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atcoder-standings-difficulty-analyzer

順位表の得点情報を集計し，推定 difficulty やその推移を表示します．

当前为 2022-05-07 提交的版本，查看 最新版本。

  1. // ==UserScript==
  2. // @name         atcoder-standings-difficulty-analyzer
  3. // @namespace    iilj
  4. // @version      2022.5.1
  5. // @description  順位表の得点情報を集計し，推定 difficulty やその推移を表示します．
  6. // @author       iilj
  7. // @license      MIT
  8. // @supportURL   https://github.com/iilj/atcoder-standings-difficulty-analyzer/issues
  9. // @match        https://atcoder.jp/*standings*
  10. // @exclude      https://atcoder.jp/*standings/json
  11. // @require      https://cdnjs.cloudflare.com/ajax/libs/plotly.js/1.33.1/plotly.min.js
  12. // @resource     loaders.min.css https://cdnjs.cloudflare.com/ajax/libs/loaders.css/0.1.2/loaders.min.css
  13. // @grant        GM_getResourceText
  14. // @grant        GM_addStyle
  15. // ==/UserScript==
  16. var css = "#acssa-contents .table.acssa-table {\n  width: 100%;\n  table-layout: fixed;\n  margin-bottom: 1.5rem;\n}\n#acssa-contents .table.acssa-table .acssa-thead {\n  font-weight: bold;\n}\n#acssa-contents .table.acssa-table > tbody > tr > td.success.acssa-task-success.acssa-task-success-suppress {\n  background-color: transparent;\n}\n#acssa-contents #acssa-tab-wrapper {\n  display: none;\n}\n#acssa-contents #acssa-tab-wrapper #acssa-chart-tab {\n  margin-bottom: 0.5rem;\n  display: inline-block;\n}\n#acssa-contents #acssa-tab-wrapper #acssa-chart-tab a {\n  cursor: pointer;\n}\n#acssa-contents #acssa-tab-wrapper #acssa-chart-tab a span.glyphicon {\n  margin-right: 0.5rem;\n}\n#acssa-contents #acssa-tab-wrapper #acssa-checkbox-tab {\n  margin-bottom: 0.5rem;\n  display: inline-block;\n}\n#acssa-contents #acssa-tab-wrapper #acssa-checkbox-tab li a {\n  color: black;\n}\n#acssa-contents #acssa-tab-wrapper #acssa-checkbox-tab li a:hover {\n  background-color: transparent;\n}\n#acssa-contents #acssa-tab-wrapper #acssa-checkbox-tab li a label {\n  cursor: pointer;\n  margin: 0;\n}\n#acssa-contents #acssa-tab-wrapper #acssa-checkbox-tab li a label input {\n  cursor: pointer;\n  margin: 0;\n}\n#acssa-contents #acssa-tab-wrapper #acssa-checkbox-tab #acssa-checkbox-toggle-log-plot-parent {\n  display: none;\n}\n#acssa-contents .acssa-loader-wrapper {\n  background-color: #337ab7;\n  display: flex;\n  justify-content: center;\n  align-items: center;\n  padding: 1rem;\n  margin-bottom: 1.5rem;\n  border-radius: 3px;\n}\n#acssa-contents .acssa-chart-wrapper {\n  display: none;\n}\n#acssa-contents .acssa-chart-wrapper.acssa-chart-wrapper-active {\n  display: block;\n}";
  17.  
  18. var teamalert = "<div class=\"alert alert-warning\">\n    チーム戦順位表が提供されています．個人単位の順位表ページでは，difficulty 推定値が不正確になります．\n</div>";
  19.  
  20. const arrayLowerBound = (arr, n) => {
  21.     let first = 0, last = arr.length - 1, middle;
  22.     while (first <= last) {
  23.         middle = 0 | ((first + last) / 2);
  24.         if (arr[middle] < n)
  25.             first = middle + 1;
  26.         else
  27.             last = middle - 1;
  28.     }
  29.     return first;
  30. };
  31. const getColor = (rating) => {
  32.     if (rating < 400)
  33.         return '#808080';
  34.     //          gray
  35.     else if (rating < 800)
  36.         return '#804000';
  37.     //     brown
  38.     else if (rating < 1200)
  39.         return '#008000';
  40.     //    green
  41.     else if (rating < 1600)
  42.         return '#00C0C0';
  43.     //    cyan
  44.     else if (rating < 2000)
  45.         return '#0000FF';
  46.     //    blue
  47.     else if (rating < 2400)
  48.         return '#C0C000';
  49.     //    yellow
  50.     else if (rating < 2800)
  51.         return '#FF8000';
  52.     //    orange
  53.     else if (rating == 9999)
  54.         return '#000000';
  55.     return '#FF0000'; //                            red
  56. };
  57. const formatTimespan = (sec) => {
  58.     let sign;
  59.     if (sec >= 0) {
  60.         sign = '';
  61.     }
  62.     else {
  63.         sign = '-';
  64.         sec *= -1;
  65.     }
  66.     return `${sign}${Math.floor(sec / 60)}:${`0${sec % 60}`.slice(-2)}`;
  67. };
  68. /** 現在のページから，コンテストの開始から終了までの秒数を抽出する */
  69. const getContestDurationSec = () => {
  70.     if (contestScreenName.startsWith('past')) {
  71.         return 300 * 60;
  72.     }
  73.     // toDate.diff(fromDate) でミリ秒が返ってくる
  74.     return endTime.diff(startTime) / 1000;
  75. };
  76. const getCenterOfInnerRatingFromRange = (contestRatedRange) => {
  77.     if (contestScreenName.startsWith('abc')) {
  78.         return 800;
  79.     }
  80.     if (contestScreenName.startsWith('arc')) {
  81.         const contestNumber = Number(contestScreenName.substring(3, 6));
  82.         return contestNumber >= 104 ? 1000 : 1600;
  83.     }
  84.     if (contestScreenName.startsWith('agc')) {
  85.         const contestNumber = Number(contestScreenName.substring(3, 6));
  86.         return contestNumber >= 34 ? 1200 : 1600;
  87.     }
  88.     if (contestRatedRange[1] === 1999) {
  89.         return 800;
  90.     }
  91.     else if (contestRatedRange[1] === 2799) {
  92.         return 1000;
  93.     }
  94.     else if (contestRatedRange[1] === Infinity) {
  95.         return 1200;
  96.     }
  97.     return 800;
  98. };
  99. // ContestRatedRange
  100. /*
  101. function getContestInformationAsync(contestScreenName) {
  102.     return __awaiter(this, void 0, void 0, function* () {
  103.         const html = yield fetchTextDataAsync(`https://atcoder.jp/contests/${contestScreenName}`);
  104.         const topPageDom = new DOMParser().parseFromString(html, "text/html");
  105.         const dataParagraph = topPageDom.getElementsByClassName("small")[0];
  106.         const data = Array.from(dataParagraph.children).map((x) => x.innerHTML.split(":")[1].trim());
  107.         return new ContestInformation(parseRangeString(data[0]), parseRangeString(data[1]), parseDurationString(data[2]));
  108.     });
  109. }
  110. */
  111. function parseRangeString(s) {
  112.     s = s.trim();
  113.     if (s === '-')
  114.         return [0, -1];
  115.     if (s === 'All')
  116.         return [0, Infinity];
  117.     if (!/[-~]/.test(s))
  118.         return [0, -1];
  119.     const res = s.split(/[-~]/).map((x) => parseInt(x.trim()));
  120.     if (res.length !== 2) {
  121.         throw new Error('res is not [number, number]');
  122.     }
  123.     if (isNaN(res[0]))
  124.         res[0] = 0;
  125.     if (isNaN(res[1]))
  126.         res[1] = Infinity;
  127.     return res;
  128. }
  129. const getContestRatedRangeAsync = async (contestScreenName) => {
  130.     const html = await fetch(`https://atcoder.jp/contests/${contestScreenName}`);
  131.     const topPageDom = new DOMParser().parseFromString(await html.text(), 'text/html');
  132.     const dataParagraph = topPageDom.getElementsByClassName('small')[0];
  133.     const data = Array.from(dataParagraph.children).map((x) => x.innerHTML.split(':')[1].trim());
  134.     // console.log("data", data);
  135.     return parseRangeString(data[1]);
  136.     // return new ContestInformation(parseRangeString(data[0]), parseRangeString(data[1]), parseDurationString(data[2]));
  137. };
  138. const rangeLen = (len) => Array.from({ length: len }, (v, k) => k);
  139.  
  140. const BASE_URL = 'https://raw.githubusercontent.com/iilj/atcoder-standings-difficulty-analyzer/main/json/standings';
  141. const fetchJson = async (url) => {
  142.     const res = await fetch(url);
  143.     if (!res.ok) {
  144.         throw new Error(res.statusText);
  145.     }
  146.     const obj = (await res.json());
  147.     return obj;
  148. };
  149. const fetchContestAcRatioModel = async (contestScreenName, contestDurationMinutes) => {
  150.     // https://raw.githubusercontent.com/iilj/atcoder-standings-difficulty-analyzer/main/json/standings/abc_100m.json
  151.     let modelLocation = undefined;
  152.     if (/^agc(\d{3,})$/.exec(contestScreenName)) {
  153.         if ([110, 120, 130, 140, 150, 160, 180, 200, 210, 240, 270, 300].includes(contestDurationMinutes)) {
  154.             modelLocation = `${BASE_URL}/agc_${contestDurationMinutes}m.json`;
  155.         }
  156.     }
  157.     else if (/^arc(\d{3,})$/.exec(contestScreenName)) {
  158.         if ([100, 120, 150].includes(contestDurationMinutes)) {
  159.             modelLocation = `${BASE_URL}/arc_${contestDurationMinutes}m.json`;
  160.         }
  161.     }
  162.     else if (/^abc(\d{3,})$/.exec(contestScreenName)) {
  163.         if ([100, 120].includes(contestDurationMinutes)) {
  164.             modelLocation = `${BASE_URL}/abc_${contestDurationMinutes}m.json`;
  165.         }
  166.     }
  167.     if (modelLocation !== undefined) {
  168.         return await fetchJson(modelLocation);
  169.     }
  170.     return undefined;
  171. };
  172. const fetchInnerRatingsFromPredictor = async (contestScreenName) => {
  173.     const url = `https://data.ac-predictor.com/aperfs/${contestScreenName}.json`;
  174.     try {
  175.         return await fetchJson(url);
  176.     }
  177.     catch (e) {
  178.         return {};
  179.     }
  180. };
  181.  
  182. class RatingConverter {
  183. }
  184. /** 表示用の低レート帯補正レート → 低レート帯補正前のレート */
  185. RatingConverter.toRealRating = (correctedRating) => {
  186.     if (correctedRating >= 400)
  187.         return correctedRating;
  188.     else
  189.         return 400 * (1 - Math.log(400 / correctedRating));
  190. };
  191. /** 低レート帯補正前のレート → 内部レート推定値 */
  192. RatingConverter.toInnerRating = (realRating, comp) => {
  193.     return (realRating +
  194.         (1200 * (Math.sqrt(1 - Math.pow(0.81, comp)) / (1 - Math.pow(0.9, comp)) - 1)) / (Math.sqrt(19) - 1));
  195. };
  196. /** 低レート帯補正前のレート → 表示用の低レート帯補正レート */
  197. RatingConverter.toCorrectedRating = (realRating) => {
  198.     if (realRating >= 400)
  199.         return realRating;
  200.     else
  201.         return Math.floor(400 / Math.exp((400 - realRating) / 400));
  202. };
  203.  
  204. class DifficultyCalculator {
  205.     constructor(sortedInnerRatings) {
  206.         this.innerRatings = sortedInnerRatings;
  207.         this.prepared = new Map();
  208.         this.memo = new Map();
  209.     }
  210.     perf2ExpectedAcceptedCount(m) {
  211.         let expectedAcceptedCount;
  212.         if (this.prepared.has(m)) {
  213.             expectedAcceptedCount = this.prepared.get(m);
  214.         }
  215.         else {
  216.             expectedAcceptedCount = this.innerRatings.reduce((prev_expected_accepts, innerRating) => (prev_expected_accepts += 1 / (1 + Math.pow(6, (m - innerRating) / 400))), 0);
  217.             this.prepared.set(m, expectedAcceptedCount);
  218.         }
  219.         return expectedAcceptedCount;
  220.     }
  221.     perf2Ranking(x) {
  222.         return this.perf2ExpectedAcceptedCount(x) + 0.5;
  223.     }
  224.     rank2InnerPerf(rank) {
  225.         let upper = 9999;
  226.         let lower = -9999;
  227.         while (upper - lower > 0.1) {
  228.             const mid = (upper + lower) / 2;
  229.             if (rank > this.perf2Ranking(mid))
  230.                 upper = mid;
  231.             else
  232.                 lower = mid;
  233.         }
  234.         return Math.round((upper + lower) / 2);
  235.     }
  236.     /** Difficulty 推定値を算出する */
  237.     binarySearchCorrectedDifficulty(acceptedCount) {
  238.         if (this.memo.has(acceptedCount)) {
  239.             return this.memo.get(acceptedCount);
  240.         }
  241.         let lb = -10000;
  242.         let ub = 10000;
  243.         while (ub - lb > 1) {
  244.             const m = Math.floor((ub + lb) / 2);
  245.             const expectedAcceptedCount = this.perf2ExpectedAcceptedCount(m);
  246.             if (expectedAcceptedCount < acceptedCount)
  247.                 ub = m;
  248.             else
  249.                 lb = m;
  250.         }
  251.         const difficulty = lb;
  252.         const correctedDifficulty = RatingConverter.toCorrectedRating(difficulty);
  253.         this.memo.set(acceptedCount, correctedDifficulty);
  254.         return correctedDifficulty;
  255.     }
  256. }
  257.  
  258. var html$1 = "<div id=\"acssa-loader\" class=\"loader acssa-loader-wrapper\">\n    <div class=\"loader-inner ball-pulse\">\n        <div></div>\n        <div></div>\n        <div></div>\n    </div>\n</div>\n<div id=\"acssa-chart-block\">\n    <div class=\"acssa-chart-wrapper acssa-chart-wrapper-active\" id=\"acssa-mydiv-difficulty-wrapper\">\n        <div id=\"acssa-mydiv-difficulty\" style=\"width:100%;\"></div>\n    </div>\n    <div class=\"acssa-chart-wrapper\" id=\"acssa-mydiv-accepted-count-wrapper\">\n        <div id=\"acssa-mydiv-accepted-count\" style=\"width:100%;\"></div>\n    </div>\n    <div class=\"acssa-chart-wrapper\" id=\"acssa-mydiv-accepted-time-wrapper\">\n        <div id=\"acssa-mydiv-accepted-time\" style=\"width:100%;\"></div>\n    </div>\n</div>";
  259.  
  260. const LOADER_ID = 'acssa-loader';
  261. const plotlyDifficultyChartId = 'acssa-mydiv-difficulty';
  262. const plotlyAcceptedCountChartId = 'acssa-mydiv-accepted-count';
  263. const plotlyLastAcceptedTimeChartId = 'acssa-mydiv-accepted-time';
  264. const yourMarker = {
  265.     size: 10,
  266.     symbol: 'cross',
  267.     color: 'red',
  268.     line: {
  269.         color: 'white',
  270.         width: 1,
  271.     },
  272. };
  273. const config = { autosize: true };
  274. // 背景用設定
  275. const alpha = 0.3;
  276. const colors = [
  277.     [0, 400, `rgba(128,128,128,${alpha})`],
  278.     [400, 800, `rgba(128,0,0,${alpha})`],
  279.     [800, 1200, `rgba(0,128,0,${alpha})`],
  280.     [1200, 1600, `rgba(0,255,255,${alpha})`],
  281.     [1600, 2000, `rgba(0,0,255,${alpha})`],
  282.     [2000, 2400, `rgba(255,255,0,${alpha})`],
  283.     [2400, 2800, `rgba(255,165,0,${alpha})`],
  284.     [2800, 10000, `rgba(255,0,0,${alpha})`],
  285. ];
  286. class Charts {
  287.     constructor(parent, tasks, scoreLastAcceptedTimeMap, taskAcceptedCounts, taskAcceptedElapsedTimes, yourTaskAcceptedElapsedTimes, yourScore, yourLastAcceptedTime, participants, dcForDifficulty, dcForPerformance, tabs) {
  288.         this.tasks = tasks;
  289.         this.scoreLastAcceptedTimeMap = scoreLastAcceptedTimeMap;
  290.         this.taskAcceptedCounts = taskAcceptedCounts;
  291.         this.taskAcceptedElapsedTimes = taskAcceptedElapsedTimes;
  292.         this.yourTaskAcceptedElapsedTimes = yourTaskAcceptedElapsedTimes;
  293.         this.yourScore = yourScore;
  294.         this.yourLastAcceptedTime = yourLastAcceptedTime;
  295.         this.participants = participants;
  296.         this.dcForDifficulty = dcForDifficulty;
  297.         this.dcForPerformance = dcForPerformance;
  298.         this.tabs = tabs;
  299.         parent.insertAdjacentHTML('beforeend', html$1);
  300.         this.duration = getContestDurationSec();
  301.         this.xtick = 60 * 10 * Math.max(1, Math.ceil(this.duration / (60 * 10 * 20))); // 10 分を最小単位にする
  302.     }
  303.     async plotAsync() {
  304.         // 以降の計算は時間がかかる
  305.         this.taskAcceptedElapsedTimes.forEach((ar) => {
  306.             ar.sort((a, b) => a - b);
  307.         });
  308.         // 時系列データの準備
  309.         const [difficultyChartData, acceptedCountChartData] = await this.getTimeSeriesChartData();
  310.         // 得点と提出時間データの準備
  311.         const [lastAcceptedTimeChartData, maxAcceptedTime] = this.getLastAcceptedTimeChartData();
  312.         // 軸フォーマットをカスタムする
  313.         this.overrideAxisFormat();
  314.         // Difficulty Chart 描画
  315.         await this.plotDifficultyChartData(difficultyChartData);
  316.         // Accepted Count Chart 描画
  317.         await this.plotAcceptedCountChartData(acceptedCountChartData);
  318.         // LastAcceptedTime Chart 描画
  319.         await this.plotLastAcceptedTimeChartData(lastAcceptedTimeChartData, maxAcceptedTime);
  320.     }
  321.     /** 時系列データの準備 */
  322.     async getTimeSeriesChartData() {
  323.         /** Difficulty Chart のデータ */
  324.         const difficultyChartData = [];
  325.         /** AC Count Chart のデータ */
  326.         const acceptedCountChartData = [];
  327.         const sleep = (ms) => new Promise((resolve) => setTimeout(resolve, ms));
  328.         for (let j = 0; j < this.tasks.length; ++j) {
  329.             //
  330.             const interval = Math.ceil(this.taskAcceptedCounts[j] / 140);
  331.             const [taskAcceptedElapsedTimesForChart, taskAcceptedCountsForChart] = this.taskAcceptedElapsedTimes[j].reduce(([ar, arr], tm, idx) => {
  332.                 const tmpInterval = Math.max(1, Math.min(Math.ceil(idx / 10), interval));
  333.                 if (idx % tmpInterval == 0 || idx == this.taskAcceptedCounts[j] - 1) {
  334.                     ar.push(tm);
  335.                     arr.push(idx + 1);
  336.                 }
  337.                 return [ar, arr];
  338.             }, [[], []]);
  339.             const correctedDifficulties = [];
  340.             let counter = 0;
  341.             for (const taskAcceptedCountForChart of taskAcceptedCountsForChart) {
  342.                 correctedDifficulties.push(this.dcForDifficulty.binarySearchCorrectedDifficulty(taskAcceptedCountForChart));
  343.                 counter += 1;
  344.                 // 20回に1回setTimeout(0)でeventループに処理を移す
  345.                 if (counter % 20 == 0) {
  346.                     await sleep(0);
  347.                 }
  348.             }
  349.             difficultyChartData.push({
  350.                 x: taskAcceptedElapsedTimesForChart,
  351.                 y: correctedDifficulties,
  352.                 type: 'scatter',
  353.                 name: `${this.tasks[j].Assignment}`,
  354.             });
  355.             acceptedCountChartData.push({
  356.                 x: taskAcceptedElapsedTimesForChart,
  357.                 y: taskAcceptedCountsForChart,
  358.                 type: 'scatter',
  359.                 name: `${this.tasks[j].Assignment}`,
  360.             });
  361.         }
  362.         // 現在のユーザのデータを追加
  363.         if (this.yourScore !== -1) {
  364.             const yourAcceptedTimes = [];
  365.             const yourAcceptedDifficulties = [];
  366.             const yourAcceptedCounts = [];
  367.             for (let j = 0; j < this.tasks.length; ++j) {
  368.                 if (this.yourTaskAcceptedElapsedTimes[j] !== -1) {
  369.                     yourAcceptedTimes.push(this.yourTaskAcceptedElapsedTimes[j]);
  370.                     const yourAcceptedCount = arrayLowerBound(this.taskAcceptedElapsedTimes[j], this.yourTaskAcceptedElapsedTimes[j]) + 1;
  371.                     yourAcceptedCounts.push(yourAcceptedCount);
  372.                     yourAcceptedDifficulties.push(this.dcForDifficulty.binarySearchCorrectedDifficulty(yourAcceptedCount));
  373.                 }
  374.             }
  375.             this.tabs.yourDifficultyChartData = {
  376.                 x: yourAcceptedTimes,
  377.                 y: yourAcceptedDifficulties,
  378.                 mode: 'markers',
  379.                 type: 'scatter',
  380.                 name: `${userScreenName}`,
  381.                 marker: yourMarker,
  382.             };
  383.             this.tabs.yourAcceptedCountChartData = {
  384.                 x: yourAcceptedTimes,
  385.                 y: yourAcceptedCounts,
  386.                 mode: 'markers',
  387.                 type: 'scatter',
  388.                 name: `${userScreenName}`,
  389.                 marker: yourMarker,
  390.             };
  391.             difficultyChartData.push(this.tabs.yourDifficultyChartData);
  392.             acceptedCountChartData.push(this.tabs.yourAcceptedCountChartData);
  393.         }
  394.         return [difficultyChartData, acceptedCountChartData];
  395.     }
  396.     /** 得点と提出時間データの準備 */
  397.     getLastAcceptedTimeChartData() {
  398.         const lastAcceptedTimeChartData = [];
  399.         const scores = [...this.scoreLastAcceptedTimeMap.keys()];
  400.         scores.sort((a, b) => b - a);
  401.         let acc = 0;
  402.         let maxAcceptedTime = 0;
  403.         scores.forEach((score) => {
  404.             const lastAcceptedTimes = this.scoreLastAcceptedTimeMap.get(score);
  405.             lastAcceptedTimes.sort((a, b) => a - b);
  406.             const interval = Math.ceil(lastAcceptedTimes.length / 100);
  407.             const lastAcceptedTimesForChart = lastAcceptedTimes.reduce((ar, tm, idx) => {
  408.                 if (idx % interval == 0 || idx == lastAcceptedTimes.length - 1)
  409.                     ar.push(tm);
  410.                 return ar;
  411.             }, []);
  412.             const lastAcceptedTimesRanks = lastAcceptedTimes.reduce((ar, tm, idx) => {
  413.                 if (idx % interval == 0 || idx == lastAcceptedTimes.length - 1)
  414.                     ar.push(acc + idx + 1);
  415.                 return ar;
  416.             }, []);
  417.             lastAcceptedTimeChartData.push({
  418.                 x: lastAcceptedTimesRanks,
  419.                 y: lastAcceptedTimesForChart,
  420.                 type: 'scatter',
  421.                 name: `${score}`,
  422.             });
  423.             if (score === this.yourScore) {
  424.                 const lastAcceptedTimesRank = arrayLowerBound(lastAcceptedTimes, this.yourLastAcceptedTime);
  425.                 this.tabs.yourLastAcceptedTimeChartData = {
  426.                     x: [acc + lastAcceptedTimesRank + 1],
  427.                     y: [this.yourLastAcceptedTime],
  428.                     mode: 'markers',
  429.                     type: 'scatter',
  430.                     name: `${userScreenName}`,
  431.                     marker: yourMarker,
  432.                 };
  433.                 this.tabs.yourLastAcceptedTimeChartDataIndex = lastAcceptedTimeChartData.length + 0;
  434.                 lastAcceptedTimeChartData.push(this.tabs.yourLastAcceptedTimeChartData);
  435.             }
  436.             acc += lastAcceptedTimes.length;
  437.             if (lastAcceptedTimes[lastAcceptedTimes.length - 1] > maxAcceptedTime) {
  438.                 maxAcceptedTime = lastAcceptedTimes[lastAcceptedTimes.length - 1];
  439.             }
  440.         });
  441.         return [lastAcceptedTimeChartData, maxAcceptedTime];
  442.     }
  443.     /**
  444.      * 軸フォーマットをカスタムする
  445.      * Support specifying a function for tickformat · Issue #1464 · plotly/plotly.js
  446.      * https://github.com/plotly/plotly.js/issues/1464#issuecomment-498050894
  447.      */
  448.     overrideAxisFormat() {
  449.         const org_locale = Plotly.d3.locale;
  450.         Plotly.d3.locale = (locale) => {
  451.             const result = org_locale(locale);
  452.             // eslint-disable-next-line @typescript-eslint/unbound-method
  453.             const org_number_format = result.numberFormat;
  454.             result.numberFormat = (format) => {
  455.                 if (format != 'TIME') {
  456.                     return org_number_format(format);
  457.                 }
  458.                 return (x) => formatTimespan(x).toString();
  459.             };
  460.             return result;
  461.         };
  462.     }
  463.     /** Difficulty Chart 描画 */
  464.     async plotDifficultyChartData(difficultyChartData) {
  465.         const maxAcceptedCount = this.taskAcceptedCounts.reduce((a, b) => Math.max(a, b));
  466.         const yMax = RatingConverter.toCorrectedRating(this.dcForDifficulty.binarySearchCorrectedDifficulty(1));
  467.         const yMin = RatingConverter.toCorrectedRating(this.dcForDifficulty.binarySearchCorrectedDifficulty(Math.max(2, maxAcceptedCount)));
  468.         // 描画
  469.         const layout = {
  470.             title: 'Difficulty',
  471.             xaxis: {
  472.                 dtick: this.xtick,
  473.                 tickformat: 'TIME',
  474.                 range: [0, this.duration],
  475.                 // title: { text: 'Elapsed' }
  476.             },
  477.             yaxis: {
  478.                 dtick: 400,
  479.                 tickformat: 'd',
  480.                 range: [
  481.                     Math.max(0, Math.floor((yMin - 100) / 400) * 400),
  482.                     Math.max(0, Math.ceil((yMax + 100) / 400) * 400),
  483.                 ],
  484.                 // title: { text: 'Difficulty' }
  485.             },
  486.             shapes: colors.map((c) => {
  487.                 return {
  488.                     type: 'rect',
  489.                     layer: 'below',
  490.                     xref: 'x',
  491.                     yref: 'y',
  492.                     x0: 0,
  493.                     x1: this.duration,
  494.                     y0: c[0],
  495.                     y1: c[1],
  496.                     line: { width: 0 },
  497.                     fillcolor: c[2],
  498.                 };
  499.             }),
  500.             margin: {
  501.                 b: 60,
  502.                 t: 30,
  503.             },
  504.         };
  505.         await Plotly.newPlot(plotlyDifficultyChartId, difficultyChartData, layout, config);
  506.         window.addEventListener('resize', () => {
  507.             if (this.tabs.activeTab == 0)
  508.                 void Plotly.relayout(plotlyDifficultyChartId, {
  509.                     width: document.getElementById(plotlyDifficultyChartId).clientWidth,
  510.                 });
  511.         });
  512.     }
  513.     /** Accepted Count Chart 描画 */
  514.     async plotAcceptedCountChartData(acceptedCountChartData) {
  515.         this.tabs.acceptedCountYMax = this.participants;
  516.         const rectSpans = colors.reduce((ar, cur) => {
  517.             const bottom = this.dcForDifficulty.perf2ExpectedAcceptedCount(cur[1]);
  518.             if (bottom > this.tabs.acceptedCountYMax)
  519.                 return ar;
  520.             const top = cur[0] == 0 ? this.tabs.acceptedCountYMax : this.dcForDifficulty.perf2ExpectedAcceptedCount(cur[0]);
  521.             if (top < 0.5)
  522.                 return ar;
  523.             ar.push([Math.max(0.5, bottom), Math.min(this.tabs.acceptedCountYMax, top), cur[2]]);
  524.             return ar;
  525.         }, []);
  526.         // 描画
  527.         const layout = {
  528.             title: 'Accepted Count',
  529.             xaxis: {
  530.                 dtick: this.xtick,
  531.                 tickformat: 'TIME',
  532.                 range: [0, this.duration],
  533.                 // title: { text: 'Elapsed' }
  534.             },
  535.             yaxis: {
  536.                 // type: 'log',
  537.                 // dtick: 100,
  538.                 tickformat: 'd',
  539.                 range: [0, this.tabs.acceptedCountYMax],
  540.                 // range: [
  541.                 //     Math.log10(0.5),
  542.                 //     Math.log10(acceptedCountYMax)
  543.                 // ],
  544.                 // title: { text: 'Difficulty' }
  545.             },
  546.             shapes: rectSpans.map((span) => {
  547.                 return {
  548.                     type: 'rect',
  549.                     layer: 'below',
  550.                     xref: 'x',
  551.                     yref: 'y',
  552.                     x0: 0,
  553.                     x1: this.duration,
  554.                     y0: span[0],
  555.                     y1: span[1],
  556.                     line: { width: 0 },
  557.                     fillcolor: span[2],
  558.                 };
  559.             }),
  560.             margin: {
  561.                 b: 60,
  562.                 t: 30,
  563.             },
  564.         };
  565.         await Plotly.newPlot(plotlyAcceptedCountChartId, acceptedCountChartData, layout, config);
  566.         window.addEventListener('resize', () => {
  567.             if (this.tabs.activeTab == 1)
  568.                 void Plotly.relayout(plotlyAcceptedCountChartId, {
  569.                     width: document.getElementById(plotlyAcceptedCountChartId).clientWidth,
  570.                 });
  571.         });
  572.     }
  573.     /** LastAcceptedTime Chart 描画 */
  574.     async plotLastAcceptedTimeChartData(lastAcceptedTimeChartData, maxAcceptedTime) {
  575.         const xMax = this.participants;
  576.         const yMax = Math.ceil((maxAcceptedTime + this.xtick / 2) / this.xtick) * this.xtick;
  577.         const rectSpans = colors.reduce((ar, cur) => {
  578.             const right = cur[0] == 0 ? xMax : this.dcForPerformance.perf2Ranking(cur[0]);
  579.             if (right < 1)
  580.                 return ar;
  581.             const left = this.dcForPerformance.perf2Ranking(cur[1]);
  582.             if (left > xMax)
  583.                 return ar;
  584.             ar.push([Math.max(0, left), Math.min(xMax, right), cur[2]]);
  585.             return ar;
  586.         }, []);
  587.         // console.log(colors);
  588.         // console.log(rectSpans);
  589.         const layout = {
  590.             title: 'LastAcceptedTime v.s. Rank',
  591.             xaxis: {
  592.                 // dtick: 100,
  593.                 tickformat: 'd',
  594.                 range: [0, xMax],
  595.                 // title: { text: 'Elapsed' }
  596.             },
  597.             yaxis: {
  598.                 dtick: this.xtick,
  599.                 tickformat: 'TIME',
  600.                 range: [0, yMax],
  601.                 // range: [
  602.                 //     Math.max(0, Math.floor((yMin - 100) / 400) * 400),
  603.                 //     Math.max(0, Math.ceil((yMax + 100) / 400) * 400)
  604.                 // ],
  605.                 // title: { text: 'Difficulty' }
  606.             },
  607.             shapes: rectSpans.map((span) => {
  608.                 return {
  609.                     type: 'rect',
  610.                     layer: 'below',
  611.                     xref: 'x',
  612.                     yref: 'y',
  613.                     x0: span[0],
  614.                     x1: span[1],
  615.                     y0: 0,
  616.                     y1: yMax,
  617.                     line: { width: 0 },
  618.                     fillcolor: span[2],
  619.                 };
  620.             }),
  621.             margin: {
  622.                 b: 60,
  623.                 t: 30,
  624.             },
  625.         };
  626.         await Plotly.newPlot(plotlyLastAcceptedTimeChartId, lastAcceptedTimeChartData, layout, config);
  627.         window.addEventListener('resize', () => {
  628.             if (this.tabs.activeTab == 2)
  629.                 void Plotly.relayout(plotlyLastAcceptedTimeChartId, {
  630.                     width: document.getElementById(plotlyLastAcceptedTimeChartId).clientWidth,
  631.                 });
  632.         });
  633.     }
  634.     hideLoader() {
  635.         document.getElementById(LOADER_ID).style.display = 'none';
  636.     }
  637. }
  638.  
  639. /** レートを表す難易度円(◒)の HTML 文字列を生成 */
  640. const generateDifficultyCircle = (rating, isSmall = true) => {
  641.     const size = isSmall ? 12 : 36;
  642.     const borderWidth = isSmall ? 1 : 3;
  643.     const style = `display:inline-block;border-radius:50%;border-style:solid;border-width:${borderWidth}px;` +
  644.         `margin-right:5px;vertical-align:initial;height:${size}px;width:${size}px;`;
  645.     if (rating < 3200) {
  646.         // 色と円がどのぐらい満ちているかを計算
  647.         const color = getColor(rating);
  648.         const percentFull = ((rating % 400) / 400) * 100;
  649.         // ◒を生成
  650.         return (`
  651.                 <span style='${style}border-color:${color};background:` +
  652.             `linear-gradient(to top, ${color} 0%, ${color} ${percentFull}%, ` +
  653.             `rgba(0, 0, 0, 0) ${percentFull}%, rgba(0, 0, 0, 0) 100%); '>
  654.                 </span>`);
  655.     }
  656.     // 金銀銅は例外処理
  657.     else if (rating < 3600) {
  658.         return (`<span style="${style}border-color: rgb(150, 92, 44);` +
  659.             'background: linear-gradient(to right, rgb(150, 92, 44), rgb(255, 218, 189), rgb(150, 92, 44));"></span>');
  660.     }
  661.     else if (rating < 4000) {
  662.         return (`<span style="${style}border-color: rgb(128, 128, 128);` +
  663.             'background: linear-gradient(to right, rgb(128, 128, 128), white, rgb(128, 128, 128));"></span>');
  664.     }
  665.     else {
  666.         return (`<span style="${style}border-color: rgb(255, 215, 0);` +
  667.             'background: linear-gradient(to right, rgb(255, 215, 0), white, rgb(255, 215, 0));"></span>');
  668.     }
  669. };
  670.  
  671. const COL_PER_ROW = 20;
  672. class DifficyltyTable {
  673.     constructor(parent, tasks, isEstimationEnabled, dc, taskAcceptedCounts, yourTaskAcceptedElapsedTimes, acCountPredicted) {
  674.         // insert
  675.         parent.insertAdjacentHTML('beforeend', `
  676.             <p><span class="h2">Difficulty</span></p>
  677.             <div id="acssa-table-wrapper">
  678.                 ${rangeLen(Math.ceil(tasks.length / COL_PER_ROW))
  679.             .map((tableIdx) => `
  680.                     <table id="acssa-table-${tableIdx}" class="table table-bordered table-hover th-center td-center td-middle acssa-table">
  681.                         <tbody>
  682.                         <tr id="acssa-thead-${tableIdx}" class="acssa-thead"></tr>
  683.                         </tbody>
  684.                         <tbody>
  685.                         <tr id="acssa-tbody-${tableIdx}" class="acssa-tbody"></tr>
  686.                         ${isEstimationEnabled
  687.             ? `<tr id="acssa-tbody-predicted-${tableIdx}" class="acssa-tbody"></tr>`
  688.             : ''}
  689.                         </tbody>
  690.                     </table>
  691.                 `)
  692.             .join('')}
  693.             </div>
  694.         `);
  695.         if (isEstimationEnabled) {
  696.             for (let tableIdx = 0; tableIdx < Math.ceil(tasks.length / COL_PER_ROW); ++tableIdx) {
  697.                 document.getElementById(`acssa-thead-${tableIdx}`).insertAdjacentHTML('beforeend', `<th></th>`);
  698.                 document.getElementById(`acssa-tbody-${tableIdx}`).insertAdjacentHTML('beforeend', `<th>Current</td>`);
  699.                 document.getElementById(`acssa-tbody-predicted-${tableIdx}`).insertAdjacentHTML('beforeend', `<th>Predicted</td>`);
  700.             }
  701.         }
  702.         // build
  703.         for (let j = 0; j < tasks.length; ++j) {
  704.             const tableIdx = Math.floor(j / COL_PER_ROW);
  705.             const correctedDifficulty = dc.binarySearchCorrectedDifficulty(taskAcceptedCounts[j]);
  706.             const tdClass = yourTaskAcceptedElapsedTimes[j] === -1 ? '' : 'class="success acssa-task-success"';
  707.             document.getElementById(`acssa-thead-${tableIdx}`).insertAdjacentHTML('beforeend', `
  708.                 <td ${tdClass}>
  709.                   ${tasks[j].Assignment}
  710.                 </td>
  711.             `);
  712.             const id = `td-assa-difficulty-${j}`;
  713.             document.getElementById(`acssa-tbody-${tableIdx}`).insertAdjacentHTML('beforeend', `
  714.                 <td ${tdClass} id="${id}" style="color:${getColor(correctedDifficulty)};">
  715.                 ${correctedDifficulty === 9999 ? '-' : correctedDifficulty}</td>
  716.             `);
  717.             if (correctedDifficulty !== 9999) {
  718.                 document.getElementById(id).insertAdjacentHTML('afterbegin', generateDifficultyCircle(correctedDifficulty));
  719.             }
  720.             if (isEstimationEnabled) {
  721.                 const correctedPredictedDifficulty = dc.binarySearchCorrectedDifficulty(acCountPredicted[j]);
  722.                 const idPredicted = `td-assa-difficulty-predicted-${j}`;
  723.                 document.getElementById(`acssa-tbody-predicted-${tableIdx}`).insertAdjacentHTML('beforeend', `
  724.                     <td ${tdClass} id="${idPredicted}" style="color:${getColor(correctedPredictedDifficulty)};">
  725.                     ${correctedPredictedDifficulty === 9999 ? '-' : correctedPredictedDifficulty}</td>
  726.                 `);
  727.                 if (correctedPredictedDifficulty !== 9999) {
  728.                     document.getElementById(idPredicted).insertAdjacentHTML('afterbegin', generateDifficultyCircle(correctedPredictedDifficulty));
  729.                 }
  730.             }
  731.         }
  732.     }
  733. }
  734.  
  735. var html = "<p><span class=\"h2\">Chart</span></p>\n<div id=\"acssa-tab-wrapper\">\n    <ul class=\"nav nav-pills small\" id=\"acssa-chart-tab\">\n        <li class=\"active\">\n            <a class=\"acssa-chart-tab-button\"><span class=\"glyphicon glyphicon-stats\" aria-hidden=\"true\"></span>Difficulty</a>\n        </li>\n        <li>\n            <a class=\"acssa-chart-tab-button\"><span class=\"glyphicon glyphicon-stats\" aria-hidden=\"true\"></span>AC\n                Count</a>\n        </li>\n        <li>\n            <a class=\"acssa-chart-tab-button\"><span class=\"glyphicon glyphicon-stats\" aria-hidden=\"true\"></span>LastAcceptedTime</a>\n        </li>\n    </ul>\n    <ul class=\"nav nav-pills\" id=\"acssa-checkbox-tab\">\n        <li id=\"acssa-checkbox-toggle-your-result-visibility-parent\">\n            <a><label><input type=\"checkbox\" id=\"acssa-checkbox-toggle-your-result-visibility\" checked=\"checked\"> Plot your\n                    result</label></a>\n        </li>\n        <li id=\"acssa-checkbox-toggle-log-plot-parent\">\n            <a><label><input type=\"checkbox\" id=\"acssa-checkbox-toggle-log-plot\">Log plot</label></a>\n        </li>\n        <li>\n            <a><label><input type=\"checkbox\" id=\"acssa-checkbox-toggle-onload-plot\">Onload plot</label></a>\n        </li>\n    </ul>\n</div>";
  736.  
  737. const TABS_WRAPPER_ID = 'acssa-tab-wrapper';
  738. const CHART_TAB_ID = 'acssa-chart-tab';
  739. const CHART_TAB_BUTTON_CLASS = 'acssa-chart-tab-button';
  740. const CHECKBOX_TOGGLE_YOUR_RESULT_VISIBILITY = 'acssa-checkbox-toggle-your-result-visibility';
  741. const PARENT_CHECKBOX_TOGGLE_YOUR_RESULT_VISIBILITY = `${CHECKBOX_TOGGLE_YOUR_RESULT_VISIBILITY}-parent`;
  742. const CHECKBOX_TOGGLE_LOG_PLOT = 'acssa-checkbox-toggle-log-plot';
  743. const CHECKBOX_TOGGLE_ONLOAD_PLOT = 'acssa-checkbox-toggle-onload-plot';
  744. const CONFIG_CNLOAD_PLOT_KEY = 'acssa-config-onload-plot';
  745. const PARENT_CHECKBOX_TOGGLE_LOG_PLOT = `${CHECKBOX_TOGGLE_LOG_PLOT}-parent`;
  746. class Tabs {
  747.     constructor(parent, yourScore, participants) {
  748.         var _a;
  749.         this.yourScore = yourScore;
  750.         this.participants = participants;
  751.         // insert
  752.         parent.insertAdjacentHTML('beforeend', html);
  753.         this.showYourResultCheckbox = document.getElementById(CHECKBOX_TOGGLE_YOUR_RESULT_VISIBILITY);
  754.         this.logPlotCheckbox = document.getElementById(CHECKBOX_TOGGLE_LOG_PLOT);
  755.         this.logPlotCheckboxParent = document.getElementById(PARENT_CHECKBOX_TOGGLE_LOG_PLOT);
  756.         this.onloadPlotCheckbox = document.getElementById(CHECKBOX_TOGGLE_ONLOAD_PLOT);
  757.         this.onloadPlot = JSON.parse((_a = localStorage.getItem(CONFIG_CNLOAD_PLOT_KEY)) !== null && _a !== void 0 ? _a : 'true');
  758.         this.onloadPlotCheckbox.checked = this.onloadPlot;
  759.         // チェックボックス操作時のイベントを登録する */
  760.         this.showYourResultCheckbox.addEventListener('change', () => {
  761.             if (this.showYourResultCheckbox.checked) {
  762.                 document.querySelectorAll('.acssa-task-success.acssa-task-success-suppress').forEach((elm) => {
  763.                     elm.classList.remove('acssa-task-success-suppress');
  764.                 });
  765.             }
  766.             else {
  767.                 document.querySelectorAll('.acssa-task-success').forEach((elm) => {
  768.                     elm.classList.add('acssa-task-success-suppress');
  769.                 });
  770.             }
  771.         });
  772.         this.showYourResultCheckbox.addEventListener('change', () => {
  773.             void this.onShowYourResultCheckboxChangedAsync();
  774.         });
  775.         this.logPlotCheckbox.addEventListener('change', () => {
  776.             void this.onLogPlotCheckboxChangedAsync();
  777.         });
  778.         this.onloadPlotCheckbox.addEventListener('change', () => {
  779.             this.onloadPlot = this.onloadPlotCheckbox.checked;
  780.             localStorage.setItem(CONFIG_CNLOAD_PLOT_KEY, JSON.stringify(this.onloadPlot));
  781.         });
  782.         this.activeTab = 0;
  783.         this.showYourResult = [true, true, true];
  784.         this.acceptedCountYMax = -1;
  785.         this.useLogPlot = [false, false, false];
  786.         this.yourDifficultyChartData = null;
  787.         this.yourAcceptedCountChartData = null;
  788.         this.yourLastAcceptedTimeChartData = null;
  789.         this.yourLastAcceptedTimeChartDataIndex = -1;
  790.         document
  791.             .querySelectorAll(`.${CHART_TAB_BUTTON_CLASS}`)
  792.             .forEach((btn, key) => {
  793.             btn.addEventListener('click', () => void this.onTabButtonClicked(btn, key));
  794.         });
  795.         if (this.yourScore == -1) {
  796.             // disable checkbox
  797.             this.showYourResultCheckbox.checked = false;
  798.             this.showYourResultCheckbox.disabled = true;
  799.             const checkboxParent = this.showYourResultCheckbox.parentElement;
  800.             checkboxParent.style.cursor = 'default';
  801.             checkboxParent.style.textDecoration = 'line-through';
  802.         }
  803.     }
  804.     async onShowYourResultCheckboxChangedAsync() {
  805.         this.showYourResult[this.activeTab] = this.showYourResultCheckbox.checked;
  806.         if (this.showYourResultCheckbox.checked) {
  807.             // show
  808.             switch (this.activeTab) {
  809.                 case 0:
  810.                     if (this.yourScore > 0 && this.yourDifficultyChartData !== null)
  811.                         await Plotly.addTraces(plotlyDifficultyChartId, this.yourDifficultyChartData);
  812.                     break;
  813.                 case 1:
  814.                     if (this.yourScore > 0 && this.yourAcceptedCountChartData !== null)
  815.                         await Plotly.addTraces(plotlyAcceptedCountChartId, this.yourAcceptedCountChartData);
  816.                     break;
  817.                 case 2:
  818.                     if (this.yourLastAcceptedTimeChartData !== null && this.yourLastAcceptedTimeChartDataIndex != -1) {
  819.                         await Plotly.addTraces(plotlyLastAcceptedTimeChartId, this.yourLastAcceptedTimeChartData, this.yourLastAcceptedTimeChartDataIndex);
  820.                     }
  821.                     break;
  822.             }
  823.         }
  824.         else {
  825.             // hide
  826.             switch (this.activeTab) {
  827.                 case 0:
  828.                     if (this.yourScore > 0)
  829.                         await Plotly.deleteTraces(plotlyDifficultyChartId, -1);
  830.                     break;
  831.                 case 1:
  832.                     if (this.yourScore > 0)
  833.                         await Plotly.deleteTraces(plotlyAcceptedCountChartId, -1);
  834.                     break;
  835.                 case 2:
  836.                     if (this.yourLastAcceptedTimeChartDataIndex != -1) {
  837.                         await Plotly.deleteTraces(plotlyLastAcceptedTimeChartId, this.yourLastAcceptedTimeChartDataIndex);
  838.                     }
  839.                     break;
  840.             }
  841.         }
  842.     } // end async onShowYourResultCheckboxChangedAsync()
  843.     async onLogPlotCheckboxChangedAsync() {
  844.         if (this.acceptedCountYMax == -1)
  845.             return;
  846.         this.useLogPlot[this.activeTab] = this.logPlotCheckbox.checked;
  847.         if (this.activeTab == 1) {
  848.             if (this.logPlotCheckbox.checked) {
  849.                 // log plot
  850.                 const layout = {
  851.                     yaxis: {
  852.                         type: 'log',
  853.                         range: [Math.log10(0.5), Math.log10(this.acceptedCountYMax)],
  854.                     },
  855.                 };
  856.                 await Plotly.relayout(plotlyAcceptedCountChartId, layout);
  857.             }
  858.             else {
  859.                 // linear plot
  860.                 const layout = {
  861.                     yaxis: {
  862.                         type: 'linear',
  863.                         range: [0, this.acceptedCountYMax],
  864.                     },
  865.                 };
  866.                 await Plotly.relayout(plotlyAcceptedCountChartId, layout);
  867.             }
  868.         }
  869.         else if (this.activeTab == 2) {
  870.             if (this.logPlotCheckbox.checked) {
  871.                 // log plot
  872.                 const layout = {
  873.                     xaxis: {
  874.                         type: 'log',
  875.                         range: [Math.log10(0.5), Math.log10(this.participants)],
  876.                     },
  877.                 };
  878.                 await Plotly.relayout(plotlyLastAcceptedTimeChartId, layout);
  879.             }
  880.             else {
  881.                 // linear plot
  882.                 const layout = {
  883.                     xaxis: {
  884.                         type: 'linear',
  885.                         range: [0, this.participants],
  886.                     },
  887.                 };
  888.                 await Plotly.relayout(plotlyLastAcceptedTimeChartId, layout);
  889.             }
  890.         }
  891.     } // end async onLogPlotCheckboxChangedAsync
  892.     async onTabButtonClicked(btn, key) {
  893.         // check whether active or not
  894.         const buttonParent = btn.parentElement;
  895.         if (buttonParent.className == 'active')
  896.             return;
  897.         // modify visibility
  898.         this.activeTab = key;
  899.         document.querySelector(`#${CHART_TAB_ID} li.active`).classList.remove('active');
  900.         document.querySelector(`#${CHART_TAB_ID} li:nth-child(${key + 1})`).classList.add('active');
  901.         document.querySelector('#acssa-chart-block div.acssa-chart-wrapper-active').classList.remove('acssa-chart-wrapper-active');
  902.         document.querySelector(`#acssa-chart-block div.acssa-chart-wrapper:nth-child(${key + 1})`).classList.add('acssa-chart-wrapper-active');
  903.         // resize charts
  904.         switch (key) {
  905.             case 0:
  906.                 await Plotly.relayout(plotlyDifficultyChartId, {
  907.                     width: document.getElementById(plotlyDifficultyChartId).clientWidth,
  908.                 });
  909.                 this.logPlotCheckboxParent.style.display = 'none';
  910.                 break;
  911.             case 1:
  912.                 await Plotly.relayout(plotlyAcceptedCountChartId, {
  913.                     width: document.getElementById(plotlyAcceptedCountChartId).clientWidth,
  914.                 });
  915.                 this.logPlotCheckboxParent.style.display = 'block';
  916.                 break;
  917.             case 2:
  918.                 await Plotly.relayout(plotlyLastAcceptedTimeChartId, {
  919.                     width: document.getElementById(plotlyLastAcceptedTimeChartId).clientWidth,
  920.                 });
  921.                 this.logPlotCheckboxParent.style.display = 'block';
  922.                 break;
  923.         }
  924.         if (this.showYourResult[this.activeTab] !== this.showYourResultCheckbox.checked) {
  925.             await this.onShowYourResultCheckboxChangedAsync();
  926.         }
  927.         if (this.activeTab !== 0 && this.useLogPlot[this.activeTab] !== this.logPlotCheckbox.checked) {
  928.             await this.onLogPlotCheckboxChangedAsync();
  929.         }
  930.     }
  931.     showTabsControl() {
  932.         document.getElementById(TABS_WRAPPER_ID).style.display = 'block';
  933.         if (!this.onloadPlot) {
  934.             document.getElementById(CHART_TAB_ID).style.display = 'none';
  935.             document.getElementById(PARENT_CHECKBOX_TOGGLE_YOUR_RESULT_VISIBILITY).style.display =
  936.                 'none';
  937.         }
  938.     }
  939. }
  940.  
  941. const finf = bigf(400);
  942. function bigf(n) {
  943.     let pow1 = 1;
  944.     let pow2 = 1;
  945.     let numerator = 0;
  946.     let denominator = 0;
  947.     for (let i = 0; i < n; ++i) {
  948.         pow1 *= 0.81;
  949.         pow2 *= 0.9;
  950.         numerator += pow1;
  951.         denominator += pow2;
  952.     }
  953.     return Math.sqrt(numerator) / denominator;
  954. }
  955. function f(n) {
  956.     return ((bigf(n) - finf) / (bigf(1) - finf)) * 1200.0;
  957. }
  958. /**
  959.  * calculate unpositivized rating from last state
  960.  * @param {Number} [last] last unpositivized rating
  961.  * @param {Number} [perf] performance
  962.  * @param {Number} [ratedMatches] count of participated rated contest
  963.  * @returns {number} estimated unpositivized rating
  964.  */
  965. function calcRatingFromLast(last, perf, ratedMatches) {
  966.     if (ratedMatches === 0)
  967.         return perf - 1200;
  968.     last += f(ratedMatches);
  969.     const weight = 9 - 9 * Math.pow(0.9, ratedMatches);
  970.     const numerator = weight * Math.pow(2, last / 800.0) + Math.pow(2, perf / 800.0);
  971.     const denominator = 1 + weight;
  972.     return Math.log2(numerator / denominator) * 800.0 - f(ratedMatches + 1);
  973. }
  974. // class Random {
  975. //     x: number
  976. //     y: number
  977. //     z: number
  978. //     w: number
  979. //     constructor(seed = 88675123) {
  980. //         this.x = 123456789;
  981. //         this.y = 362436069;
  982. //         this.z = 521288629;
  983. //         this.w = seed;
  984. //     }
  985. //     // XorShift
  986. //     next(): number {
  987. //         let t;
  988. //         t = this.x ^ (this.x << 11);
  989. //         this.x = this.y; this.y = this.z; this.z = this.w;
  990. //         return this.w = (this.w ^ (this.w >>> 19)) ^ (t ^ (t >>> 8));
  991. //     }
  992. //     // min以上max以下の乱数を生成する
  993. //     nextInt(min: number, max: number): number {
  994. //         const r = Math.abs(this.next());
  995. //         return min + (r % (max + 1 - min));
  996. //     }
  997. // };
  998. class PerformanceTable {
  999.     constructor(parent, tasks, isEstimationEnabled, yourStandingsEntry, taskAcceptedCounts, acCountPredicted, standingsData, innerRatingsFromPredictor, dcForPerformance, centerOfInnerRating, useRating) {
  1000.         this.centerOfInnerRating = centerOfInnerRating;
  1001.         if (yourStandingsEntry === undefined)
  1002.             return;
  1003.         // コンテスト終了時点での順位表を予測する
  1004.         const len = acCountPredicted.length;
  1005.         const rems = [];
  1006.         for (let i = 0; i < len; ++i) {
  1007.             rems.push(Math.ceil(acCountPredicted[i] - taskAcceptedCounts[i])); //
  1008.         }
  1009.         const scores = []; // (現レート，スコア合計，時間，問題ごとのスコア，rated)
  1010.         const highestScores = tasks.map(() => 0);
  1011.         let rowPtr = undefined;
  1012.         // const ratedInnerRatings: Rating[] = [];
  1013.         const ratedUserRanks = [];
  1014.         // console.log(standingsData);
  1015.         const threthold = moment('2021-12-03T21:00:00+09:00');
  1016.         const isAfterABC230 = startTime >= threthold;
  1017.         // OldRating が全員 0 なら，強制的に Rating を使用する（コンテスト終了後，レート更新前）
  1018.         standingsData.forEach((standingsEntry) => {
  1019.             const userScores = [];
  1020.             let penalty = 0;
  1021.             for (let j = 0; j < tasks.length; ++j) {
  1022.                 const taskResultEntry = standingsEntry.TaskResults[tasks[j].TaskScreenName];
  1023.                 if (!taskResultEntry) {
  1024.                     // 未提出
  1025.                     userScores.push(0);
  1026.                 }
  1027.                 else {
  1028.                     userScores.push(taskResultEntry.Score / 100);
  1029.                     highestScores[j] = Math.max(highestScores[j], taskResultEntry.Score / 100);
  1030.                     penalty += taskResultEntry.Score === 0 ? taskResultEntry.Failure : taskResultEntry.Penalty;
  1031.                 }
  1032.             }
  1033.             // const isRated = standingsEntry.IsRated && standingsEntry.TotalResult.Count > 0;
  1034.             const isRated = standingsEntry.IsRated && (isAfterABC230 || standingsEntry.TotalResult.Count > 0);
  1035.             if (!isRated) {
  1036.                 if (standingsEntry.TotalResult.Score === 0 && penalty === 0 && standingsEntry.TotalResult.Count == 0) {
  1037.                     return; // NoSub を飛ばす
  1038.                 }
  1039.             }
  1040.             standingsEntry.Rating;
  1041.             // const innerRating: Rating = isTeamOrBeginner
  1042.             //     ? correctedRating
  1043.             //     : standingsEntry.UserScreenName in innerRatingsFromPredictor
  1044.             //         ? innerRatingsFromPredictor[standingsEntry.UserScreenName]
  1045.             //         : RatingConverter.toInnerRating(
  1046.             //             Math.max(RatingConverter.toRealRating(correctedRating), 1),
  1047.             //             standingsEntry.Competitions
  1048.             //         );
  1049.             const innerRating = standingsEntry.UserScreenName in innerRatingsFromPredictor
  1050.                 ? innerRatingsFromPredictor[standingsEntry.UserScreenName]
  1051.                 : this.centerOfInnerRating;
  1052.             if (isRated) {
  1053.                 // ratedInnerRatings.push(innerRating);
  1054.                 ratedUserRanks.push(standingsEntry.EntireRank);
  1055.                 // if (innerRating || true) {
  1056.                 const row = [
  1057.                     innerRating,
  1058.                     standingsEntry.TotalResult.Score / 100,
  1059.                     standingsEntry.TotalResult.Elapsed + 300 * standingsEntry.TotalResult.Penalty,
  1060.                     userScores,
  1061.                     isRated,
  1062.                 ];
  1063.                 scores.push(row);
  1064.                 if ((standingsEntry.UserScreenName == userScreenName)) {
  1065.                     rowPtr = row;
  1066.                 }
  1067.                 // }
  1068.             }
  1069.         });
  1070.         const sameRatedRankCount = ratedUserRanks.reduce((prev, cur) => {
  1071.             if (cur == yourStandingsEntry.EntireRank)
  1072.                 prev++;
  1073.             return prev;
  1074.         }, 0);
  1075.         const ratedRank = ratedUserRanks.reduce((prev, cur) => {
  1076.             if (cur < yourStandingsEntry.EntireRank)
  1077.                 prev += 1;
  1078.             return prev;
  1079.         }, (1 + sameRatedRankCount) / 2);
  1080.         // レート順でソート
  1081.         scores.sort((a, b) => {
  1082.             const [innerRatingA, scoreA, timeElapsedA] = a;
  1083.             const [innerRatingB, scoreB, timeElapsedB] = b;
  1084.             if (innerRatingA != innerRatingB) {
  1085.                 return innerRatingB - innerRatingA; // 降順（レートが高い順）
  1086.             }
  1087.             if (scoreA != scoreB) {
  1088.                 return scoreB - scoreA; // 降順（順位が高い順）
  1089.             }
  1090.             return timeElapsedA - timeElapsedB; // 昇順（順位が高い順）
  1091.         });
  1092.         // const random = new Random(0);
  1093.         // スコア変化をシミュレート
  1094.         // (現レート，スコア合計，時間，問題ごとのスコア，rated)
  1095.         scores.forEach((score) => {
  1096.             const [, , , scoresA] = score;
  1097.             // 自分は飛ばす
  1098.             if (score == rowPtr)
  1099.                 return;
  1100.             for (let j = 0; j < tasks.length; ++j) {
  1101.                 // if (random.nextInt(0, 9) <= 2) continue;
  1102.                 // まだ満点ではなく，かつ正解者を増やせるなら
  1103.                 if (scoresA[j] < highestScores[j] && rems[j] > 0) {
  1104.                     const dif = highestScores[j] - scoresA[j];
  1105.                     score[1] += dif;
  1106.                     score[2] += 1000000000 * 60 * 30; // とりあえず30分で解くと仮定する
  1107.                     scoresA[j] = highestScores[j];
  1108.                     rems[j]--;
  1109.                 }
  1110.                 if (rems[j] == 0)
  1111.                     break;
  1112.             }
  1113.         });
  1114.         // 順位でソート
  1115.         scores.sort((a, b) => {
  1116.             const [innerRatingA, scoreA, timeElapsedA, ,] = a;
  1117.             const [innerRatingB, scoreB, timeElapsedB, ,] = b;
  1118.             if (scoreA != scoreB) {
  1119.                 return scoreB - scoreA; // 降順（順位が高い順）
  1120.             }
  1121.             if (timeElapsedA != timeElapsedB) {
  1122.                 return timeElapsedA - timeElapsedB; // 昇順（順位が高い順）
  1123.             }
  1124.             return innerRatingB - innerRatingA; // 降順（レートが高い順）
  1125.         });
  1126.         // 順位を求める
  1127.         let estimatedRank = -1;
  1128.         let rank = 0;
  1129.         let sameCnt = 0;
  1130.         for (let i = 0; i < scores.length; ++i) {
  1131.             if (estimatedRank == -1) {
  1132.                 if (scores[i][4] === true) {
  1133.                     rank++;
  1134.                 }
  1135.                 if (scores[i] === rowPtr) {
  1136.                     if (rank === 0)
  1137.                         rank = 1;
  1138.                     estimatedRank = rank;
  1139.                     // break;
  1140.                 }
  1141.             }
  1142.             else {
  1143.                 if (rowPtr === undefined)
  1144.                     break;
  1145.                 if (scores[i][1] === rowPtr[1] && scores[i][2] === rowPtr[2]) {
  1146.                     sameCnt++;
  1147.                 }
  1148.                 else {
  1149.                     break;
  1150.                 }
  1151.             }
  1152.         } //1246
  1153.         estimatedRank += sameCnt / 2;
  1154.         // const dc = new DifficultyCalculator(ratedInnerRatings);
  1155.         // insert
  1156.         parent.insertAdjacentHTML('beforeend', `
  1157.             <p><span class="h2">Performance</span></p>
  1158.             <div id="acssa-perf-table-wrapper">
  1159.                 <table id="acssa-perf-table" class="table table-bordered table-hover th-center td-center td-middle acssa-table">
  1160.                 <tbody>
  1161.                     <tr class="acssa-thead">
  1162.                         ${isEstimationEnabled ? '<td></td>' : ''}
  1163.                         <td id="acssa-thead-perf" class="acssa-thead">perf</td>
  1164.                         <td id="acssa-thead-perf" class="acssa-thead">レート変化</td>
  1165.                     </tr>
  1166.                 </tbody>
  1167.                 <tbody>
  1168.                     <tr id="acssa-perf-tbody" class="acssa-tbody"></tr>
  1169.                     ${isEstimationEnabled
  1170.             ? `
  1171.                         <tr id="acssa-perf-tbody-predicted" class="acssa-tbody"></tr>
  1172.                     `
  1173.             : ''}
  1174.                     </tbody>
  1175.                 </table>
  1176.             </div>
  1177.         `);
  1178.         if (isEstimationEnabled) {
  1179.             document.getElementById(`acssa-perf-tbody`).insertAdjacentHTML('beforeend', `<th>Current</td>`);
  1180.             document.getElementById(`acssa-perf-tbody-predicted`).insertAdjacentHTML('beforeend', `<th>Predicted</td>`);
  1181.         }
  1182.         // build
  1183.         const id = `td-assa-perf-current`;
  1184.         // TODO: ちゃんと判定する
  1185.         // const perf = Math.min(2400, dc.rank2InnerPerf(ratedRank));
  1186.         const perf = RatingConverter.toCorrectedRating(dcForPerformance.rank2InnerPerf(ratedRank));
  1187.         //
  1188.         document.getElementById(`acssa-perf-tbody`).insertAdjacentHTML('beforeend', `
  1189.             <td id="${id}" style="color:${getColor(perf)};">
  1190.             ${perf === 9999 ? '-' : perf}</td>
  1191.         `);
  1192.         if (perf !== 9999) {
  1193.             document.getElementById(id).insertAdjacentHTML('afterbegin', generateDifficultyCircle(perf));
  1194.             const oldRating = useRating ? yourStandingsEntry.Rating : yourStandingsEntry.OldRating;
  1195.             // const oldRating = yourStandingsEntry.Rating;
  1196.             const nextRating = Math.round(RatingConverter.toCorrectedRating(calcRatingFromLast(RatingConverter.toRealRating(oldRating), perf, yourStandingsEntry.Competitions)));
  1197.             const sign = nextRating > oldRating ? '+' : nextRating < oldRating ? '-' : '±';
  1198.             document.getElementById(`acssa-perf-tbody`).insertAdjacentHTML('beforeend', `
  1199.                 <td>
  1200.                 <span style="font-weight:bold;color:${getColor(oldRating)}">${oldRating}</span> → 
  1201.                 <span style="font-weight:bold;color:${getColor(nextRating)}">${nextRating}</span>
  1202.                 <span style="color:gray">(${sign}${Math.abs(nextRating - oldRating)})</span>
  1203.                 </td>
  1204.             `);
  1205.         }
  1206.         if (isEstimationEnabled) {
  1207.             if (estimatedRank != -1) {
  1208.                 const perfEstimated = RatingConverter.toCorrectedRating(dcForPerformance.rank2InnerPerf(estimatedRank));
  1209.                 const id2 = `td-assa-perf-predicted`;
  1210.                 document.getElementById(`acssa-perf-tbody-predicted`).insertAdjacentHTML('beforeend', `
  1211.                 <td id="${id2}" style="color:${getColor(perfEstimated)};">
  1212.                 ${perfEstimated === 9999 ? '-' : perfEstimated}</td>
  1213.             `);
  1214.                 if (perfEstimated !== 9999) {
  1215.                     document.getElementById(id2).insertAdjacentHTML('afterbegin', generateDifficultyCircle(perfEstimated));
  1216.                     const oldRating = useRating ? yourStandingsEntry.Rating : yourStandingsEntry.OldRating;
  1217.                     // const oldRating = yourStandingsEntry.Rating;
  1218.                     const nextRating = Math.round(RatingConverter.toCorrectedRating(calcRatingFromLast(RatingConverter.toRealRating(oldRating), perfEstimated, yourStandingsEntry.Competitions)));
  1219.                     const sign = nextRating > oldRating ? '+' : nextRating < oldRating ? '-' : '±';
  1220.                     document.getElementById(`acssa-perf-tbody-predicted`).insertAdjacentHTML('beforeend', `
  1221.                         <td>
  1222.                         <span style="font-weight:bold;color:${getColor(oldRating)}">${oldRating}</span> → 
  1223.                         <span style="font-weight:bold;color:${getColor(nextRating)}">${nextRating}</span>
  1224.                         <span style="color:gray">(${sign}${Math.abs(nextRating - oldRating)})</span>
  1225.                         </td>
  1226.                     `);
  1227.                 }
  1228.             }
  1229.             else {
  1230.                 document.getElementById(`acssa-perf-tbody-predicted`).insertAdjacentHTML('beforeend', '<td>?</td>');
  1231.             }
  1232.         }
  1233.     }
  1234. }
  1235.  
  1236. const NS2SEC = 1000000000;
  1237. const CONTENT_DIV_ID = 'acssa-contents';
  1238. class Parent {
  1239.     constructor(acRatioModel, centerOfInnerRating) {
  1240.         const loaderStyles = GM_getResourceText('loaders.min.css');
  1241.         GM_addStyle(loaderStyles + '\n' + css);
  1242.         // this.centerOfInnerRating = getCenterOfInnerRating(contestScreenName);
  1243.         this.centerOfInnerRating = centerOfInnerRating;
  1244.         this.acRatioModel = acRatioModel;
  1245.         this.working = false;
  1246.         this.oldStandingsData = null;
  1247.         this.hasTeamStandings = this.searchTeamStandingsPage();
  1248.         this.yourStandingsEntry = undefined;
  1249.     }
  1250.     searchTeamStandingsPage() {
  1251.         const teamStandingsLink = document.querySelector(`a[href*="/contests/${contestScreenName}/standings/team"]`);
  1252.         return teamStandingsLink !== null;
  1253.     }
  1254.     async onStandingsChanged(standings) {
  1255.         if (!standings)
  1256.             return;
  1257.         if (this.working)
  1258.             return;
  1259.         this.tasks = standings.TaskInfo;
  1260.         const standingsData = standings.StandingsData; // vueStandings.filteredStandings;
  1261.         if (this.oldStandingsData === standingsData)
  1262.             return;
  1263.         if (this.tasks.length === 0)
  1264.             return;
  1265.         this.oldStandingsData = standingsData;
  1266.         this.working = true;
  1267.         this.removeOldContents();
  1268.         const currentTime = moment();
  1269.         this.elapsedMinutes = Math.floor(currentTime.diff(startTime) / 60 / 1000);
  1270.         this.isDuringContest = startTime <= currentTime && currentTime < endTime;
  1271.         this.isEstimationEnabled = this.isDuringContest && this.elapsedMinutes >= 1 && this.tasks.length < 10;
  1272.         const useRating = this.isDuringContest || this.areOldRatingsAllZero(standingsData);
  1273.         this.innerRatingsFromPredictor = await fetchInnerRatingsFromPredictor(contestScreenName);
  1274.         this.scanStandingsData(standingsData);
  1275.         this.predictAcCountSeries();
  1276.         const standingsElement = document.getElementById('vue-standings');
  1277.         const acssaContentDiv = document.createElement('div');
  1278.         acssaContentDiv.id = CONTENT_DIV_ID;
  1279.         standingsElement.insertAdjacentElement('afterbegin', acssaContentDiv);
  1280.         if (this.hasTeamStandings) {
  1281.             if (!location.href.includes('/standings/team')) {
  1282.                 // チーム戦順位表へ誘導
  1283.                 acssaContentDiv.insertAdjacentHTML('afterbegin', teamalert);
  1284.             }
  1285.         }
  1286.         // difficulty
  1287.         new DifficyltyTable(acssaContentDiv, this.tasks, this.isEstimationEnabled, this.dcForDifficulty, this.taskAcceptedCounts, this.yourTaskAcceptedElapsedTimes, this.acCountPredicted);
  1288.         new PerformanceTable(acssaContentDiv, this.tasks, this.isEstimationEnabled, this.yourStandingsEntry, this.taskAcceptedCounts, this.acCountPredicted, standingsData, this.innerRatingsFromPredictor, this.dcForPerformance, this.centerOfInnerRating, useRating);
  1289.         // console.log(this.yourStandingsEntry);
  1290.         // console.log(this.yourStandingsEntry?.EntireRank);
  1291.         // console.log(this.dc.rank2InnerPerf((this.yourStandingsEntry?.EntireRank ?? 10000) - 0));
  1292.         // tabs
  1293.         const tabs = new Tabs(acssaContentDiv, this.yourScore, this.participants);
  1294.         const charts = new Charts(acssaContentDiv, this.tasks, this.scoreLastAcceptedTimeMap, this.taskAcceptedCounts, this.taskAcceptedElapsedTimes, this.yourTaskAcceptedElapsedTimes, this.yourScore, this.yourLastAcceptedTime, this.participants, this.dcForDifficulty, this.dcForPerformance, tabs);
  1295.         if (tabs.onloadPlot) {
  1296.             // 順位表のその他の描画を優先するために，プロットは後回しにする
  1297.             void charts.plotAsync().then(() => {
  1298.                 charts.hideLoader();
  1299.                 tabs.showTabsControl();
  1300.                 this.working = false;
  1301.             });
  1302.         }
  1303.         else {
  1304.             charts.hideLoader();
  1305.             tabs.showTabsControl();
  1306.         }
  1307.     }
  1308.     removeOldContents() {
  1309.         const oldContents = document.getElementById(CONTENT_DIV_ID);
  1310.         if (oldContents) {
  1311.             // oldContents.parentNode.removeChild(oldContents);
  1312.             oldContents.remove();
  1313.         }
  1314.     }
  1315.     scanStandingsData(standingsData) {
  1316.         // init
  1317.         this.scoreLastAcceptedTimeMap = new Map();
  1318.         this.taskAcceptedCounts = rangeLen(this.tasks.length).fill(0);
  1319.         this.taskAcceptedElapsedTimes = rangeLen(this.tasks.length).map(() => []);
  1320.         this.innerRatings = [];
  1321.         this.ratedInnerRatings = [];
  1322.         this.yourTaskAcceptedElapsedTimes = rangeLen(this.tasks.length).fill(-1);
  1323.         this.yourScore = -1;
  1324.         this.yourLastAcceptedTime = -1;
  1325.         this.participants = 0;
  1326.         this.yourStandingsEntry = undefined;
  1327.         // scan
  1328.         const threthold = moment('2021-12-03T21:00:00+09:00');
  1329.         const isAfterABC230 = startTime >= threthold;
  1330.         for (let i = 0; i < standingsData.length; ++i) {
  1331.             const standingsEntry = standingsData[i];
  1332.             const isRated = standingsEntry.IsRated && (isAfterABC230 || standingsEntry.TotalResult.Count > 0);
  1333.             // const innerRating: Rating = isTeamOrBeginner
  1334.             //     ? correctedRating
  1335.             //     : standingsEntry.UserScreenName in this.innerRatingsFromPredictor
  1336.             //         ? this.innerRatingsFromPredictor[standingsEntry.UserScreenName]
  1337.             //         : RatingConverter.toInnerRating(
  1338.             //             Math.max(RatingConverter.toRealRating(correctedRating), 1),
  1339.             //             standingsEntry.Competitions
  1340.             //         );
  1341.             const innerRating = standingsEntry.UserScreenName in this.innerRatingsFromPredictor
  1342.                 ? this.innerRatingsFromPredictor[standingsEntry.UserScreenName]
  1343.                 : this.centerOfInnerRating;
  1344.             if (isRated) {
  1345.                 this.ratedInnerRatings.push(innerRating);
  1346.             }
  1347.             if (!standingsEntry.TaskResults)
  1348.                 continue; // 参加登録していない
  1349.             if (standingsEntry.UserIsDeleted)
  1350.                 continue; // アカウント削除
  1351.             // let correctedRating = this.isDuringContest ? standingsEntry.Rating : standingsEntry.OldRating;
  1352.             standingsEntry.Rating;
  1353.             // これは飛ばしちゃダメ（提出しても 0 AC だと Penalty == 0 なので）
  1354.             // if (standingsEntry.TotalResult.Score == 0 && standingsEntry.TotalResult.Penalty == 0) continue;
  1355.             let score = 0;
  1356.             let penalty = 0;
  1357.             for (let j = 0; j < this.tasks.length; ++j) {
  1358.                 const taskResultEntry = standingsEntry.TaskResults[this.tasks[j].TaskScreenName];
  1359.                 if (!taskResultEntry)
  1360.                     continue; // 未提出
  1361.                 score += taskResultEntry.Score;
  1362.                 penalty += taskResultEntry.Score === 0 ? taskResultEntry.Failure : taskResultEntry.Penalty;
  1363.             }
  1364.             if (score === 0 && penalty === 0 && standingsEntry.TotalResult.Count == 0)
  1365.                 continue; // NoSub を飛ばす
  1366.             this.participants++;
  1367.             // console.log(i + 1, score, penalty);
  1368.             score /= 100;
  1369.             if (this.scoreLastAcceptedTimeMap.has(score)) {
  1370.                 this.scoreLastAcceptedTimeMap.get(score).push(standingsEntry.TotalResult.Elapsed / NS2SEC);
  1371.             }
  1372.             else {
  1373.                 this.scoreLastAcceptedTimeMap.set(score, [standingsEntry.TotalResult.Elapsed / NS2SEC]);
  1374.             }
  1375.             // console.log(this.isDuringContest, standingsEntry.Rating, standingsEntry.OldRating, innerRating);
  1376.             // if (standingsEntry.IsRated && innerRating) {
  1377.             // if (innerRating) {
  1378.             //     this.innerRatings.push(innerRating);
  1379.             // } else {
  1380.             //     console.log(i, innerRating, correctedRating, standingsEntry.Competitions, standingsEntry, this.innerRatingsFromPredictor[standingsEntry.UserScreenName]);
  1381.             //     continue;
  1382.             // }
  1383.             this.innerRatings.push(innerRating);
  1384.             for (let j = 0; j < this.tasks.length; ++j) {
  1385.                 const taskResultEntry = standingsEntry.TaskResults[this.tasks[j].TaskScreenName];
  1386.                 const isAccepted = (taskResultEntry === null || taskResultEntry === void 0 ? void 0 : taskResultEntry.Score) > 0 && (taskResultEntry === null || taskResultEntry === void 0 ? void 0 : taskResultEntry.Status) == 1;
  1387.                 if (isAccepted) {
  1388.                     ++this.taskAcceptedCounts[j];
  1389.                     this.taskAcceptedElapsedTimes[j].push(taskResultEntry.Elapsed / NS2SEC);
  1390.                 }
  1391.             }
  1392.             if ((standingsEntry.UserScreenName == userScreenName)) {
  1393.                 this.yourScore = score;
  1394.                 this.yourLastAcceptedTime = standingsEntry.TotalResult.Elapsed / NS2SEC;
  1395.                 this.yourStandingsEntry = standingsEntry;
  1396.                 for (let j = 0; j < this.tasks.length; ++j) {
  1397.                     const taskResultEntry = standingsEntry.TaskResults[this.tasks[j].TaskScreenName];
  1398.                     const isAccepted = (taskResultEntry === null || taskResultEntry === void 0 ? void 0 : taskResultEntry.Score) > 0 && (taskResultEntry === null || taskResultEntry === void 0 ? void 0 : taskResultEntry.Status) == 1;
  1399.                     if (isAccepted) {
  1400.                         this.yourTaskAcceptedElapsedTimes[j] = taskResultEntry.Elapsed / NS2SEC;
  1401.                     }
  1402.                 }
  1403.             }
  1404.         } // end for
  1405.         this.innerRatings.sort((a, b) => a - b);
  1406.         this.dcForDifficulty = new DifficultyCalculator(this.innerRatings);
  1407.         this.dcForPerformance = new DifficultyCalculator(this.ratedInnerRatings);
  1408.     } // end async scanStandingsData
  1409.     predictAcCountSeries() {
  1410.         if (!this.isEstimationEnabled) {
  1411.             this.acCountPredicted = [];
  1412.             return;
  1413.         }
  1414.         // 時間ごとの AC 数推移を計算する
  1415.         const taskAcceptedCountImos = rangeLen(this.tasks.length).map(() => rangeLen(this.elapsedMinutes).map(() => 0));
  1416.         this.taskAcceptedElapsedTimes.forEach((ar, index) => {
  1417.             ar.forEach((seconds) => {
  1418.                 const minutes = Math.floor(seconds / 60);
  1419.                 if (minutes >= this.elapsedMinutes)
  1420.                     return;
  1421.                 taskAcceptedCountImos[index][minutes] += 1;
  1422.             });
  1423.         });
  1424.         const taskAcceptedRatio = rangeLen(this.tasks.length).map(() => []);
  1425.         taskAcceptedCountImos.forEach((ar, index) => {
  1426.             let cum = 0;
  1427.             ar.forEach((imos) => {
  1428.                 cum += imos;
  1429.                 taskAcceptedRatio[index].push(cum / this.participants);
  1430.             });
  1431.         });
  1432.         // 差の自乗和が最小になるシーケンスを探す
  1433.         this.acCountPredicted = taskAcceptedRatio.map((ar) => {
  1434.             if (this.acRatioModel === undefined)
  1435.                 return 0;
  1436.             if (ar[this.elapsedMinutes - 1] === 0)
  1437.                 return 0;
  1438.             let minerror = 1.0 * this.elapsedMinutes;
  1439.             // let argmin = '';
  1440.             let last_ratio = 0;
  1441.             Object.keys(this.acRatioModel).forEach((key) => {
  1442.                 if (this.acRatioModel === undefined)
  1443.                     return;
  1444.                 const ar2 = this.acRatioModel[key];
  1445.                 let error = 0;
  1446.                 for (let i = 0; i < this.elapsedMinutes; ++i) {
  1447.                     error += Math.pow(ar[i] - ar2[i], 2);
  1448.                 }
  1449.                 if (error < minerror) {
  1450.                     minerror = error;
  1451.                     // argmin = key;
  1452.                     if (ar2[this.elapsedMinutes - 1] > 0) {
  1453.                         last_ratio = ar2[ar2.length - 1] * (ar[this.elapsedMinutes - 1] / ar2[this.elapsedMinutes - 1]);
  1454.                     }
  1455.                     else {
  1456.                         last_ratio = ar2[ar2.length - 1];
  1457.                     }
  1458.                 }
  1459.             });
  1460.             // console.log(argmin, minerror, last_ratio);
  1461.             if (last_ratio > 1)
  1462.                 last_ratio = 1;
  1463.             return this.participants * last_ratio;
  1464.         });
  1465.     } // end predictAcCountSeries();
  1466.     areOldRatingsAllZero(standingsData) {
  1467.         return standingsData.every((standingsEntry) => standingsEntry.OldRating == 0);
  1468.     }
  1469. }
  1470. Parent.init = async () => {
  1471.     const contestRatedRange = await getContestRatedRangeAsync(contestScreenName);
  1472.     const centerOfInnerRating = getCenterOfInnerRatingFromRange(contestRatedRange);
  1473.     const curr = moment();
  1474.     if (startTime <= curr && curr < endTime) {
  1475.         const contestDurationMinutes = endTime.diff(startTime) / 1000 / 60;
  1476.         return new Parent(await fetchContestAcRatioModel(contestScreenName, contestDurationMinutes), centerOfInnerRating);
  1477.     }
  1478.     else {
  1479.         return new Parent(undefined, centerOfInnerRating);
  1480.     }
  1481. };
  1482.  
  1483. void (async () => {
  1484.     const parent = await Parent.init();
  1485.     vueStandings.$watch('standings', (standings) => {
  1486.         void parent.onStandingsChanged(standings);
  1487.     }, { deep: true, immediate: true });
  1488. })();