feat: release version 1.0.7

scripts/collect-exact-charts.mjs

@@ -6,8 +6,20 @@ const outputDirectory = path.resolve('static/data/charts');
 const catalogPath = path.resolve('src/lib/data/exact-chart-catalog.json');
 const selectedDifficulties = new Set(['HARD', 'EXPERT']);
 const chartScoreWeightCoefficient = 0.3713416563352296;
+const scoreCalibrations = JSON.parse(await readFile(path.resolve('data/score-calibrations.json'), 'utf8'));
+const scoreCalibrationByKey = new Map(scoreCalibrations.charts.map((row) => [
+  `${row.songId}::${row.difficulty}`,
+  row
+]));
 const musicMaster = JSON.parse(await readFile(path.resolve('data/raw/holodoridb/kor/Music.json'), 'utf8'));
 const musicById = new Map(musicMaster.map((row) => [row.data?.id ?? row.id, row.data ?? row]));
+const englishMusicText = JSON.parse(await readFile(path.resolve('data/raw/holodoridb/eng/LangMusic_Eng.json'), 'utf8'));
+const englishTextById = new Map(englishMusicText.map((row) => [row.data?.id ?? row.id, row.data?.text ?? row.text]));
+const musicDifficultyMaster = JSON.parse(await readFile(path.resolve('data/raw/holodoridb/kor/MusicDifficulty.json'), 'utf8'));
+const difficultyLevelByKey = new Map(musicDifficultyMaster.map((row) => {
+  const data = row.data ?? row;
+  return [`${data.musicId}::${data.difficultyType.split('_').at(-1)?.toLowerCase()}`, data.difficultyLevel];
+}));
 const singerMetadataOverrides = {
   m0334: { singerType: 'solo', singerCharacterIds: ['chr-04001'] }
 };
@@ -190,8 +202,10 @@ const importPattern = /charts\/([^"/]+\.json)"[^\n]{0,180}?import\("\.\/([^"/]+\
 for (const match of simulatorModule.matchAll(importPattern)) {
   const [, chartFile, assetFile] = match;
   const [songId, difficultyAndLevel] = chartFile.split('.', 2);
-  const difficulty = difficultyAndLevel.split('-')[0].toUpperCase();
-  if (selectedDifficulties.has(difficulty)) imports.push({ songId, difficulty, chartFile, assetFile });
+  const [difficultyName, difficultyLevelText] = difficultyAndLevel.split('-');
+  const difficulty = difficultyName.toUpperCase();
+  const difficultyLevel = Number.parseInt(difficultyLevelText, 10);
+  if (selectedDifficulties.has(difficulty)) imports.push({ songId, difficulty, difficultyLevel, chartFile, assetFile });
 }
 
 if (imports.length === 0) throw new Error('수집할 Hard/Expert 채보 모듈을 찾지 못했습니다.');
@@ -211,15 +225,15 @@ async function worker() {
     const music = musicById.get(item.songId);
     const singerOverride = singerMetadataOverrides[item.songId];
     const notes = flattenEvents(chartData);
+    const measuredCalibration = scoreCalibrationByKey.get(`${item.songId}::${item.difficulty.toLowerCase()}`);
     const output = {
       schemaVersion: 1,
       songId: item.songId,
       difficulty: item.difficulty.toLowerCase(),
       durationSeconds: sourceEntry?.durationSeconds ?? Math.ceil(notes.at(-1)?.timeSeconds ?? 0),
-      // 실측으로 보정된 1노트 기본점수 분모는 기존 채보 가중치 모델을 유지한다.
-      // 실제 점수 타임라인의 롱노트 분류와는 별개의 보정값이다.
-      scoreRatio: calibratedScoreRatio(chartData),
-      scoreCalibrationSource: 'measured-formula-v1',
+      // 실측이 있으면 우선하고, 없을 때만 채보 가중치와 계산기 고유 상수로 추정한다.
+      scoreRatio: measuredCalibration?.scoreRatio ?? calibratedScoreRatio(chartData),
+      scoreCalibrationSource: measuredCalibration ? 'measured' : 'local-estimated-v1',
       notes,
       specialStartSeconds: (chartData.sp_activation_events ?? [])
         .sort((left, right) => left.slot - right.slot)
@@ -236,10 +250,13 @@ async function worker() {
     await writeFile(path.join(outputDirectory, fileName), JSON.stringify(output), 'utf8');
     normalizedCharts.push({
       songId: item.songId,
-      title: sourceEntry?.title ?? item.songId,
+      title: englishTextById.get(`la-music_title-${item.songId}`) ?? sourceEntry?.title ?? item.songId,
       difficulty: item.difficulty.toLowerCase(),
+      difficultyLevel: difficultyLevelByKey.get(`${item.songId}::${item.difficulty.toLowerCase()}`) ??
+        (Number.isFinite(item.difficultyLevel) ? item.difficultyLevel : null),
       durationSeconds: output.durationSeconds,
       scoreRatio: output.scoreRatio,
+      scoreCalibrationSource: output.scoreCalibrationSource,
       totalNotes: notes.length,
       singerType: output.singerType,
       singerCharacterIds: output.singerCharacterIds,