686    this.field = field5;
35687    this.value = field5.one();
35688  }
35689  /**
35690   * 
35691   * @param {string} listName
35692   * @return {java.lang.String[]}
35693   */
35694  getCommandList(listName) {
35695    switch (listName) {
35696      case "labels":
35697        const order = this.field.getOrder();
35698        let result = ((s) => {
35699          let a = [];
35700          while (s-- > 0) a.push(null);
35701          return a;
35702        })(order + 1);
35703        result[0] = "1";
35704        result[order] = "/";
35705        for (let i = 1; i < order; i++) {
35706          result[i] = this.field["getIrrational$int"](i);
35707        }
35708        return result;
35709      case "values":
35710        const td = this.value.toTrailingDivisor();
35711        result = ((s) => {
35712          let a = [];
35713          while (s-- > 0) a.push(null);
35714          return a;
35715        })(td.length);
35716        for (let i = 0; i < td.length; i++) {
35717          result[i] = td[i];
35718        }
35719        return result;
35720      case "named-values":
35721        return this.getNamedValues();
35722      case "math.operations":
35723        return _NumberController.MATH_OPS_$LI$();
35724      default:
35725        return super.getCommandList(listName);
35726    }
35727  }
35728  static OPTIONAL_NAMED_VALUES_$LI$() {
35729    if (_NumberController.OPTIONAL_NAMED_VALUES == null) {
35730      _NumberController.OPTIONAL_NAMED_VALUES = ["phi", "rho", "sigma", "alpha", "beta", "gamma", "delta", "epsilon", "theta", "kappa", "lambda", "mu", "seperator", "\u221A2", "\u221A3", "\u221A5", "\u221A6", "\u221A7", "\u221A8", "\u221A10"];
35731    }
35732    return _NumberController.OPTIONAL_NAMED_VALUES;
35733  }
35734  /*private*/
35735  getNamedValues() {
35736    let seperateNext = false;
35737    const list = new java.util.ArrayList();
35738    list.add("zero");
35739    list.add("one");
35740    for (let index = 0; index < _NumberController.OPTIONAL_NAMED_VALUES_$LI$().length; index++) {
35741      let test = _NumberController.OPTIONAL_NAMED_VALUES_$LI$()[index];
35742      {
35743        if (test === "seperator") {
35744          seperateNext = true;
35745        } else {
35746          if (this.field.getNumberByName(test) != null) {
35747            if (seperateNext) {
35748              seperateNext = false;
35749              list.add("seperator");
35750            }
35751            list.add(test);
35752          }
35753        }
35754      }
35755    }
35756    return list.toArray(((s) => {
35757      let a = [];
35758      while (s-- > 0) a.push(null);
35759      return a;
35760    })(list.size()));
35761  }
35762  /**
35763   * 
35764   * @param {string} property
35765   * @param {*} value
35766   */
35767  setModelProperty(property, value) {
35768    switch (property) {
35769      case "values":
35770        const tokens = value.split(" ");
35771        const divisor = tokens[tokens.length - 1];
35772        let rejoined = "";
35773        for (let i = 0; i < tokens.length - 1; i++) {
35774          {
35775            rejoined += tokens[i] + "/" + divisor + " ";
35776          }
35777          ;
35778        }
35779        this.value = this.field.parseNumber(rejoined);
35780        return;
35781      case "named-value":
35782        this.setValueByName(
35783          /* valueOf */
35784          String(value).toString()
35785        );
35786        return;
35787      case "math.operation":
35788        if (this.doMath(
35789          /* valueOf */
35790          String(value).toString()
35791        )) {
35792          return;
35793        }
35794    }
35795    super.setModelProperty(property, value);
35796  }
35797  /*private*/
35798  setValueByName(name) {
35799    const n = this.field.getNumberByName(name);
35800    if (n != null) {
35801      this.setValue(n);
35802    }
35803  }
35804  static MATH_OPS_$LI$() {
35805    if (_NumberController.MATH_OPS == null) {
35806      _NumberController.MATH_OPS = ["Negate", "Reciprocal", "Square"];
35807    }
35808    return _NumberController.MATH_OPS;
35809  }
35810  /*private*/
35811  doMath(operation) {
35812    switch (operation) {
35813      case "Negate":
35814        this.setValue(this.getValue().negate());
35815        return true;
35816      case "Reciprocal":
35817        if (!this.getValue().isZero()) {
35818          this.setValue(this.getValue().reciprocal());
35819        }
35820        return true;
35821      case "Square":
35822        this.setValue(this.getValue()["times$com_vzome_core_algebra_AlgebraicNumber"](this.getValue()));
35823        return true;
35824    }
35825    return false;

35826  }
35827  /**
35828   * 
35829   * @param {string} property
35830   * @return {string}
35831   */
35832  getProperty(property) {
35833    switch (property) {
35834      case "value":
35835        return this.value.toString(AlgebraicField.DEFAULT_FORMAT);
35836      case "evaluate":
35837        return (
35838          /* valueOf */
35839          String(this.value.evaluate()).toString()
35840        );
35841      default:
35842        return super.getProperty(property);
35843    }
35844  }
35845  getValue() {
35846    return this.value;
35847  }
35848  setValue(value) {
35849    this.value = value;
35850  }
35851};
35852NumberController["__class"] = "com.vzome.desktop.controller.NumberController";
35853NumberController["__interfaces"] = ["com.vzome.desktop.api.Controller"];
35854

35855// src/worker/legacy/from-java/com/vzome/desktop/controller/LengthController.ts
35856var LengthController = class _LengthController extends DefaultController {
35857  static SCALE_OFFSET_$LI$() {
35858    if (_LengthController.SCALE_OFFSET == null) {
35859      _LengthController.SCALE_OFFSET = Direction.USER_SCALE;
35860    }
35861    return _LengthController.SCALE_OFFSET;
35862  }
35863  constructor(fixedFactor, standardUnitFactor, field5) {
35864    if ((fixedFactor != null && (fixedFactor.constructor != null && fixedFactor.constructor["__interfaces"] != null && fixedFactor.constructor["__interfaces"].indexOf("com.vzome.core.algebra.AlgebraicNumber") >= 0) || fixedFactor === null) && (standardUnitFactor != null && (standardUnitFactor.constructor != null && standardUnitFactor.constructor["__interfaces"] != null && standardUnitFactor.constructor["__interfaces"].indexOf("com.vzome.core.algebra.AlgebraicNumber") >= 0) || standardUnitFactor === null) && (field5 != null && (field5.constructor != null && field5.constructor["__interfaces"] != null && field5.constructor["__interfaces"].indexOf("com.vzome.core.algebra.AlgebraicField") >= 0) || field5 === null)) {
35865      let __args = arguments;
35866      super();
35867      if (this.currentScales === void 0) {
35868        this.currentScales = null;
35869      }
35870      if (this.unitController === void 0) {
35871        this.unitController = null;
35872      }
35873      if (this.fixedFactor === void 0) {
35874        this.fixedFactor = null;
35875      }
35876      if (this.unitFactor === void 0) {
35877        this.unitFactor = null;
35878      }
35879      if (this.multiplier === void 0) {
35880        this.multiplier = 0;
35881      }
35882      if (this.standardUnitFactor === void 0) {
35883        this.standardUnitFactor = null;
35884      }
35885      if (this.field === void 0) {
35886        this.field = null;
35887      }
35888      this.half = false;
35889      this.fixedFactor = fixedFactor;
35890      this.standardUnitFactor = standardUnitFactor;
35891      this.field = field5;
35892      this.multiplier = 0;
35893      this.unitFactor = standardUnitFactor;
35894      this.currentScales = ((s) => {
35895        let a = [];
35896        while (s-- > 0) a.push(null);
35897        return a;
35898      })(field5.getNumMultipliers());
35899      for (let i = 0; i < this.currentScales.length; i++) {
35900        {
35901          this.currentScales[i] = new _LengthController.ScaleController(this);
35902          this.addSubController("scale." + i, this.currentScales[i]);
35903        }
35904        ;
35905      }
35906      this.unitController = new NumberController(field5);
35907      this.addSubController("unit", this.unitController);
35908    } else if ((fixedFactor != null && (fixedFactor.constructor != null && fixedFactor.constructor["__interfaces"] != null && fixedFactor.constructor["__interfaces"].indexOf("com.vzome.core.algebra.AlgebraicField") >= 0) || fixedFactor === null) && standardUnitFactor === void 0 && field5 === void 0) {
35909      let __args = arguments;
35910      let field6 = __args[0];
35911      {
35912        let __args2 = arguments;
35913        let fixedFactor2 = __args2[2].one();
35914        let standardUnitFactor2 = __args2[2].one();
35915        super();
35916        if (this.currentScales === void 0) {
35917          this.currentScales = null;
35918        }
35919        if (this.unitController === void 0) {
35920          this.unitController = null;
35921        }
35922        if (this.fixedFactor === void 0) {
35923          this.fixedFactor = null;
35924        }
35925        if (this.unitFactor === void 0) {
35926          this.unitFactor = null;
35927        }
35928        if (this.multiplier === void 0) {
35929          this.multiplier = 0;
35930        }
35931        if (this.standardUnitFactor === void 0) {
35932          this.standardUnitFactor = null;
35933        }
35934        if (this.field === void 0) {
35935          this.field = null;
35936        }
35937        this.half = false;
35938        this.fixedFactor = fixedFactor2;
35939        this.standardUnitFactor = standardUnitFactor2;
35940        this.field = field6;
35941        this.multiplier = 0;
35942        this.unitFactor = standardUnitFactor2;
35943        this.currentScales = ((s) => {
35944          let a = [];
35945          while (s-- > 0) a.push(null);
35946          return a;
35947        })(field6.getNumMultipliers());
35948        for (let i = 0; i < this.currentScales.length; i++) {
35949          {
35950            this.currentScales[i] = new _LengthController.ScaleController(this);
35951            this.addSubController("scale." + i, this.currentScales[i]);
35952          }
35953          ;
35954        }
35955        this.unitController = new NumberController(field6);
35956        this.addSubController("unit", this.unitController);
35957      }
35958    } else throw new Error("invalid overload");
35959  }
35960  /**
35961   * 
35962   * @param {string} name
35963   * @return {*}
35964   */
35965  getSubController(name) {
35966    switch (name) {
35967      case "unit":
35968        return this.unitController;
35969      case "scale":
35970        return this.currentScales[this.multiplier];
35971      default:
35972        return super.getSubController(name);
35973    }
35974  }
35975  fireLengthChange() {
35976    this.firePropertyChange$java_lang_String$java_lang_Object$java_lang_Object("length", true, false);
35977  }
35978  resetScales() {
35979    for (let i = 0; i < this.currentScales.length; i++) {
35980      {
35981        this.currentScales[i].setScale(0);
35982      }
35983      ;
35984    }
35985  }
35986  /**
35987   * 
35988   * @param {string} action
35989   */
35990  doAction(action) {
35991    switch (action) {
35992      case "setCustomUnit":
35993        this.unitController.setValue(this.unitFactor);
35994        return;
35995      case "getCustomUnit":
35996        this.unitFactor = this.unitController.getValue();
35997        this.resetScales();
35998        this.multiplier = 0;
35999        this.fireLengthChange();
36000        return;
36001      case "toggleHalf":
36002        {
36003          this.half = !this.half;
36004          this.fireLengthChange();
36005          return;
36006        }
36007        ;
36008      case "reset":
36009      case "short":
36010        {
36011          this.unitFactor = this.standardUnitFactor;
36012          this.resetScales();
36013          this.multiplier = 0;
36014          this.fireLengthChange();
36015          return;
36016        }
36017        ;
36018      case "supershort":
36019        {
36020          this.unitFactor = this.standardUnitFactor;
36021          this.resetScales();
36022          this.currentScales[0].setScale(-1);
36023          this.multiplier = 0;
36024          this.fireLengthChange();
36025          return;
36026        }
36027        ;
36028      case "medium":
36029        {
36030          this.unitFactor = this.standardUnitFactor;
36031          this.resetScales();
36032          this.currentScales[0].setScale(1);
36033          this.multiplier = 0;
36034          this.fireLengthChange();
36035          return;
36036        }
36037        ;
36038      case "long":
36039        {
36040          this.unitFactor = this.standardUnitFactor;
36041          this.resetScales();
36042          this.currentScales[0].setScale(2);
36043          this.multiplier = 0;
36044          this.fireLengthChange();
36045          return;
36046        }
36047        ;
36048      case "scaleUp":
36049      case "scaleDown":
36050        this.currentScales[this.multiplier].doAction(action);
36051        return;
36052      case "newZeroScale":
36053        {
36054          this.unitFactor = this.applyScales(this.unitFactor);
36055          this.resetScales();
36056          this.multiplier = 0;
36057          this.fireLengthChange();
36058          return;
36059        }
36060        ;
36061      default:
36062        if (
36063          /* startsWith */
36064          ((str, searchString, position = 0) => str.substr(position, searchString.length) === searchString)(action, "setMultiplier.")
36065        ) {
36066          action = action.substring("setMultiplier.".length);
36067          const i = javaemul.internal.IntegerHelper.parseInt(action);
36068          this.multiplier = i;
36069          this.fireLengthChange();
36070        } else super.doAction(action);
36071    }
36072  }
36073  /**
36074   * 
36075   * @param {string} property
36076   * @param {*} value
36077   */
36078  setModelProperty(property, value) {
36079    switch (property) {
36080      case "half":
36081        {
36082          const oldHalf = this.half;
36083          this.half = javaemul.internal.BooleanHelper.parseBoolean(value);
36084          if (this.half !== oldHalf) this.fireLengthChange();
36085          break;
36086        }
36087        ;
36088      case "scale":
36089        {
36090          this.currentScales[this.multiplier].setModelProperty(property, value);
36091          return;
36092        }
36093        ;
36094      default:
36095        super.setModelProperty(property, value);
36096    }
36097  }
36098  /**
36099   * 
36100   * @param {string} name
36101   * @return {string}
36102   */
36103  getProperty(name) {
36104    switch (name) {
36105      case "multiplier":
36106        return (
36107          /* toString */
36108          "" + this.multiplier
36109        );
36110      case "half":
36111        return javaemul.internal.BooleanHelper.toString(this.half);
36112      case "scale":
36113        return this.currentScales[this.multiplier].getProperty(name);
36114      case "unitText":
36115        return this.readable(this.unitFactor);
36116      case "unitIsCustom":
36117        return javaemul.internal.BooleanHelper.toString(!/* equals */
36118        ((o1, o2) => {
36119          if (o1 && o1.equals) {
36120            return o1.equals(o2);
36121          } else {
36122            return o1 === o2;
36123          }
36124        })(this.unitFactor, this.standardUnitFactor));
36125      case "lengthText":
36126        {
36127          let result = this.unitFactor;
36128          result = this.applyScales(result);
36129          return this.readable(result);
36130        }
36131        ;
36132      case "lengthMathML":
36133        {
36134          let result = this.unitFactor;
36135          result = this.applyScales(result);
36136          return result.getMathML();
36137        }
36138        ;
36139      case "scaleFactorHtml":
36140        {
36141          let html = "";
36142          for (let i = 0; i < this.currentScales.length; i++) {
36143            {
36144              html += this.field["getIrrational$int"](i + 1) + this.currentScales[i].getProperty("scaleHtml") + "  \u2715  ";
36145            }
36146            ;
36147          }
36148          return html;
36149        }
36150        ;
36151      default:
36152        return super.getProperty(name);
36153    }
36154  }
36155  applyScales(value) {
36156    for (let i = 0; i < this.currentScales.length; i++) {
36157      {
36158        const scale = this.currentScales[i].getScale();
36159        value = value["times$com_vzome_core_algebra_AlgebraicNumber"](this.field["createPower$int$int"](scale, i + 1));
36160      }
36161      ;
36162    }
36163    return value;
36164  }
36165  readable(unitFactor2) {
36166    const buf = new java.lang.StringBuffer();
36167    unitFactor2.getNumberExpression(buf, AlgebraicField.DEFAULT_FORMAT);
36168    return buf.toString();
36169  }
36170  /**
36171   * Get the actual length value to use when rendering.  This value will multiply the zone's normal vector,
36172   * whatever its length is (not necessarily a unit vector).
36173   * @return {*}
36174   */
36175  getValue() {
36176    let result = this.unitFactor["times$com_vzome_core_algebra_AlgebraicNumber"](this.fixedFactor);
36177    if (this.half) result = result["times$com_vzome_core_algebra_AlgebraicNumber"](this.field["createRational$long$long"](1, 2));
36178    result = result["times$com_vzome_core_algebra_AlgebraicNumber"](this.field["createPower$int"](_LengthController.SCALE_OFFSET_$LI$()));
36179    result = this.applyScales(result);
36180    return result;
36181  }
36182  getScale() {
36183    return this.currentScales[this.multiplier].getScale();
36184  }
36185  setScale(amt) {
36186    this.currentScales[this.multiplier].setScale(amt);
36187  }
36188  /**
36189   * This is basically an inverse of getValue(), but with scale fixed at zero,
36190   * thus forcing unitFactor to float.
36191   * 
36192   * @param {*} length
36193   */
36194  setActualLength(length) {
36195    this.half = false;

36196    this.resetScales();
36197    length = length["times$com_vzome_core_algebra_AlgebraicNumber"](this.field["createPower$int"](-_LengthController.SCALE_OFFSET_$LI$()));
36198    this.unitFactor = length.dividedBy(this.fixedFactor);
36199    this.fireLengthChange();
36200  }
36201};
36202LengthController["__class"] = "com.vzome.desktop.controller.LengthController";
36203LengthController["__interfaces"] = ["com.vzome.desktop.api.Controller"];
36204((LengthController2) => {
36205  class ScaleController extends DefaultController {
36206    static {
36207      this.MAX_SCALE = 6;
36208    }
36209    static {
36210      this.MIN_SCALE = -6;
36211    }
36212    /**
36213     * 
36214     * @param {string} action
36215     */
36216    doAction(action) {
36217      if ("scaleUp" === action) this.setScale(this.scale + 1);
36218      else if ("scaleDown" === action) this.setScale(this.scale - 1);
36219      else super.doAction(action);
36220    }
36221    /**
36222     * 
36223     * @param {string} property
36224     * @param {*} value
36225     */
36226    setModelProperty(property, value) {
36227      if ("scale" === property) {
36228        this.setScale(javaemul.internal.IntegerHelper.parseInt(value));
36229        return;
36230      } else super.setModelProperty(property, value);
36231    }
36232    /**
36233     * 
36234     * @param {string} string
36235     * @return {string}
36236     */
36237    getProperty(string) {
36238      if ("scale" === string) return (
36239        /* toString */
36240        "" + this.scale
36241      );
36242      if ("scaleHtml" === string) {
36243        if (this.scale === 0) return "\u2070";
36244        const absScale = Math.abs(this.scale);
36245        let result = absScale === this.scale ? "" : "\u207B";
36246        switch (absScale) {
36247          case 1:
36248            result += "\xB9";
36249            break;
36250          case 2:
36251            result += "\xB2";
36252            break;
36253          case 3:
36254            result += "\xB3";
36255            break;
36256          case 4:
36257            result += "\u2074";
36258            break;
36259          case 5:
36260            result += "\u2075";
36261            break;
36262          case 6:
36263            result += "\u2076";
36264            break;
36265          case 7:
36266            result += "\u2077";
36267            break;
36268          case 8:
36269            result += "\u2078";
36270            break;
36271          case 9:
36272            result += "\u2079";
36273            break;
36274          default:
36275            result += "\u207F";
36276            break;
36277        }
36278        return result;
36279      }
36280      return super.getProperty(string);
36281    }
36282    setScale(amt) {
36283      const oldScale = this.scale;
36284      this.scale = amt;
36285      if (this.scale > ScaleController.MAX_SCALE) this.scale = ScaleController.MAX_SCALE;
36286      else if (this.scale < ScaleController.MIN_SCALE) this.scale = ScaleController.MIN_SCALE;
36287      if (oldScale !== this.scale) this.__parent.fireLengthChange();
36288    }
36289    getScale() {
36290      return this.scale;
36291    }
36292    constructor(__parent) {
36293      super();
36294      this.__parent = __parent;
36295      this.scale = 0;
36296    }
36297  }
36298  LengthController2.ScaleController = ScaleController;
36299  ScaleController["__class"] = "com.vzome.desktop.controller.LengthController.ScaleController";
36300  ScaleController["__interfaces"] = ["com.vzome.desktop.api.Controller"];
36301})(LengthController || (LengthController = {}));
36302

36303// src/worker/legacy/from-java/com/vzome/desktop/controller/OrbitSetController.ts
36304var OrbitSetController = class _OrbitSetController extends DefaultController {
36305  constructor(orbits, allOrbits, colorSource) {
36306    super();
36307    if (this.colorSource === void 0) {
36308      this.colorSource = null;
36309    }
36310    if (this.orbits === void 0) {
36311      this.orbits = null;
36312    }
36313    if (this.allOrbits === void 0) {
36314      this.allOrbits = null;
36315    }
36316    this.lastOrbit = null;
36317    this.mOneAtATime = true;
36318    this.orbitDots = new java.util.HashMap();
36319    this.orbits = orbits;
36320    this.allOrbits = allOrbits;
36321    this.colorSource = colorSource;
36322    this.mOneAtATime = orbits.size() === 1;
36323    this.recalculateDots();
36324  }
36325  recalculateDots() {
36326    this.orbits.retainAll(this.allOrbits);
36327    const symmetry = this.allOrbits.getSymmetry();
36328    let test = new RealVector(0.1, 0.1, 1);
36329    if (symmetry != null && symmetry instanceof OctahedralSymmetry) test = new RealVector(2, 1, 4);
36330    else if (symmetry != null && symmetry instanceof DodecagonalSymmetry) test = new RealVector(10, 1, 1);
36331    symmetry.computeOrbitDots();
36332    this.orbitDots.clear();
36333    let lastOrbitChanged = false;
36334    for (let index = this.allOrbits.getDirections().iterator(); index.hasNext(); ) {
36335      let dir = index.next();
36336      {
36337        if (this.lastOrbit == null) {
36338          this.lastOrbit = dir;
36339          lastOrbitChanged = true;
36340        }
36341        const orbit = new _OrbitSetController.OrbitState();
36342        this.orbitDots.put(dir, orbit);
36343        orbit.color = this.colorSource.getColor(dir);
36344        orbit.dotX = dir.getDotX();
36345        if (orbit.dotX >= -90) {
36346          orbit.dotY = dir.getDotY();
36347        } else {
36348          const axis = symmetry["getAxis$com_vzome_core_math_RealVector$java_util_Collection"](test, java.util.Collections.singleton(dir));
36349          const v = axis.normal();
36350          let z = v.getComponent(2).evaluate();
36351          if (z === 0) {
36352            z = 1;
36353          }
36354          orbit.dotX = v.getComponent(0).evaluate();
36355          orbit.dotX = orbit.dotX / z;
36356          orbit.dotY = v.getComponent(1).evaluate();
36357          orbit.dotY = orbit.dotY / z;
36358        }
36359      }
36360    }
36361    if (this.lastOrbit == null || !this.allOrbits.contains(this.lastOrbit)) {
36362      lastOrbitChanged = true;
36363      if (!this.orbits.isEmpty()) this.lastOrbit = this.orbits.last();
36364      else if (!this.orbitDots.isEmpty()) this.lastOrbit = this.orbitDots.keySet().iterator().next();
36365      else this.lastOrbit = null;
36366    }
36367    if (lastOrbitChanged) this.firePropertyChange$java_lang_String$java_lang_Object$java_lang_Object("selectedOrbit", null, this.lastOrbit == null ? null : this.lastOrbit.getName());
36368  }
36369  /**
36370   * 
36371   * @param {string} action
36372   */
36373  doAction(action) {
36374    if (action === "refreshDots") {
36375      this.recalculateDots();
36376      return;
36377    }
36378    if (action === "toggleHalf" || action === "reset" || action === "short" || action === "medium" || action === "long" || /* startsWith */
36379    ((str, searchString, position = 0) => str.substr(position, searchString.length) === searchString)(action, "adjustScale.") || action === "scaleUp" || action === "scaleDown") {

36380      this.getSubController("currentLength").actionPerformed(null, action);
36381      return;
36382    }
36383    if (action === "setNoDirections") {
36384      this.orbits.clear();
36385    } else if (action === "setAllDirections") {
36386      this.mOneAtATime = false;
36387      this.orbits.addAll(this.allOrbits);
36388    } else if (action === "rZomeOrbits") {
36389      this.mOneAtATime = false;
36390      this.orbits.clear();
36391      for (let index = this.allOrbits.getDirections().iterator(); index.hasNext(); ) {
36392        let dir = index.next();
36393        {
36394          if (dir.isStandard()) {
36395            this.orbits.add(dir);
36396          }
36397        }
36398      }
36399    } else if (action === "predefinedOrbits") {
36400      this.mOneAtATime = false;
36401      this.orbits.clear();
36402      for (let index = this.allOrbits.getDirections().iterator(); index.hasNext(); ) {
36403        let dir = index.next();
36404        {
36405          if (!dir.isAutomatic()) {
36406            this.orbits.add(dir);
36407          }
36408        }
36409      }
36410    } else if (action === "oneAtATime") {
36411      this.mOneAtATime = !this.mOneAtATime;
36412      if (!this.mOneAtATime) return;
36413      this.orbits.clear();
36414      if (this.lastOrbit != null) this.orbits.add(this.lastOrbit);
36415    } else if (
36416      /* startsWith */
36417      ((str, searchString, position = 0) => str.substr(position, searchString.length) === searchString)(action, "setSingleOrbit.")
36418    ) {
36419      const lastValue = this.mOneAtATime;
36420      const value = action.substring("setSingleOrbit.".length);
36421      this.mOneAtATime = javaemul.internal.BooleanHelper.parseBoolean(value);
36422      if (this.mOneAtATime) {
36423        this.orbits.clear();
36424        if (this.lastOrbit != null) this.orbits.add(this.lastOrbit);
36425      }
36426      this.firePropertyChange$java_lang_String$java_lang_Object$java_lang_Object("oneAtATime", lastValue, this.mOneAtATime);
36427    } else if (
36428      /* startsWith */
36429      ((str, searchString, position = 0) => str.substr(position, searchString.length) === searchString)(action, "enableDirection.")
36430    ) {
36431      const dirName = action.substring("enableDirection.".length);
36432      const dir = this.allOrbits.getDirection(dirName);
36433      if (dir != null && !this.orbits.contains(dir)) this.toggleOrbit(dir);
36434    } else if (
36435      /* startsWith */
36436      ((str, searchString, position = 0) => str.substr(position, searchString.length) === searchString)(action, "toggleDirection.")
36437    ) {
36438      const dirName = action.substring("toggleDirection.".length);
36439      const dir = this.allOrbits.getDirection(dirName);
36440      this.toggleOrbit(dir);
36441    } else if (
36442      /* startsWith */
36443      ((str, searchString, position = 0) => str.substr(position, searchString.length) === searchString)(action, "setSingleDirection.")
36444    ) {
36445      this.mOneAtATime = true;
36446      const dirName = action.substring("setSingleDirection.".length);
36447      const dir = this.allOrbits.getDirection(dirName);
36448      this.toggleOrbit(dir);
36449    }
36450    this.firePropertyChange$java_lang_String$java_lang_Object$java_lang_Object("orbits", true, false);
36451  }
36452  /**
36453   * 
36454   * @param {PropertyChangeEvent} evt
36455   */
36456  propertyChange(evt) {
36457    if ("length" === evt.getPropertyName() && evt.getSource() === this.getSubController("currentLength")) this.firePropertyChange$java_beans_PropertyChangeEvent(evt);
36458    if ("orbits" === evt.getPropertyName()) {
36459      this.recalculateDots();
36460      this.firePropertyChange$java_beans_PropertyChangeEvent(evt);
36461    }
36462  }
36463  toggleOrbit(dir) {
36464    if (this.mOneAtATime) this.orbits.clear();
36465    if (this.orbits.add(dir)) {
36466      this.lastOrbit = dir;
36467      this.firePropertyChange$java_lang_String$java_lang_Object$java_lang_Object("selectedOrbit", null, dir.getName());
36468    } else if (this.orbits.remove(dir)) {
36469    } else throw new java.lang.IllegalStateException("could not toggle direction " + dir.getName());
36470  }
36471  /**
36472   * 
36473   * @param {string} name
36474   * @return {*}
36475   */
36476  getSubController(name) {
36477    if ("currentLength" === name) return super.getSubController("length." + this.getProperty("selectedOrbit"));
36478    return super.getSubController(name);
36479  }
36480  /**
36481   * 
36482   * @param {string} string
36483   * @return {string}
36484   */
36485  getProperty(string) {
36486    if ("oneAtATime" === string) return javaemul.internal.BooleanHelper.toString(this.mOneAtATime);
36487    if ("reverseOrbitTriangle" === string) return javaemul.internal.BooleanHelper.toString(this.allOrbits.getSymmetry().reverseOrbitTriangle());
36488    if ("selectedOrbit" === string) if (this.lastOrbit != null) return this.lastOrbit.getName();
36489    else return null;
36490    if ("halfSizes" === string) if (this.lastOrbit != null && this.lastOrbit.hasHalfSizes()) return "true";
36491    else return "false";
36492    if ("scaleName.superShort" === string) return this.lastOrbit == null ? null : this.lastOrbit.getScaleName(0);
36493    if ("scaleName.short" === string) return this.lastOrbit == null ? null : this.lastOrbit.getScaleName(1);
36494    if ("scaleName.medium" === string) return this.lastOrbit == null ? null : this.lastOrbit.getScaleName(2);
36495    if ("scaleName.long" === string) return this.lastOrbit == null ? null : this.lastOrbit.getScaleName(3);
36496    if ("color" === string) {
36497      const color = this.colorSource.getColor(this.lastOrbit);
36498      if (color == null) return null;
36499      const rgb = color.getRGB();
36500      return "0x" + javaemul.internal.IntegerHelper.toHexString(rgb);
36501    }
36502    if (/* @__PURE__ */ ((lhs, rhs) => lhs || rhs)(/* @__PURE__ */ ((lhs, rhs) => lhs || rhs)("half" === string, "unitText" === string), "multiplierText" === string)) return this.get

36502SubController("currentLength").getProperty(string);
36503    if (
36504      /* startsWith */
36505      ((str, searchString, position = 0) => str.substr(position, searchString.length) === searchString)(string, "orbitDot.")
36506    ) {
36507      const orbitName = string.substring("orbitDot.".length);
36508      const orbit = this.allOrbits.getDirection(orbitName);
36509      const dot = this.orbitDots.get(orbit);
36510      if (dot == null) return "0xffffff/0/0";
36511      return "0x" + javaemul.internal.IntegerHelper.toHexString(dot.color.getRGB()) + "/" + dot.dotX + "/" + dot.dotY;
36512    }
36513    if (
36514      /* startsWith */
36515      ((str, searchString, position = 0) => str.substr(position, searchString.length) === searchString)(string, "orbitEnabled.")
36516    ) {
36517      const orbitName = string.substring("orbitEnabled.".length);
36518      const orbit = this.orbits.getDirection(orbitName);
36519      return javaemul.internal.BooleanHelper.toString(orbit != null);
36520    }
36521    return super.getProperty(string);
36522  }
36523  /**
36524   * 
36525   * @param {string} cmd
36526   * @param {*} value
36527   */
36528  setModelProperty(cmd, value) {
36529    if ("oneAtATime" === cmd) this.mOneAtATime = /* equals */
36530    ((o1, o2) => o1 && o1.equals ? o1.equals(o2) : o1 === o2)("true", value);
36531    else if (/* @__PURE__ */ ((lhs, rhs) => lhs || rhs)("multiplier" === cmd, "half" === cmd)) this.getSubController("currentLength").setProperty(cmd, value);
36532    else super.setModelProperty(cmd, value);
36533  }
36534  /**
36535   * 
36536   * @param {string} listName
36537   * @return {java.lang.String[]}
36538   */
36539  getCommandList(listName) {
36540    if (listName === "orbits") {
36541      const result = ((s) => {
36542        let a = [];
36543        while (s-- > 0) a.push(null);
36544        return a;
36545      })(this.orbits.size());
36546      let i = 0;
36547      for (let index = this.orbits.getDirections().iterator(); index.hasNext(); ) {
36548        let dir = index.next();
36549        {
36550          result[i] = dir.getName();
36551          i++;
36552        }
36553      }
36554      return result;
36555    }
36556    if (listName === "allOrbits") {
36557      const result = ((s) => {
36558        let a = [];
36559        while (s-- > 0) a.push(null);
36560        return a;
36561      })(this.allOrbits.size());
36562      let i = 0;
36563      for (let index = this.allOrbits.getDirections().iterator(); index.hasNext(); ) {
36564        let dir = index.next();
36565        {
36566          result[i] = dir.getName();
36567          i++;
36568        }
36569      }
36570      return result;
36571    }
36572    return super.getCommandList(listName);
36573  }
36574};
36575OrbitSetController["__class"] = "com.vzome.desktop.controller.OrbitSetController";
36576OrbitSetController["__interfaces"] = ["java.util.EventListener", "java.beans.PropertyChangeListener", "com.vzome.desktop.api.Controller"];
36577((OrbitSetController2) => {
36578  class OrbitState {
36579    constructor() {
36580      if (this.dotX === void 0) {
36581        this.dotX = 0;
36582      }
36583      if (this.dotY === void 0) {
36584        this.dotY = 0;
36585      }
36586      if (this.color === void 0) {
36587        this.color = null;
36588      }
36589    }
36590  }
36591  OrbitSetController2.OrbitState = OrbitState;
36592  OrbitState["__class"] = "com.vzome.desktop.controller.OrbitSetController.OrbitState";
36593})(OrbitSetController || (OrbitSetController = {}));
36594

36595// src/worker/legacy/from-java/com/vzome/desktop/controller/SymmetrySnapper.ts
36596var SymmetrySnapper = class {
36597  constructor(orbitSet) {
36598    if (this.orbitSet === void 0) {
36599      this.orbitSet = null;
36600    }
36601    if (this.embedding === void 0) {
36602      this.embedding = null;
36603    }
36604    this.orbitSet = orbitSet;
36605    this.embedding = orbitSet.getSymmetry();
36606  }
36607  /**
36608   * 
36609   * @param {RealVector} zIn
36610   * @return {RealVector}
36611   */
36612  snapZ(zIn) {
36613    const lookZone = this.orbitSet.getAxis(zIn);
36614    if (lookZone == null) return zIn;
36615    return this.embedding.embedInR3(lookZone.normal());
36616  }
36617  /**
36618   * 
36619   * @param {RealVector} zOut
36620   * @param {RealVector} yIn
36621   * @return {RealVector}
36622   */
36623  snapY(zOut, yIn) {
36624    const upZone = this.orbitSet.getAxis(yIn);
36625    if (upZone == null) return yIn;
36626    yIn = this.embedding.embedInR3(upZone.normal());
36627    const left = zOut.cross(yIn);
36628    return left.cross(zOut);
36629  }
36630};
36631SymmetrySnapper["__class"] = "com.vzome.desktop.controller.SymmetrySnapper";
36632SymmetrySnapper["__interfaces"] = ["com.vzome.desktop.controller.OrbitSnapper"];
36633

36634// src/worker/legacy/from-java/com/vzome/desktop/controller/ToolFactoryController.ts
36635var ToolFactoryController = class extends DefaultController {
36636  constructor(factory) {
36637    super();
36638    if (this.factory === void 0) {
36639      this.factory = null;
36640    }
36641    this.factory = factory;
36642    factory.addListener(this);
36643  }
36644  /**
36645   * 
36646   * @param {PropertyChangeEvent} evt
36647   */
36648  propertyChange(evt) {
36649    switch (evt.getPropertyName()) {
36650      case "enabled":
36651        this.firePropertyChange$java_beans_PropertyChangeEvent(evt);
36652        break;
36653      default:
36654        break;
36655    }
36656  }
36657  /**
36658   * 
36659   * @param {string} name
36660   * @return {string}
36661   */
36662  getProperty(name) {
36663    switch (name) {
36664      case "title":
36665        return this.factory.getLabel();
36666      case "tooltip":
36667        return this.factory.getToolTip();
36668      case "enabled":
36669        return javaemul.internal.BooleanHelper.toString(this.factory.isEnabled());
36670      default:
36671        return super.getProperty(name);
36672    }
36673  }
36674  /**
36675   * 
36676   * @param {string} action
36677   */
36678  doAction(action) {
36679    switch (action) {
36680      case "createTool":
36681        this.factory.createTool();
36682        break;
36683      default:
36684        super.doAction(action);
36685    }
36686  }
36687};
36688ToolFactoryController["__class"] = "com.vzome.desktop.controller.ToolFactoryController";
36689ToolFactoryController["__interfaces"] = ["java.util.EventListener", "java.beans.PropertyChangeListener", "com.vzome.desktop.api.Controller"];
36690

36691// src/worker/legacy/from-java/com/vzome/desktop/controller/SymmetryController.ts
36692var SymmetryController = class _SymmetryController extends DefaultController {
36693  static UNTOOLBARED_LABELS_$LI$() {
36694    if (_SymmetryController.UNTOOLBARED_LABELS == null) {
36695      _SymmetryController.UNTOOLBARED_LABELS = new java.util.HashSet(java.util.Arrays.asList("reflection through XY plane", "reflection through X=Y green plane", "symmetry around red through origin", "rotate around red through origin", "b1 move along +X"));
36696    }
36697    return _SymmetryController.UNTOOLBARED_LABELS;
36698  }
36699  /**
36700   * 
36701   * @param {string} string
36702   * @return {string}
36703   */
36704  getProperty(string) {
36705    switch (string) {
36706      case "label":
36707        return this.label;
36708      case "name":
36709        return this.symmetrySystem.getName();
36710      case "renderingStyle":
36711        return this.symmetrySystem.getStyle$().getName();
36712      case "modelResourcePath":
36713        return this.symmetrySystem.getModelResourcePath();
36714      default:
36715        if (
36716          /* startsWith */
36717          ((str, searchString, position = 0) => str.substr(position, searchString.length) === searchString)(string, "orbitColor.")
36718        ) {
36719          const name = string.substring("orbitColor.".length);
36720          const dir = this.symmetrySystem.getOrbits().getDirection(name);
36721          const color = this.getColor(dir);
36722          return color.toString();
36723        }
36724        return super.getProperty(string);
36725    }
36726  }
36727  getSymmetry() {
36728    return this.symmetrySystem.getSymmetry();
36729  }
36730  getSnapper() {
36731    return this.snapper;
36732  }
36733  constructor(label, parent, model, mRenderedModel) {
36734    super();
36735    if (this.symmetrySystem === void 0) {
36736      this.symmetrySystem = null;
36737    }
36738    if (this.availableOrbits === void 0) {
36739      this.availableOrbits = null;
36740    }
36741    if (this.snapOrbits === void 0) {
36742      this.snapOrbits = null;
36743    }
36744    if (this.buildOrbits === void 0) {
36745      this.buildOrbits = null;
36746    }
36747    if (this.renderOrbits === void 0) {
36748      this.renderOrbits = null;
36749    }
36750    if (this.snapper === void 0) {
36751      this.snapper = null;
36752    }
36753    if (this.availableController === void 0) {
36754      this.availableController = null;
36755    }
36756    if (this.snapController === void 0) {
36757      this.snapController = null;
36758    }
36759    if (this.buildController === void 0) {
36760      this.buildController = null;
36761    }
36762    if (this.renderController === void 0) {
36763      this.renderController = null;
36764    }
36765    this.orbitLengths = new java.util.HashMap();
36766    this.symmetryToolFactories = new java.util.LinkedHashMap();
36767    this.transformToolFactories = new java.util.LinkedHashMap();
36768    this.linearMapToolFactories = new java.util.LinkedHashMap();
36769    if (this.renderedModel === void 0) {
36770      this.renderedModel = null;
36771    }
36772    if (this.label === void 0) {
36773      this.label = null;
36774    }
36775    this.label = label;
36776    this.symmetrySystem = model;
36777    this.renderedModel = mRenderedModel;
36778    const symmetry = model.getSymmetry();
36779    this.availableOrbits = new OrbitSet(symmetry);
36780    this.snapOrbits = new OrbitSet(symmetry);
36781    this.buildOrbits = new OrbitSet(symmetry);
36782    this.renderOrbits = new OrbitSet(symmetry);
36783    this.snapper = new SymmetrySnapper(this.snapOrbits);
36784    for (let index = symmetry.getOrbitSet().getDirections().iterator(); index.hasNext(); ) {
36785      let orbit = index.next();
36786      {
36787        if (model.orbitIsStandard(orbit)) {
36788          this.availableOrbits.add(orbit);
36789          this.snapOrbits.add(orbit);
36790          if (model.orbitIsBuildDefault(orbit)) {
36791            this.buildOrbits.add(orbit);
36792          }
36793        }
36794        this.renderOrbits.add(orbit);
36795      }
36796    }
36797    this.availableController = new OrbitSetController(this.availableOrbits, this.symmetrySystem.getOrbits(), this.symmetrySystem);
36798    this.addSubController("availableOrbits", this.availableController);
36799    this.snapController = new OrbitSetController(this.snapOrbits, this.availableOrbits, this.symmetrySystem);
36800    this.addSubController("snapOrbits", this.snapController);
36801    this.buildController = new OrbitSetController(this.buildOrbits, this.availableOrbits, this.symmetrySystem);
36802    this.addSubController("buildOrbits", this.buildController);
36803    if (parent.propertyIsTrue("single.orbit")) try {
36804      this.buildController.doAction("oneAtATime");
36805    } catch (e) {
36806      console.error(e.message, e);
36807    }
36808    this.renderController = new OrbitSetController(this.renderOrbits, this.symmetrySystem.getOrbits(), this.symmetrySystem);
36809    this.addSubController("renderOrbits", this.renderController);
36810    for (let index = this.symmetrySystem.getOrbits().getDirections().iterator(); index.hasNext(); ) {
36811      let orbit = index.next();
36812      {
36813        const unitLength = this.symmetrySystem.getOrbitUnitLength(orbit);
36814        const field5 = symmetry.getField();
36815        const lengthModel = new LengthController(unitLength, field5.one(), field5);
36816        this.buildController.addSubController("length." + orbit.getName(), lengthModel);
36817        this.orbitLengths.put(orbit, lengthModel);
36818      }
36819    }
36820    if (parent.propertyIsTrue("disable.known.directions")) this.symmetrySystem.disableKnownDirection();
36821    this.availableController.addPropertyListener(this.buildController);
36822    this.availableController.addPropertyListener(this.snapController);
36823    this.availableController.addPropertyListener(new _SymmetryController.SymmetryController$0(this));
36824    const presetStyle = parent.getProperty("defaultShapes." + model.getSymmetry().getField().getName() + "." + model.getName());
36825    if (presetStyle != null) this.symmetrySystem.setStyle(presetStyle);
36826  }
36827  /**
36828   * 
36829   * @param {string} listName
36830   * @return {java.lang.String[]}
36831   */
36832  getCommandList(listName) {
36833    switch (listName) {
36834      case "styles":
36835        return this.symmetrySystem.getStyleNames();
36836      case "orbitNames":
36837        const list = new java.util.ArrayList();
36838        for (let index = this.symmetrySystem.getSymmetry().getDirections().iterator(); index.hasNext(); ) {
36839          let dir = index.next();
36840          {
36841            if (!dir.isAutomatic()) list.add(dir.getCanonicalName());
36842          }
36843        }
36844        return list.toArray([]);
36845      case "orbits":
36846        const result = ((s) => {
36847          let a = [];
36848          while (s-- > 0) a.push(null);
36849          return a;
36850        })(this.symmetrySystem.getOrbits().size());
36851        let i = 0;
36852        for (let index = this.symmetrySystem.getOrbits().getDirections().iterator(); index.hasNext(); ) {
36853          let orbit = index.next();
36854          {
36855            result[i] = orbit.getName();
36856            i++;
36857          }
36858        }
36859        return result;
36860      case "symmetryToolFactories":
36861        if (this.symmetryToolFactories.isEmpty()) {
36862          for (let index = this.symmetrySystem.getToolFactories(Tool2.Kind.SYMMETRY).iterator(); index.hasNext(); ) {
36863            let factory = index.next();
36864            this.symmetryToolFactories.put(factory.getId(), new ToolFactoryController(factory));
36865          }
36866        }
36867        return this.symmetryToolFactories.keySet().toArray([]);
36868      case "transformToolFactories":
36869        if (this.transformToolFactories.isEmpty()) {
36870          for (let index = this.symmetrySystem.getToolFactories(Tool2.Kind.TRANSFORM).iterator(); index.hasNext(); ) {
36871            let factory = index.next();
36872            this.transformToolFactories.put(factory.getId(), new ToolFactoryController(factory));
36873          }
36874        }
36875        return this.transformToolFactories.keySet().toArray([]);
36876      case "linearMapToolFactories":
36877        if (this.linearMapToolFactories.isEmpty()) {
36878          for (let index = this.symmetrySystem.getToolFactories(Tool2.Kind.L

36878INEAR_MAP).iterator(); index.hasNext(); ) {
36879            let factory = index.next();
36880            this.linearMapToolFactories.put(factory.getId(), new ToolFactoryController(factory));
36881          }
36882        }
36883        return this.linearMapToolFactories.keySet().toArray([]);
36884      case "builtInSymmetryTools":
36885        const toolNames = new java.util.ArrayList();
36886        for (let index = this.symmetrySystem.getPredefinedTools(Tool2.Kind.SYMMETRY).iterator(); index.hasNext(); ) {
36887          let tool = index.next();
36888          if (!_SymmetryController.UNTOOLBARED_LABELS_$LI$().contains(tool.getLabel())) toolNames.add(tool.getId());
36889        }
36890        return toolNames.toArray([]);
36891      case "builtInTransformTools":
36892        const transformToolNames = new java.util.ArrayList();
36893        for (let index = this.symmetrySystem.getPredefinedTools(Tool2.Kind.TRANSFORM).iterator(); index.hasNext(); ) {
36894          let tool = index.next();
36895          if (!_SymmetryController.UNTOOLBARED_LABELS_$LI$().contains(tool.getLabel())) transformToolNames.add(tool.getId());
36896        }
36897        return transformToolNames.toArray([]);
36898      default:
36899        return super.getCommandList(listName);
36900    }
36901  }
36902  /**
36903   * 
36904   * @param {string} name
36905   * @return {*}
36906   */
36907  getSubController(name) {
36908    switch (name) {
36909      case "availableOrbits":
36910        return this.availableController;
36911      case "snapOrbits":
36912        return this.snapController;
36913      case "buildOrbits":
36914        return this.buildController;
36915      case "renderOrbits":
36916        return this.renderController;
36917      default:
36918        if (
36919          /* startsWith */
36920          ((str, searchString, position = 0) => str.substr(position, searchString.length) === searchString)(name, "length.")
36921        ) {
36922          const dirName = name.substring("length.".length);
36923          const dir = this.symmetrySystem.getOrbits().getDirection(dirName);
36924          return this.getLengthController(dir);
36925        }
36926        let result = this.symmetryToolFactories.get(name);
36927        if (result != null) return result;
36928        result = this.transformToolFactories.get(name);
36929        if (result != null) return result;
36930        result = this.linearMapToolFactories.get(name);
36931        if (result != null) return result;
36932        return super.getSubController(name);
36933    }
36934  }
36935  /**
36936   * 
36937   * @param {string} action
36938   */
36939  doAction(action) {
36940    switch (action) {
36941      case "rZomeOrbits":
36942      case "predefinedOrbits":
36943      case "setAllDirections":
36944        this.availableController.doAction(action);
36945        break;
36946      case "ReplaceWithShape":
36947        action += "/" + this.symmetrySystem.getName() + ":" + this.symmetrySystem.getStyle$().getName();
36948        super.doAction(action);
36949        break;
36950      case "resetOrbitColors":
36951        this.symmetrySystem.resetColors();
36952        this.availableController.firePropertyChange$java_lang_String$java_lang_Object$java_lang_Object("orbits", true, false);
36953        break;
36954      default:
36955        if (
36956          /* startsWith */
36957          ((str, searchString, position = 0) => str.substr(position, searchString.length) === searchString)(action, "setStyle.")
36958        ) {
36959          const styleName = action.substring("setStyle.".length);
36960          this.symmetrySystem.setStyle(styleName);
36961          this.renderedModel.setShapes(this.symmetrySystem.getShapes());
36962          this.firePropertyChange$java_lang_String$java_lang_Object$java_lang_Object("renderingStyle", null, styleName);
36963        } else {
36964          const handled = this.symmetrySystem.doAction(action);
36965          if (!handled) super.doAction(action);
36966        }
36967        break;
36968    }
36969  }
36970  /*private*/
36971  getLengthController(orbit) {
36972    let result = this.orbitLengths.get(orbit);
36973    if (result == null && orbit != null) {
36974      const unitLength = this.symmetrySystem.getOrbitUnitLength(orbit);
36975      const field5 = this.symmetrySystem.getSymmetry().getField();
36976      result = new LengthController(unitLength, field5.one(), field5);
36977      this.buildController.addSubController("length." + orbit.getName(), result);
36978      this.orbitLengths.put(orbit, result);
36979      this.renderOrbits.add(orbit);
36980      this.availableOrbits.add(orbit);
36981    }
36982    return result;
36983  }
36984  getOrbits() {
36985    return this.symmetrySystem.getOrbits();
36986  }
36987  getOrbitSource() {
36988    return this.symmetrySystem;
36989  }
36990  getZone(offset) {
36991    return this.symmetrySystem.getAxis(offset);
36992  }
36993  getColor(orbit) {
36994    return this.symmetrySystem.getColor(orbit);
36995  }
36996  getBuildOrbits() {
36997    return this.buildOrbits;
36998  }
36999  getRenderingStyle() {
37000    return this.symmetrySystem.getRenderingStyle();
37001  }
37002  parseOrbitLength(string, props) {
37003    const sections = string.split("/", 3);
37004    const mode = sections[0];
37005    props.put("mode", mode);
37006    const orbitStr = sections[1];
37007    const orbit = this.getOrbits().getDirection(orbitStr);
37008    props.put("orbit", orbit);
37009    if (
37010      /* endsWith */
37011      ((str, searchString) => {
37012        let pos = str.length - searchString.length;
37013        let lastIndex = str.indexOf(searchString, pos);
37014        return lastIndex !== -1 && lastIndex === pos;
37015      })(mode, "Struts")
37016    ) {
37017      const lengthStr = sections[2];
37018      const unitScalar = orbit.getLengthInUnits(this.getSymmetry().getField().one());
37019      const length = unitScalar.getField().parseNumber(lengthStr);
37020      const rawLength = length.dividedBy(unitScalar);
37021      if (rawLength != null) props.put("length", rawLength);
37022    }
37023  }
37024};
37025SymmetryController["__class"] = "com.vzome.desktop.controller.SymmetryController";
37026SymmetryController["__interfaces"] = ["com.vzome.desktop.api.Controller"];
37027((SymmetryController2) => {
37028  class SymmetryController$0 {
37029    /**
37030     * 
37031     * @param {PropertyChangeEvent} event
37032     */
37033    propertyChange(event) {
37034      if ("orbits" === event.getPropertyName()) {
37035      }
37036    }
37037    constructor(__parent) {
37038      this.__parent = __parent;
37039    }
37040  }
37041  SymmetryController2.SymmetryController$0 = SymmetryController$0;
37042  SymmetryController$0["__interfaces"] = ["java.util.EventListener", "java.beans.PropertyChangeListener"];
37043})(SymmetryController || (SymmetryController = {}));
37044

37045// src/worker/legacy/from-java/com/vzome/desktop/controller/ToolController.ts
37046var ToolController = class extends DefaultController {
37047  constructor(tool) {
37048    super();
37049    if (this.tool === void 0) {
37050      this.tool = null;
37051    }
37052    if (this.selectOutputs === void 0) {
37053      this.selectOutputs = false;
37054    }
37055    if (this.justSelect === void 0) {
37056      this.justSelect = false;
37057    }
37058    this.tool = tool;
37059    this.selectOutputs = true;
37060    this.justSelect = false;
37061  }
37062  /**
37063   * 
37064   * @param {string} action
37065   */
37066  doAction(action) {
37067    const selectInputs = this.tool.isSelectInputs();
37068    let deleteInputs = this.tool.isDeleteInputs();
37069    let copyColors = this.tool.isCopyColors();
37070    switch (action) {
37071      case "apply":
37072        const createOutputs = !this.justSelect;
37073        this.tool.apply(selectInputs, deleteInputs, createOutputs, this.selectOutputs, copyColors);
37074        break;
37075      case "hideTool":
37076        this.tool.setHidden(true);
37077        this.firePropertyChange$java_lang_String$java_lang_Object$java_lang_Object("hidden", null, "true");
37078        break;
37079      case "unhideTool":
37080        this.tool.setHidden(false);
37081        this.firePropertyChange$java_lang_String$java_lang_Object$java_lang_Object("hidden", null, "false");
37082        break;
37083      case "selectParams":
37084        this.tool.selectParameters();
37085        break;
37086      case "selectInputs":
37087        this.tool.setInputBehaviors(!selectInputs, deleteInputs);
37088        this.firePropertyChange$java_lang_String$java_lang_Object$java_lang_Object("selectInputs", null, javaemul.internal.BooleanHelper.toString(this.tool.isSelectInputs()));
37089        break;
37090      case "deleteInputs":
37091        deleteInputs = !deleteInputs;
37092        this.tool.setInputBehaviors(selectInputs && !deleteInputs, deleteInputs);
37093        if (deleteInputs) {
37094          this.firePropertyChange$java_lang_String$java_lang_Object$java_lang_Object("selectInputs", null, "false");
37095        }
37096        this.firePropertyChange$java_lang_String$java_lang_Object$java_lang_Object("deleteInputs", null, javaemul.internal.BooleanHelper.toString(deleteInputs));
37097        break;
37098      case "copyColors":
37099        copyColors = !copyColors;
37100        this.tool.setCopyColors(copyColors);
37101        this.firePropertyChange$java_lang_String$java_lang_Object$java_lang_Object("copyColors", null, javaemul.internal.BooleanHelper.toString(copyColors));
37102        break;
37103      case "selectOutputs":
37104        this.selectOutputs = !this.selectOutputs;
37105        this.firePropertyChange$java_lang_String$java_lang_Object$java_lang_Object("selectOutputs", null, javaemul.internal.BooleanHelper.toString(this.selectOutputs));
37106        break;
37107      case "createOutputs":
37108        this.justSelect = !this.justSelect;
37109        if (this.justSelect) {
37110          this.selectOutputs = true;
37111          this.firePropertyChange$java_lang_String$java_lang_Object$java_lang_Object("selectOutputs", null, "true");
37112        }
37113        this.firePropertyChange$java_lang_String$java_lang_Object$java_lang_Object("createOutputs", null, javaemul.internal.BooleanHelper.toString(!this.justSelect));
37114        break;
37115      default:
37116        super.doAction(action);
37117    }
37118  }
37119  /**
37120   * 
37121   * @param {string} name
37122   * @return {string}
37123   */
37124  getProperty(name) {
37125    switch (name) {
37126      case "id":
37127        return this.tool.getId();
37128      case "label":
37129        return this.tool.getLabel();
37130      case "kind":
37131        return this.tool.getCategory();
37132      case "predefined":
37133        return javaemul.internal.BooleanHelper.toString(this.tool.isPredefined());
37134      case "hidden":
37135        return javaemul.internal.BooleanHelper.toString(this.tool.isHidden());
37136      case "selectInputs":
37137        return javaemul.internal.BooleanHelper.toString(this.tool.isSelectInputs());
37138      case "deleteInputs":
37139        return javaemul.internal.BooleanHelper.toString(this.tool.isDeleteInputs());
37140      case "copyColors":
37141        return javaemul.internal.BooleanHelper.toString(this.tool.isCopyColors());
37142      case "selectOutputs":
37143        return javaemul.internal.BooleanHelper.toString(this.selectOutputs);
37144      case "createOutputs":
37145        return javaemul.internal.BooleanHelper.toString(!this.justSelect);
37146      default:
37147        return super.getProperty(name);
37148    }
37149  }
37150  /**
37151   * 
37152   * @param {string} name
37153   * @param {*} value
37154   */
37155  setModelProperty(name, value) {
37156    switch (name) {
37157      case "label":
37158        this.tool.setLabel(value);
37159        this.firePropertyChange$java_lang_String$java_lang_Object$java_lang_Object("label", null, value);
37160        return;
37161      default:
37162        super.setModelProperty(name, value);
37163    }
37164  }
37165};
37166ToolController["__class"] = "com.vzome.desktop.controller.ToolController";
37167ToolController["__interfaces"] = ["com.vzome.desktop.api.Controller"];
37168

37169// src/worker/legacy/from-java/com/vzome/desktop/controller/ToolsController.ts
37170var ToolsController = class extends DefaultController {
37171  constructor(tools) {
37172    super();
37173    if (this.tools === void 0) {
37174      this.tools = null;
37175    }
37176    this.tools = tools;
37177    tools.addPropertyListener(this);
37178  }
37179  /**
37180   * 
37181   * @param {string} action
37182   * @param {Properties} params
37183   */
37184  doParamAction(action, params) {
37185    switch (action) {
37186      case "reorderTools":
37187      case "reorderBookmarks":
37188        const order = params.getProperty("order");
37189        const ids = order == null || /* isEmpty */
37190        order.length === 0 ? [] : order.split(",");
37191        this.tools.reorderTools(action === "reorderBookmarks", ids);
37192        break;
37193      default:
37194        super.doParamAction(action, params);
37195    }
37196  }
37197  /**
37198   * 
37199   * @param {string} name
37200   * @return {*}
37201   */
37202  getSubController(name) {
37203    const tool = this.tools.get(name);
37204    if (tool != null) {
37205      const controller = new ToolController(tool);
37206      this.addSubController(name, controller);
37207      return controller;
37208    }
37209    return null;
37210  }
37211  addTool(tool) {
37212    const controller = new ToolController(tool);
37213    this.addSubController(tool.getId(), controller);
37214    this.firePropertyChange$java_beans_PropertyChangeEvent(new PropertyChangeEvent(this, "tool.added", null, controller));
37215  }
37216  /**
37217   * 
37218   * @param {PropertyChangeEvent} evt
37219   */
37220  propertyChange(evt) {
37221    switch (evt.getPropertyName()) {
37222      case "customTools":
37223        this.firePropertyChange$java_beans_PropertyChangeEvent(new PropertyChangeEvent(this, evt.getPropertyName(), null, evt.getNewValue()));
37224        this.firePropertyChange$java_beans_PropertyChangeEvent(new PropertyChangeEvent(this, "allCustomTools", null, this.tools.getAllCustomToolIDs(false)));
37225        break;
37226      case "customBookmarks":
37227        this.firePropertyChange$java_beans_PropertyChangeEvent(new PropertyChangeEvent(this, evt.getPropertyName(), null, evt.getNewValue()));
37228        this.firePropertyChange$java_beans_PropertyChangeEvent(new PropertyChangeEvent(this, "allCustomBookmarks", null, this.tools.getAllCustomToolIDs(true)));
37229        break;
37230      case "tool.instances":
37231        if (evt.getOldValue() == null) {
37232          const tool = evt.getNewValue();
37233          if (tool.isPredefined() || tool.isHidden()) return;
37234          const controller = new ToolController(tool);
37235          this.firePropertyChange$java_beans_PropertyChangeEvent(new PropertyChangeEvent(this, "tool.added", null, controller));
37236        } else {
37237          const tool = evt.getOldValue();
37238          this.firePropertyChange$java_beans_PropertyChangeEvent(new PropertyChangeEvent(this, "tool.hidden", tool.getId(), null));
37239        }
37240        break;
37241      default:
37242        break;
37243    }
37244  }
37245  /**
37246   * 
37247   * @param {string} listName
37248   * @return {java.lang.String[]}
37249   */
37250  getCommandList(listName) {
37251    switch (listName) {
37252      case "customTools":
37253        return this.tools.getToolIDs(false);
37254      case "customBookmarks":
37255        return this.tools.getToolIDs(true);
37256      case "allCustomTools":
37257        return this.tools.getAllCustomToolIDs(false);
37258      case "allCustomBookmarks":
37259        return this.tools.getAllCustomToolIDs(true);
37260      default:
37261        break;
37262    }
37263    return super.getCommandList(listName);
37264  }
37265};
37266ToolsController["__class"] = "com.vzome.desktop.controller.ToolsController";
37267ToolsController["__interfaces"] = ["java.util.EventListener", "java.beans.PropertyChangeListener", "com.vzome.desktop.api.Controller"];
37268

37269// src/worker/legacy/from-java/com/vzome/desktop/controller/UndoRedoController.ts
37270var UndoRedoController = class extends DefaultController {
37271  constructor(model) {
37272    super();
37273    if (this.model === void 0) {
37274      this.model = null;
37275    }
37276    this.model = model;
37277  }
37278  /**
37279   * 
37280   * @param {string} key
37281   * @return {string}
37282   */
37283  getProperty(key) {
37284    switch (key) {
37285      case "line.number":
37286        return (
37287          /* toString */
37288          "" + this.model.getNextLineNumber()
37289        );
37290      case "breakpoints":
37291        return this.model.getBreakpoints().stream().map((x) => x.toString()).collect(java.util.stream.Collectors.joining(","));
37292      default:
37293        return super.getProperty(key);
37294    }
37295  }
37296  /**
37297   * 
37298   * @param {string} action
37299   */
37300  doAction(action) {
37301    switch (action) {
37302      case "undo":
37303        this.model.undo$boolean(true);
37304        break;
37305      case "redo":
37306        this.model.redo$boolean(true);
37307        break;
37308      case "redoToBreakpoint":
37309        this.model.redoToBreakpoint();
37310        break;
37311      case "undoAll":
37312        this.model.undoAll();
37313        break;
37314      case "redoAll":
37315        this.model.redoAll(-1);
37316        break;
37317      default:
37318        if (
37319          /* startsWith */
37320          ((str, searchString, position = 0) => str.substr(position, searchString.length) === searchString)(action, "setBreakpoints.")
37321        ) {
37322          const breakpointList = action.substring("setBreakpoints.".length).trim();
37323          const breakpoints = breakpointList.split(",");
37324          const breakpointInts = ((s) => {
37325            let a = [];
37326            while (s-- > 0) a.push(0);
37327            return a;
37328          })(breakpoints.length);
37329          for (let i = 0; i < breakpointInts.length; i++) {
37330            {
37331              const breakpoint = breakpoints[i];
37332              let lineNum = -1;
37333              try {
37334                lineNum = javaemul.internal.IntegerHelper.parseInt(breakpoint);
37335              } catch (ex) {
37336                this.mErrors.reportError("'" + breakpoint + "' is not a valid integer. Line number must be a positive integer.", []);
37337              }
37338              if (lineNum <= 0) {
37339                this.mErrors.reportError("Edit number must be a positive integer.", []);
37340              } else {
37341                breakpointInts[i] = lineNum;
37342              }
37343            }
37344            ;
37345          }
37346          this.model.setBreakpoints(breakpointInts);
37347        } else if (
37348          /* startsWith */
37349          ((str, searchString, position = 0) => str.substr(position, searchString.length) === searchString)(action, "redoUntilEdit.")
37350        ) {
37351          const editNum = action.substring("redoUntilEdit.".length).trim();
37352          if (!(editNum === "null" || editNum === "")) {
37353            let eNum = -1;
37354            try {
37355              eNum = javaemul.internal.IntegerHelper.parseInt(editNum);
37356            } catch (ex) {
37357              this.mErrors.reportError("'" + editNum + "' is not a valid integer. Edit number must be a positive integer.", []);
37358            }
37359            if (eNum <= 0) {
37360              this.mErrors.reportError("Edit number must be a positive integer.", []);
37361            } else {
37362              this.model.redoAll(eNum);
37363            }
37364          }
37365        } else super.doAction(action);
37366        break;
37367    }
37368  }
37369};
37370UndoRedoController["__class"] = "com.vzome.desktop.controller.UndoRedoController";
37371UndoRedoController["__interfaces"] = ["com.vzome.desktop.api.Controller"];
37372

37373// src/worker/legacy/from-java/com/vzome/desktop/controller/VectorController.ts
37374var VectorController = class extends DefaultController {
37375  constructor(initial) {
37376    super();
37377    if (this.coordinates === void 0) {
37378      this.coordinates = null;
37379    }
37380    if (this.field === void 0) {
37381      this.field = null;
37382    }
37383    this.field = initial.getField();
37384    this.coordinates = ((s) => {
37385      let a = [];
37386      while (s-- > 0) a.push(null);
37387      return a;
37388    })(initial.dimension());
37389    for (let i = 0; i < this.coordinates.length; i++) {
37390      {
37391        this.coordinates[i] = new NumberController(initial.getField());
37392        this.coordinates[i].setValue(initial.getComponent(i));
37393      }
37394      ;
37395    }
37396  }
37397  /**
37398   * 
37399   * @param {string} name
37400   * @return {*}
37401   */
37402  getSubController(name) {
37403    switch (name) {
37404      case "w":
37405        return this.coordinates[0];
37406      case "x":
37407        return this.coordinates[1];
37408      case "y":
37409        return this.coordinates[2];
37410      case "z":
37411        return this.coordinates[3];
37412      default:
37413        return super.getSubController(name);
37414    }
37415  }
37416  setVector(vector) {
37417    for (let i = 0; i < this.coordinates.length; i++) {
37418      {
37419        const numberController = this.coordinates[i];
37420        const coord = vector.getComponent(i);
37421        numberController.setValue(coord);
37422      }
37423      ;
37424    }
37425  }
37426  getVector() {
37427    const result = this.field.basisVector(this.coordinates.length, 0);
37428    for (let i = 0; i < this.coordinates.length; i++) {
37429      {
37430        const numberController = this.coordinates[i];
37431        const coord = numberController.getValue();
37432        result.setComponent(i, coord);
37433      }
37434      ;
37435    }
37436    return result;
37437  }
37438};
37439VectorController["__class"] = "com.vzome.desktop.controller.VectorController";
37440VectorController["__interfaces"] = ["com.vzome.desktop.api.Controller"];
37441

37442// src/worker/legacy/controllers/picking.js
37443var PickingController = class extends DefaultController {
37444  constructor(renderedModel) {
37445    super();
37446    this.renderedModel = renderedModel;
37447  }
37448  // There are no implementors of doParamAction() in the Java code
37449  doParamAction(action, params) {
37450    const config = params.getConfig();
37451    const { id } = config;
37452    if (id) {
37453      const rm = this.renderedModel.getRenderedManifestation(id);
37454      const picked = rm.getManifestation();
37455      const orbit = rm.getStrutOrbit();
37456      const length = rm.getStrutLength();
37457      super.doParamAction(action, new JsProperties({ ...config, picked, orbit, length }));
37458    } else
37459      super.doParamAction(action, params);
37460  }
37461};
37462

37463// src/worker/legacy/controllers/buildplane.js
37464var BuildPlaneController = class extends DefaultController {
37465  constructor(design, clientEvents) {
37466    super();
37467    this.design = design;
37468    this.clientEvents = clientEvents;
37469    this.renderedModel = design.renderedModel;
37470    this.orbitSource = design.getOrbitSource();
37471    this.buildPlanes = this.orbitSource.buildPlanes;
37472    this.renderedModel.addListener({
37473      shapesChanged: () => false,
37474      // important so RenderedModel.setShapes() will not fail and re-render all the parts
37475      manifestationAdded: (rm) => {
37476        if (rm.getManifestation()?.constructor["__interfaces"]?.indexOf("com.vzome.core.model.Connector") >= 0)
37477          this.latestBall = normalizeRenderedManifestation(rm);
37478      },
37479      manifestationRemoved: () => {
37480      },
37481      labelChanged: () => {
37482      },
37483      colorChanged: () => {
37484      },
37485      glowChanged: () => {
37486      }
37487    });
37488  }
37489  setOrbitSource(orbitSource) {
37490    this.orbitSource = orbitSource;
37491    this.buildPlanes = orbitSource.buildPlanes;
37492    this.clientEvents.latestBallAdded(this.latestBall);
37493  }
37494  // There are no implementors of doParamAction() in the Java code, except for
37495  //   DefaultController, which just propagates the calls up to the next controller.
37496  doParamAction(action, params) {
37497    const config = params.getConfig();
37498    switch (action) {
37499      case "STRUT_CREATION_TRIGGERED": {
37500        const { id, plane, zone, index, orientation } = config;
37501        if (id) {
37502          const rm = this.renderedModel.getRenderedManifestation(id);
37503          const anchor = rm.getManifestation().toConstruction();
37504          const buildPlane = this.buildPlanes[plane];
37505          const buildZone = buildPlane.zones[zone];
37506          let axis = buildZone.zone;
37507          const orbit = axis.getOrbit();
37508          const symmetry = orbit.getSymmetry();
37509          const permutation = symmetry.getPermutation(orientation);
37510          axis = permutation.permute(axis, 0);
37511          const length = buildZone.vectors[index].scale;
37512          super.doParamAction("StrutCreation", new JsProperties({ anchor, zone: axis, length }));
37513          this.clientEvents.latestBallAdded(this.latestBall);
37514          return;
37515        }
37516      }
37517      case "JOIN_BALLS_TRIGGERED": {
37518        const { id1, id2 } = config;
37519        if (id1 && id2) {
37520          const rm1 = this.renderedModel.getRenderedManifestation(id1);
37521          const rm2 = this.renderedModel.getRenderedManifestation(id2);
37522          const start = rm1.getManifestation().toConstruction();
37523          const end = rm2.getManifestation().toConstruction();
37524          super.doParamAction("JoinPointPair", new JsProperties({ start, end }));
37525          return;
37526        }
37527      }
37528      case "HINGE_STRUT_SELECTED": {
37529        const { strutId, centerId, hingeZone: oldHingeZone } = config;
37530        const vectorAlgebra = AlgebraicVectors;
37531        const oldCenterRm = this.renderedModel.getRenderedManifestation(centerId);
37532        if (!oldCenterRm) return;
37533        const id = oldCenterRm.getGuid().toString();
37534        const oldCenter = oldCenterRm.getLocationAV();
37535        const { x, y, z } = oldCenter.toRealVector();
37536        let center = { id, position: [x, y, z] };
37537        const strutRm = this.renderedModel.getRenderedManifestation(strutId);
37538        if (!strutRm) return;
37539        const strut = strutRm.getManifestation();
37540        const start = strut.getLocation();
37541        const end = strut.getEnd();
37542        const hingeZone = { orbit: strutRm.getStrutOrbit().getName(), orientation: strutRm.getStrutZone() };
37543        const normal = vectorAlgebra.getNormal(oldCenter, start, end);
37544        if (normal.isOrigin()) {
37545          const strutEnds = new java.util.ArrayList();
37546          strutEnds.add(start);
37547          strutEnds.add(end);
37548          let { diskZone } = config;
37549          let { orbit, orientation } = diskZone;
37550          const diskNormal = this.orbitSource.getZone(orbit, orientation).normal();
37551          if (vectorAlgebra.areOrthogonalTo(diskNormal, strutEnds)) {
37552            this.clientEvents.buildPlaneSelected(center, diskZone, hingeZone);
37553            return;
37554          } else {
37555            const { orbit: hingeOrbit, orientation: hingeOrientation } = oldHingeZone;
37556            const hingeNormal = this.orbitSource.getZone(hingeOrbit, hingeOrientation).normal();
37557            const planeNormal = hingeNormal.cross(strut.getOffset());
37558            const diskZone2 = this.getZone(planeNormal);
37559            if (!diskZone2) return;
37560            this.clientEvents.buildPlaneSelected(center, diskZone2, hingeZone);
37561            return;
37562          }
37563        } else {
37564          const ball = this.design.getBall(start);
37565          if (!ball) return;
37566          const newCenter = ball.getLocation();
37567          const newCenterRm = ball.getRenderedObject();
37568          const id2 = newCenterRm.getGuid().toString();
37569          const { x: x2, y: y2, z: z2 } = newCenter.toRealVector();
37570          let center2 = { id: id2, position: [x2, y2, z2] };
37571          const planeNormal = newCenter.minus(oldCenter).cross(strut.getOffset());
37572          const diskZone = this.getZone(planeNormal);
37573          if (!diskZone) return;
37574          this.clientEvents.buildPlaneSelected(center2, diskZone, hingeZone);
37575          return;
37576        }
37577      }
37578      default:
37579        super.doParamAction(action, params);
37580    }
37581  }
37582  getZone(normal) {
37583    const planeAxis = this.orbitSource.getAxis(normal);
37584    if (!planeAxis) return null;
37585    const planeDir = planeAxis.getOrbit();
37586    if (!planeDir.isStandard()) return null;
37587    const orbit = planeDir.getName();
37588    const orientation = planeAxis.getOrientation();
37589    return { orbit, orientation };
37590  }
37591};
37592

37593// src/worker/legacy/json.js
37594var VertexSet = class {
37595  constructor() {
37596    this.map = /* @__PURE__ */ new Map();
37597  }
37598  add(vertex) {
37599    const key = vertex.toString();
37600    if (this.map.has(key)) return;
37601    this.map.set(key, vertex);
37602  }
37603  indexOf(vertex) {
37604    const key = vertex.toString();
37605    let index = 0;
37606    for (const item of this.map.keys()) {
37607      if (item === key) return index;
37608      ++index;
37609    }
37610    return -1;
37611  }
37612  asArray() {
37613    return Array.from(this.map.values());
37614  }
37615};
37616var modelToJS = (manifestations, legacyField, withColors = true) => {
37617  const sortedVertices = new VertexSet();
37618  const field5 = legacyField.getName();
37619  let origin = Manifestations.sortVertices(manifestations, sortedVertices);
37620  if (!origin) {
37621    origin = legacyField.origin(3);
37622  }
37623  const balls = [];
37624  const struts = [];
37625  const panels = [];
37626  const iterator = manifestations.iterator();
37627  while (iterator.hasNext()) {
37628    const man = iterator.next();
37629    const color = toWebColor(man.getColor());
37630    if (withColors && man.constructor["__interfaces"].indexOf("com.vzome.core.model.Connector") >= 0) {
37631      const vertex = sortedVertices.indexOf(man.getLocation());
37632      balls.push({ vertex, color });
37633    } else if (man.constructor["__interfaces"].indexOf("com.vzome.core.model.Strut") >= 0) {
37634      const vertices2 = [sortedVertices.indexOf(man.getLocation()), sortedVertices.indexOf(man.getEnd())];
37635      struts.push(withColors ? { vertices: vertices2, color } : vertices2);
37636    } else if (man.constructor["__interfaces"].indexOf("com.vzome.core.model.Panel") >= 0) {
37637      const vertices2 = [];
37638      const panel = man.iterator();
37639      while (panel.hasNext()) vertices2.push(sortedVertices.indexOf(panel.next()));
37640      panels.push(withColors ? { vertices: vertices2, color } : vertices2);
37641    }
37642  }
37643  const vertices = sortedVertices.asArray().map((vertex) => {
37644    const xyzANs = vertex.minus(origin).getComponents();
37645    return xyzANs.map((an) => an.toTrailingDivisor().map((str) => BigInt(str)));
37646  });
37647  if (withColors)
37648    return { field: field5, vertices, balls, struts, panels };
37649  else
37650    return { field: field5, vertices, edges: struts, faces: panels };
37651};
37652

37653// src/worker/legacy/controllers/editor.js
37654var EditorController = class extends DefaultController {
37655  constructor(legacyDesign, core, clientEvents) {
37656    super();
37657    this.legacyDesign = legacyDesign;
37658    this.core = core;
37659    this.clientEvents = clientEvents;
37660    this.symmetries = {};
37661    this.symmController = null;
37662    this.changeCount = 0;
37663  }
37664  reportError(message, args) {
37665    console.log("controller error:", message, args);
37666    if (message === Controller.UNKNOWN_ERROR_CODE) {
37667      const exception = args[0];
37668      const action = args[1];
37669      if (exception.constructor.__class === "com.vzome.core.commands.Command.Failure") {
37670        this.clientEvents.errorReported(exception.message);
37671      } else {
37672        this.clientEvents.errorReported(`Internal error: unable to perform action "${action}"`);
37673      }
37674    } else
37675      this.clientEvents.errorReported(message);
37676  }
37677  initialize() {
37678    const {
37679      renderedModel,
37680      toolsModel,
37681      bookmarkFactory,
37682      history,
37683      fieldApp,
37684      legacyField,
37685      editor,
37686      editContext
37687    } = this.legacyDesign;
37688    this.changeCount = this.legacyDesign.getChangeCount();
37689    this.setErrorChannel({
37690      reportError: (message, args) => this.reportError(message, args)
37691    });
37692    const pickingController = new PickingController(renderedModel);
37693    this.addSubController("picking", pickingController);
37694    const buildPlaneController = new BuildPlaneController(this.legacyDesign, this.clientEvents);
37695    this.addSubController("buildPlane", buildPlaneController);
37696    const polytopesController = new PolytopesController(editor, editContext);
37697    this.addSubController("polytopes", polytopesController);
37698    const undoRedoController = new UndoRedoController(history);
37699    this.addSubController("undoRedo", undoRedoController);
37700    const bookmarkController = new ToolFactoryController(bookmarkFactory);
37701    this.addSubController("bookmark", bookmarkController);
37702    const quaternionController = new VectorController(legacyField.basisVector(4, AlgebraicVector.W4));
37703    this.addSubController("quaternion", quaternionController);
37704    const measureController = new MeasureController(editor, renderedModel);
37705    this.addSubController("measure", measureController);
37706    const strutBuilder = new StrutBuilderController(editContext, legacyField).withGraphicalViews(true).withShowStrutScales(true);
37707    this.addSubController("strutBuilder", strutBuilder);
37708    const docSymmetrySystem = editor.getSymmetrySystem();
37709    let docLabel = fieldApp.getDefaultSymmetryPerspective().getLabel();
37710    const symmPerspectives = fieldApp.getSymmetryPerspectives().iterator();
37711    while (symmPerspectives.hasNext()) {
37712      const symper = symmPerspectives.next();
37713      const label = symper.getLabel();
37714      if (!!label) {
37715        let name = symper.getSymmetry().getName();
37716        const system = this.legacyDesign.getSymmetrySystem(name);
37717        if (system.getName() === docSymmetrySystem.getName()) {
37718          docLabel = label;
37719        }
37720        const symmController = new SymmetryController(label, strutBuilder, system, renderedModel);
37721        strutBuilder.addSubController(`symmetry.${label}`, symmController);
37722        this.addSubController(`symmetry.${label}`, symmController);
37723        this.symmetries[label] = symmController;
37724      }
37725    }
37726    const toolsController = new ToolsController(toolsModel);
37727    toolsController.addTool(toolsModel.get("bookmark.builtin/ball at origin"));
37728    strutBuilder.addSubController("tools", toolsController);
37729    renderedModel.addListener({
37730      shapesChanged: () => false,
37731      // this allows RenderedModel.setShapes() to not fail and re-render all the parts
37732      manifestationAdded: () => {
37733      },
37734      // We don't need these incremental changes, since we'll batch render after
37735      manifestationRemoved: () => {
37736      },
37737      labelChanged: () => {
37738      },
37739      colorChanged: () => {
37740      },
37741      glowChanged: () => {
37742      }
37743    });
37744    return docLabel;
37745  }
37746  getProperty(name) {
37747    switch (name) {
37748      case "edited": {
37749        return new Boolean(this.changeCount !== this.legacyDesign.getChangeCount()).toString();
37750      }
37751      case "symmetry":
37752        return this.symmController.getProperty("label");
37753      case "single.orbit":
37754      case "disable.known.directions":
37755        return super.getProperty(name);
37756      default:
37757        if (name.startsWith("field.label.")) {
37758          return this.core.getFieldLabel(name.substring("field.label.".length));
37759        }
37760        if (!name.startsWith("defaultShapes."))
37761          console.log("EditorController getProperty fall through: ", name);
37762        return super.getProperty(name);
37763    }
37764  }
37765  getCommandList(name) {
37766    const { symmetrySystems, legacyField } = this.legacyDesign;
37767    switch (name) {
37768      case "symmetryPerspectives":
37769        return Object.keys(this.symmetries);
37770      case "field.irrationals":
37771        return AlgebraicField.getIrrationals(legacyField);
37772      case "field.multipliers":
37773        return AlgebraicField.getMultipliers(legacyField);
37774      case "fields":
37775        return this.core.getFieldNames();
37776      // Each entry is "Name #rrggbb"; see getZometoolColors in core.js.
37777      case "zometoolColors":
37778        return this.core.getZometoolColors();
37779      case "affinePolygon.modes": {
37780        const modes = AffinePolygon.getPolygonModes(legacyField).keySet().toArray();
37781        return modes.slice(3);
37782      }
37783      case "affinePolygon.labels": {
37784        const modes = AffinePolygon.getPolygonModes(legacyField).values().toArray();
37785        return modes.slice(3);
37786      }
37787      default:
37788        console.log("EditorController getCommandList fall through: ", name);
37789        return super.getCommandList(name);
37790    }
37791  }
37792  setSymmetryController(label) {
37793    this.symmController = this.symmetries[label];
37794    let symmetrySystem = this.symmController.getOrbitSource();
37795    this.legacyDesign.setSymmetrySystem(symmetrySystem.getName());
37796    const planes = resolveBuildPlanes(symmetrySystem.buildPlanes);
37797    const { orientations, symmetry, permutations } = symmetrySystem;
37798    const scalars = ((field5) => {
37799      return [...Array(field5.getOrder() - 1).keys()].map((i) => field5.getUnitTerm(i + 1).evaluate());
37800    })(symmetry.getField());
37801    const resourcePath = symmetrySystem.getModelResourcePath();
37802    const embedding = symmetrySystem.getEmbedding();
37803    const fieldName = symmetry.getField().getName();
37804    const symmetryName = symmetrySystem.getName();
37805    this.clientEvents.symmetryChanged({ orientations, permutations, scalars, planes, resourcePath, fieldName, symmetryName, embedding });

37806    this.getSubController("buildPlane").setOrbitSource(symmetrySystem);
37807    this.getSubController("strutBuilder").setSymmetryController(this.symmController);
37808    this.firePropertyChange("symmetry", "", label);
37809  }
37810  // There are no implementors of doParamAction() in the Java code, except for
37811  //   DefaultController, which just propagates the calls up to the next controller.
37812  doParamAction(action, params) {
37813    switch (action) {
37814      case "undoToManifestation": {
37815        const { history, editor } = this.legacyDesign;
37816        const { picked } = params.getConfig();
37817        history.undoToManifestation(picked);
37818        editor.notifyListeners();
37819        break;
37820      }
37821      case "clearChanges": {
37822        this.changeCount = this.legacyDesign.getChangeCount();
37823        this.firePropertyChange("edited", "", "false");
37824        break;
37825      }
37826      case "usedOrbits": {
37827        const { renderedModel } = this.legacyDesign;
37828        const usedOrbits = new java.util.HashSet();
37829        const rMans = renderedModel.iterator();
37830        while (rMans.hasNext()) {
37831          const rm = rMans.next();
37832          const shape = rm.getShape();
37833          const orbit = shape.getOrbit();
37834          if (orbit != null)
37835            usedOrbits.add(orbit);
37836        }
37837        this.symmController.availableController.doAction("setNoDirections");
37838        const orbits = usedOrbits.iterator();
37839        while (orbits.hasNext()) {
37840          const orbit = orbits.next();
37841          this.symmController.availableController.doAction("enableDirection." + orbit.getName());
37842        }
37843        break;
37844      }
37845      case "setBuildOrbitAndLength": {
37846        const { picked } = params.getConfig();
37847        const rm = picked.getRenderedObject();
37848        const length = rm.getStrutLength();
37849        const orbit = rm.getStrutOrbit();
37850        this.symmController.availableController.doAction("enableDirection." + orbit.getName());
37851        this.symmController.buildController.doAction("setSingleDirection." + orbit.getName());
37852        const lmodel = this.symmController.buildController.getSubController("currentLength");
37853        lmodel.setActualLength(length);
37854        break;
37855      }
37856      case "exportText":
37857        const {
37858          format,
37859          selection,
37860          camera,
37861          lighting,
37862          exporters,
37863          height = 500,
37864          width = 800,
37865          useShapes = true,
37866          drawOutlines = true,
37867          monochrome = false,
37868          showBackground = true,
37869          useLighting = true
37870        } = params.getConfig();
37871        let exported;
37872        switch (format) {
37873          case "mesh":
37874          case "cmesh": {
37875            const source = selection ? this.legacyDesign.editor.selection : this.legacyDesign.editor.getRealizedModel();
37876            const mesh = modelToJS(source, this.legacyDesign.legacyField, format === "cmesh");
37877            exported = JSON.stringify(mesh, null, 2);
37878            break;
37879          }
37880          case "pdf":
37881          case "ps":
37882          case "svg": {
37883            const { renderedModel } = this.legacyDesign;
37884            const config = { format, height, width, useShapes, drawOutlines, monochrome, showBackground, useLighting };
37885            exported = exporters.export2d({ renderedModel, camera, lighting }, config);
37886            break;
37887          }
37888          case "pov": {
37889            lighting.useWorldDirection = true;
37890            exported = exporters.export3dDocument(this.legacyDesign, c

37890amera, lighting, { format, height, width });
37891            break;
37892          }
37893          default: {
37894            const { renderedModel } = this.legacyDesign;
37895            exported = exporters.export3d({ renderedModel, camera, lighting }, { format, height, width });
37896            break;
37897          }
37898        }
37899        this.clientEvents.textExported(action, exported);
37900        break;
37901      default:
37902        if (action.startsWith("setSymmetry.")) {
37903          const name = action.replace(/^setSymmetry\./, "");
37904          this.setSymmetryController(name);
37905        } else if (action.startsWith("AdjustSelectionByOrbitLength/")) {
37906          const { orbit, length } = params.getConfig();
37907          const tail = action.substring("AdjustSelectionByOrbitLength/".length);
37908          let config;
37909          if (orbit && length) {
37910            const mode = tail;
37911            config = { mode, orbit, length };
37912          } else {
37913            const props = new JsProperties({});
37914            this.symmController.parseOrbitLength(tail, props);
37915            config = props.getConfig();
37916          }
37917          this.legacyDesign.configureAndPerformEdit("AdjustSelectionByOrbitLength/" + config.mode, config);
37918          this.firePropertyChange("edited", "", "true");
37919        } else {
37920          this.legacyDesign.configureAndPerformEdit(action, params && params.getConfig());
37921          this.firePropertyChange("edited", "", "true");
37922        }
37923        break;
37924    }
37925  }
37926  doAction(action) {
37927    this.doParamAction(action, new JsProperties());
37928  }
37929};
37930

37931// src/worker/legacy/serializer.js
37932var serializeLighting = (lighting, doc) => {
37933  const getRGB = (color) => {
37934    const [r, g, b] = [parseInt(color.substr(1, 2), 16), parseInt(color.substr(3, 2), 16), parseInt(color.substr(5, 2), 16)];
37935    return r + "," + g + "," + b;
37936  };
37937  const { ambientColor, backgroundColor, directionalLights } = lighting;
37938  const sceneModel = doc.createElement("sceneModel");
37939  sceneModel.setAttribute("ambientLight", getRGB(ambientColor));
37940  sceneModel.setAttribute("background", getRGB(backgroundColor));
37941  for (const dlight of directionalLights) {
37942    const { color, direction } = dlight;
37943    const child = doc.createElement("directionalLight");
37944    child.setAttribute("color", getRGB(color));
37945    child.setAttribute("x", String(direction[0]));
37946    child.setAttribute("y", String(direction[1]));
37947    child.setAttribute("z", String(direction[2]));
37948    sceneModel.appendChild(child);
37949  }
37950  return sceneModel;
37951};
37952var serializeViewing = (camera, doc) => {
37953  const viewing = doc.createElement("Viewing");
37954  const viewmodel = serializeCamera(camera, doc);
37955  viewing.appendChild(viewmodel);
37956  return viewing;
37957};
37958var serializeCamera = (camera, doc) => {
37959  const { near, far, width, distance, perspective, lookAt, lookDir, up } = camera;
37960  const viewmodel = doc.createElement("ViewModel");
37961  viewmodel.setAttribute("distance", String(distance));
37962  viewmodel.setAttribute("far", String(far));
37963  viewmodel.setAttribute("near", String(near));
37964  viewmodel.setAttribute("parallel", String(!perspective));
37965  viewmodel.setAttribute("stereoAngle", "0.0");
37966  viewmodel.setAttribute("width", String(width));
37967  {
37968    const child = doc.createElement("LookAtPoint");
37969    child.setAttribute("x", String(lookAt[0]));
37970    child.setAttribute("y", String(lookAt[1]));
37971    child.setAttribute("z", String(lookAt[2]));
37972    viewmodel.appendChild(child);
37973  }
37974  {
37975    const child = doc.createElement("UpDirection");
37976    child.setAttribute("x", String(up[0]));
37977    child.setAttribute("y", String(up[1]));
37978    child.setAttribute("z", String(up[2]));
37979    viewmodel.appendChild(child);
37980  }
37981  {
37982    const child = doc.createElement("LookDirection");
37983    child.setAttribute("x", String(lookDir[0]));
37984    child.setAttribute("y", String(lookDir[1]));
37985    child.setAttribute("z", String(lookDir[2]));
37986    viewmodel.appendChild(child);
37987  }
37988  return viewmodel;
37989};
37990var serializeScenes = (scenes, doc) => {
37991  const notes = doc.createElement("notes");
37992  for (const scene of scenes) {
37993    const { title, snapshot, camera, content } = scene;
37994    if (snapshot < 0)
37995      continue;
37996    const page = doc.createElement("page");
37997    page.setAttribute("title", title);
37998    page.setAttribute("snapshot", snapshot);
37999    const viewModel = serializeCamera(camera, doc);
38000    page.appendChild(viewModel);
38001    const contentElem = doc.createElement("content");
38002    contentElem.setAttribute("xml:space", "preserve");
38003    if (!!content) {
38004      contentElem.setTextContent(content);
38005    }
38006    page.appendChild(contentElem);
38007    notes.appendChild(page);
38008  }
38009  return notes;
38010};
38011var serializeVZomeXml = (legacyDesign, lighting, camera, scenes) => {
38012  const doc = new JavaDomDocument();
38013  const newRoot = doc.createElement("vzome:vZome");
38014  newRoot.setAttribute("xmlns:vzome", "http://xml.vzome.com/vZome/4.0.0/");
38015  newRoot.setAttribute("edition", "online");
38016  newRoot.setAttribute("version", "1.0");
38017  newRoot.setAttribute("buildNumber", REVISION);
38018  legacyDesign.serializeToDom(doc, newRoot);
38019  const sceneModel = serializeLighting(lighting, doc);
38020  const frustumRatio = camera.far / camera.distance;
38021  camera.far = camera.distance * frustumRatio;
38022  const viewing = serializeViewing(camera, doc);
38023  const notes = serializeScenes(scenes, doc);
38024  newRoot.appendChild(sceneModel);
38025  newRoot.appendChild(viewing);
38026  newRoot.appendChild(notes);
38027  return '<?xml version="1.0" encoding="UTF-8" standalone="no"?>\n' + newRoot.toIndentedString("");
38028};
38029

38030// src/worker/legacy/controllers/index.js
38031var createControllers = (design, core, renderingChanges, clientEvents) => {
38032  const { renderedModel } = design;
38033  const controller = new EditorController(design, core, clientEvents);
38034  const symmLabel = controller.initialize();
38035  const strutBuilder = controller.getSubController("strutBuilder");
38036  strutBuilder.setMainScene(renderingChanges);
38037  controller.setSymmetryController(symmLabel);
38038  const wrapper = new ControllerWrapper("", "", controller, clientEvents);
38039  wrapper.startPreviewStrut = (ballId, direction) => {
38040    const [x, y, z] = direction;
38041    const rm = renderedModel.getRenderedManifestation(ballId);
38042    const point = rm?.getManifestation()?.toConstruction();
38043    if (point) {
38044      strutBuilder.startRendering(point, new RealVector(x, y, z));
38045    } else
38046      throw new Error(`No ball for ID ${ballId}`);
38047  };
38048  wrapper.movePreviewStrut = (direction) => {
38049    const [x, y, z] = direction;
38050    strutBuilder.previewStrut.zoneBall.setVector(new RealVector(x, y, z));
38051  };
38052  wrapper.scalePreviewStrut = (increment) => {
38053    const lengthController = strutBuilder.previewStrut.getLengthController();
38054    lengthController.setScale(lengthController.getScale() + increment);
38055  };
38056  wrapper.endPreviewStrut = () => {
38057    strutBuilder.previewStrut.finishPreview();
38058    wrapper.renderScene();
38059    controller.firePropertyChange("edited", "", "true");
38060  };
38061  return wrapper;
38062};
38063var snapCamera = (symmController, upArray, lookArray) => {
38064  const snapper = symmController.getSnapper();
38065  let up = new RealVector(...upArray);
38066  let look = new RealVector(...lookArray);
38067  look = snapper.snapZ(look).normalize();
38068  up = snapper.snapY(look, up).normalize();
38069  const toArray = (rv) => {
38070    const { x, y, z } = rv;
38071    return [x, y, z];
38072  };
38073  return { up: toArray(up), lookDir: toArray(look) };
38074};
38075var initializeDesign = (loading, polygons, legacyDesign, core, clientEvents) => {
38076  const { lighting, camera, scenes, snapshotNodes, history, targetEdit } = legacyDesign;
38077  const renderHistory = new RenderHistory(legacyDesign, polygons);
38078  const interpreter = new Interpreter(legacyDesign, renderHistory);
38079  const renderingChanges = renderedModelTransducer(renderHistory.getShapes(), clientEvents);
38080  if (loading) {
38081    interpreter.interpret(Step.DONE);
38082    const internalTarget = interpreter.getInternalEditNumber(targetEdit);
38083    if (internalTarget !== void 0)
38084      history.goToEdit(internalTarget);
38085  }
38086  const shapes28 = renderHistory.getShapes();
38087  const orbitSource = legacyDesign.getOrbitSource();
38088  const { orientations } = orbitSource;
38089  const embedding = orbitSource.getEmbedding();
38090  let instances;
38091  let snapshots;
38092  if (loading) {
38093    snapshots = snapshotNodes.map((nodeId) => renderHistory.getSnapshot(nodeId, true));
38094    instances = snapshots.pop();
38095  } else {
38096    instances = renderHistory.getSnapshot("--START--");
38097    snapshots = [];
38098  }
38099  scenes.splice(0, 0, { title: "default scene", camera, snapshot: -1 });
38100  if (polygons)
38101    clientEvents.scenesDiscovered({ lighting, scenes });
38102  else
38103    clientEvents.sceneChanged({ shapes: [], camera, lighting });
38104  const rendered = { embedding, orientations, polygons, shapes: shapes28, instances, snapshots };
38105  const renderedClientEvents = {
38106    ...clientEvents,
38107    symmetryChanged: (details) => {
38108      rendered.orientations = details.orientations;
38109      rendered.embedding = details.embedding;
38110      clientEvents.symmetryChanged(details);
38111    }
38112  };
38113  const wrapper = createControllers(legacyDesign, core, renderingChanges, renderedClientEvents);
38114  wrapper.snapCamera = snapCamera;
38115  wrapper.renderScene = () => {
38116    renderHistory.recordSnapshot("--END--", "--END--", []);
38117    instances.splice(0, Infinity, ...renderHistory.currentSnapshot);
38118  };
38119  wrapper.getScene = (editId, before) => renderHistory.getSnapshot(editId, before);
38120  wrapper.interpretToBreakpoint = (editId, before) => {
38121    interpreter.interpret(Step.DONE, editId);
38122    return before ? "--END--" : interpreter.getLastEdit();
38123  };
38124  wrapper.serializeVZomeXml = (camera2, lighting2, scenes2) =>

38124 serializeVZomeXml(legacyDesign, camera2, lighting2, scenes2);
38125  return { wrapper, rendered };
38126};
38127var newDesign = async (fieldName, clientEvents) => {
38128  const core = await initialize();
38129  const legacyDesign = core.documentFactory(fieldName);
38130  return initializeDesign(false, true, legacyDesign, core, clientEvents);
38131};
38132var loadDesign = async (xml, debug, polygons, clientEvents) => {
38133  const core = await initialize();
38134  const legacyDesign = core.parse(xml);
38135  const { xmlTree, field: field5 } = legacyDesign;
38136  if (field5.unknown) {
38137    throw new Error(`Field "${field5.name}" is not supported.`);
38138  }
38139  clientEvents.xmlParsed(xmlTree);
38140  return initializeDesign(!debug, polygons, legacyDesign, core, clientEvents);
38141};
38142export {
38143  AlgebraicMatrix,
38144  AlgebraicVector,
38145  AlgebraicVectors,
38146  GitHubShare,
38147  GrahamScan2D,
38148  coloredMeshToSimpleMesh,
38149  enhanced4dToSimpleMesh,
38150  enhanced4dToTopologicalMesh,
38151  enhancedMeshTo4OFF,
38152  initialize,
38153  loadAndInjectResource,
38154  loadDesign,
38155  newDesign,
38156  simpleMeshToTopologicalMesh,
38157  util
38158};