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Merge pull request #32 from kevung/add-lang
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Add new lang support
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@kevung
kevung authored Feb 16, 2025
2 parents 63100a0 + efd5697 commit 6b7c543
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Showing 5 changed files with 134 additions and 111 deletions.
41 changes: 24 additions & 17 deletions frontend/src/App.svelte
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Original file line number Diff line number Diff line change
Expand Up @@ -717,13 +717,13 @@
const lines = normalizedContent.split('\n').map(line => line.trim());
const isFrench = normalizedContent.includes("Joueur") || normalizedContent.includes("Adversaire") || normalizedContent.includes("Videau");
const isJapanese = normalizedContent.includes("プレーヤー") || normalizedContent.includes("対戦相手") || normalizedContent.includes("キューブ");
const isInternalCheckerAnalysisFormat = normalizedContent.includes("Analysis:\nChecker Move Analysis:");
const isInternalDoublingAnalysisFormat = normalizedContent.includes("Analysis:\nDoubling Cube Analysis:");
const isGerman = normalizedContent.includes("Spieler") || normalizedContent.includes("Gegner") || normalizedContent.includes("Dopplerwürfel");
// Replace commas with dots. Enable to treat decimal numbers with commas as well.
normalizedContent = normalizedContent.replace(/,/g, '.');
const xgidLine = lines.find(line => line.startsWith("XGID="));
const xgid = xgidLine ? xgidLine.split('=')[1] : null;
Expand Down Expand Up @@ -787,7 +787,7 @@
const player2Bearoff = 15 - board.points.reduce((sum, point) => sum + (point.color === 1 ? point.checkers : 0), 0);
board.bearoff = [player1Bearoff, player2Bearoff];
const decisionLine = lines.find(line => line.includes(isFrench ? "jouer" : "to play"));
const decisionLine = lines.find(line => line.includes(isFrench ? "jouer" : isJapanese ? "to play" : isGerman ? "spielen" : "to play"));
const decisionType = decisionLine || isInternalCheckerAnalysisFormat ? 0 : 1;
const positionData = {
Expand Down Expand Up @@ -865,6 +865,8 @@
const moveRegex = new RegExp(
isFrench
? /^ {4}(\d+)\.\s(.{11})\s(.{28})\séq:(.{5,7})\s(?:\((-?[-.\d]{5,7})\))?/
: isJapanese
? /^ {4}(\d+)\.\s(.{11})\s(.{28})\seq:(.{5,7})\s(?:\((-?[-.\d]{5,7})\))?/
: isGerman
? /^ {4}(\d+)\.\s(.{11})\s(.{28})\seq:(.{5,7})\s(?:\((-?[-.\d]{5,7})\))?/
: /^ {4}(\d+)\.\s(.{11})\s(.{28})\seq:(.{5,7})\s(?:\((-?[-.\d]{5,7})\))?/,
Expand All @@ -883,11 +885,15 @@
const remainingContent = normalizedContent.slice(lineStart);
const playerRegex = isFrench
? /Joueur:\s*(\d+\.\d+)%.*\(G:(\d+\.\d+)% B:(\d+\.\d+)%\)/
: isJapanese
? /プレーヤー:\s*(\d+\.\d+)%.*\(G:(\d+\.\d+)% B:(\d+\.\d+)%\)/
: isGerman
? /Spieler:\s*(\d+\.\d+)%.*\(G:(\d+\.\d+)% B:(\d+\.\d+)%\)/
: /Player:\s*(\d+\.\d+)%.*\(G:(\d+\.\d+)% B:(\d+\.\d+)%\)/;
const opponentRegex = isFrench
? /Adversaire:\s*(\d+\.\d+)%.*\(G:(\d+\.\d+)% B:(\d+\.\d+)%\)/
: isJapanese
? /対戦相手:\s*(\d+\.\d+)%.*\(G:(\d+\.\d+)% B:(\d+\.\d+)%\)/
: isGerman
? /Gegner:\s*(\d+\.\d+)%.*\(G:(\d+\.\d+)% B:(\d+\.\d+)%\)/
: /Opponent:\s*(\d+\.\d+)%.*\(G:(\d+\.\d+)% B:(\d+\.\d+)%\)/;
Expand Down Expand Up @@ -923,32 +929,33 @@
}
} else if (
(isFrench && (normalizedContent.includes("Equités sans videau") || normalizedContent.includes("Equités avec videau"))) ||
(isJapanese && (normalizedContent.includes("Cubeless Equities") || normalizedContent.includes("Cubeful Equities"))) ||
(isGerman && (normalizedContent.includes("Equities ohne Dopplerwürfel") || normalizedContent.includes("Equities mit Dopplerwürfel"))) ||
(!isFrench && !isGerman && (normalizedContent.includes("Cubeless Equities") || "Cubeful Equities"))
(!isFrench && !isJapanese && !isGerman && (normalizedContent.includes("Cubeless Equities") || "Cubeful Equities"))
) {
parsedAnalysis.analysisType = "DoublingCube";
const analysisDepthMatch = normalizedContent.match(new RegExp(isFrench ? /Analysé avec\s+([^\n]*)/ : isGerman ? /Analysiert in\s+([^\n]*)/ : /Analyzed in\s+([^\n]*)/));
const analysisDepthMatch = normalizedContent.match(new RegExp(isFrench ? /Analysé avec\s+([^\n]*)/ : isJapanese ? /Analyzed in\s+([^\n]*)/ : isGerman ? /Analysiert in\s+([^\n]*)/ : /Analyzed in\s+([^\n]*)/));
const playerWinMatch = normalizedContent.match(new RegExp(isFrench ? /Chance de gain du joueur:\s+(\d+\.\d+)% \(G:(\d+\.\d+)% B:(\d+\.\d+)%\)/ : isGerman ? /Spieler Gewinnchancen:\s+(\d+\.\d+)% \(G:(\d+\.\d+)% B:(\d+\.\d+)%\)/ : /Player Winning Chances:\s+(\d+\.\d+)% \(G:(\d+\.\d+)% B:(\d+\.\d+)%\)/));
const playerWinMatch = normalizedContent.match(new RegExp(isFrench ? /Chance de gain du joueur:\s+(\d+\.\d+)% \(G:(\d+\.\d+)% B:(\d+\.\d+)%\)/ : isJapanese ? /Player Winning Chances:\s+(\d+\.\d+)% \(G:(\d+\.\d+)% B:(\d+\.\d+)%\)/ : isGerman ? /Spieler Gewinnchancen:\s+(\d+\.\d+)% \(G:(\d+\.\d+)% B:(\d+\.\d+)%\)/ : /Player Winning Chances:\s+(\d+\.\d+)% \(G:(\d+\.\d+)% B:(\d+\.\d+)%\)/));
const opponentWinMatch = normalizedContent.match(new RegExp(isFrench ? /Chance de gain de l'adversaire:\s+(\d+\.\d+)% \(G:(\d+\.\d+)% B:(\d+\.\d+)%\)/ : isGerman ? /Gewinnchancen des Gegners:\s+(\d+\.\d+)% \(G:(\d+\.\d+)% B:(\d+\.\d+)%\)/ : /Opponent Winning Chances:\s+(\d+\.\d+)% \(G:(\d+\.\d+)% B:(\d+\.\d+)%\)/));
const opponentWinMatch = normalizedContent.match(new RegExp(isFrench ? /Chance de gain de l'adversaire:\s+(\d+\.\d+)% \(G:(\d+\.\d+)% B:(\d+\.\d+)%\)/ : isJapanese ? /Opponent Winning Chances:\s+(\d+\.\d+)% \(G:(\d+\.\d+)% B:(\d+\.\d+)%\)/ : isGerman ? /Gewinnchancen des Gegners:\s+(\d+\.\d+)% \(G:(\d+\.\d+)% B:(\d+\.\d+)%\)/ : /Opponent Winning Chances:\s+(\d+\.\d+)% \(G:(\d+\.\d+)% B:(\d+\.\d+)%\)/));
const cubelessMatch = normalizedContent.match(new RegExp(isFrench ? /Equités sans videau\s*:\s*Pas de double=([\+\-\d.]+).\s*Double=([\+\-\d.]+)/ : isGerman ? /Equities ohne Dopplerwürfel\s*:\s*Nicht Doppeln=([\+\-\d.]+).\s*Doppeln=([\+\-\d.]+)/ : /Cubeless Equities:\s*No Double=([\+\-\d.]+).\s*Double=([\+\-\d.]+)/));
const cubelessMatch = normalizedContent.match(new RegExp(isFrench ? /Equités sans videau\s*:\s*Pas de double=([\+\-\d.]+).\s*Double=([\+\-\d.]+)/ : isJapanese ? /Cubeless Equities:\s*No Double=([\+\-\d.]+).\s*Double=([\+\-\d.]+)./ : isGerman ? /Equities ohne Dopplerwürfel\s*:\s*Nicht Doppeln=([\+\-\d.]+).\s*Doppeln=([\+\-\d.]+)/ : /Cubeless Equities:\s*No Double=([\+\-\d.]+).\s*Double=([\+\-\d.]+)/));
const cubefulNoDoubleMatch = normalizedContent.match(new RegExp(isFrench ? /Pas de double\s*:\s*([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/ : isGerman ? /Nicht Doppeln\s*:\s*([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/ : /No double\s*:\s*([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/));
const cubefulDoubleTakeMatch = normalizedContent.match(new RegExp(isFrench ? /Double\/Prend:\s+([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/ : isGerman ? /Doppeln\/Annehmen:\s+([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/ : /Double\/Take:\s+([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/));
const cubefulDoublePassMatch = normalizedContent.match(new RegExp(isFrench ? /Double\/Passe:\s+([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/ : isGerman ? /Doppeln\/Ablehnen:\s+([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/ : /Double\/Pass:\s+([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/));
const redoubleNoMatch = normalizedContent.match(new RegExp(isFrench ? /Pas de redouble\s*:\s*([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/ : isGerman ? /Nicht Redoppeln\s*:\s*([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/ : /No redouble\s*:\s*([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/));
const redoubleTakeMatch = normalizedContent.match(new RegExp(isFrench ? /Redouble\/Prend:\s+([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/ : isGerman ? /Redoppeln\/Annehmen:\s+([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/ : /Redouble\/Take:\s+([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/));
const redoublePassMatch = normalizedContent.match(new RegExp(isFrench ? /Redouble\/Passe:\s+([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/ : isGerman ? /Redoppeln\/Ablehnen:\s+([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/ : /Redouble\/Pass:\s+([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/));
const cubefulNoDoubleMatch = normalizedContent.match(new RegExp(isFrench ? /Pas de double\s*:\s*([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/ : isJapanese ? /ノーダブル\s*:\s*([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/ : isGerman ? /Nicht Doppeln\s*:\s*([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/ : /No double\s*:\s*([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/));
const cubefulDoubleTakeMatch = normalizedContent.match(new RegExp(isFrench ? /Double\/Prend:\s+([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/ : isJapanese ? /ダブル\/テイク:\s+([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/ : isGerman ? /Doppeln\/Annehmen:\s+([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/ : /Double\/Take:\s+([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/));
const cubefulDoublePassMatch = normalizedContent.match(new RegExp(isFrench ? /Double\/Passe:\s+([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/ : isJapanese ? /ダブル\/パス:\s+([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/ : isGerman ? /Doppeln\/Ablehnen:\s+([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/ : /Double\/Pass:\s+([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/));
const redoubleNoMatch = normalizedContent.match(new RegExp(isFrench ? /Pas de redouble\s*:\s*([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/ : isJapanese ? /ノーリダブル\s*:\s*([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/ : isGerman ? /Nicht Redoppeln\s*:\s*([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/ : /No redouble\s*:\s*([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/));
const redoubleTakeMatch = normalizedContent.match(new RegExp(isFrench ? /Redouble\/Prend:\s+([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/ : isJapanese ? /リダブル\/テイク:\s+([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/ : isGerman ? /Redoppeln\/Annehmen:\s+([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/ : /Redouble\/Take:\s+([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/));
const redoublePassMatch = normalizedContent.match(new RegExp(isFrench ? /Redouble\/Passe:\s+([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/ : isJapanese ? /リダブル\/パス:\s+([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/ : isGerman ? /Redoppeln\/Ablehnen:\s+([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/ : /Redouble\/Pass:\s+([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/));
const cubefulDoubleBeaverMatch = normalizedContent.match(new RegExp(isFrench ? /Double\/Beaver:\s+([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/ : isGerman ? /Doppeln\/Beaver:\s+([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/ : /Double\/Beaver:\s+([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/));
const cubefulDoubleBeaverMatch = normalizedContent.match(new RegExp(isFrench ? /Double\/Beaver:\s+([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/ : isJapanese ? /ダブル\/ビーバー:\s+([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/ : isGerman ? /Doppeln\/Beaver:\s+([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/ : /Double\/Beaver:\s+([\+\-\d.]+)(?: \(([\+\-\d.]+)\))?/));
const bestCubeActionMatch = normalizedContent.match(new RegExp(isFrench ? /Meilleur action du videau:\s*(.*)/ : isGerman ? /Beste Dopplerwürfel Aktion\s*(.*)/ : /Best Cube action:\s*(.*)/));
const bestCubeActionMatch = normalizedContent.match(new RegExp(isFrench ? /Meilleur action du videau:\s*(.*)/ : isJapanese ? /ベストキューブアクション：\s*(.*)/ : isGerman ? /Beste Dopplerwürfel Aktion\s*(.*)/ : /Best Cube action:\s*(.*)/));
const wrongPassPercentageMatch = normalizedContent.match(new RegExp(isFrench ? /Pourcentage de passes incorrectes pour rendre la décision de double correcte:\s*(\d+\.\d+)%/ : isGerman ? /Prozent von falschen Ablehnen gebraucht damit Doppelentscheidung richtig wäre.:\s*(\d+\.\d+)%/ : /Percentage of wrong pass needed to make the double decision right:\s*(\d+\.\d+)%/));
const wrongTakePercentageMatch = normalizedContent.match(new RegExp(isFrench ? /Pourcentage de prises incorrectes pour rendre la décision de double correcte:\s*(\d+\.\d+)%/ : isGerman ? /Prozent von falschen Annehmen gebraucht damit Doppelentscheidung richtig wäre.:\s*(\d+\.\d+)%/ : /Percentage of wrong take needed to make the double decision right:\s*(\d+\.\d+)%/));
const wrongPassPercentageMatch = normalizedContent.match(new RegExp(isFrench ? /Pourcentage de passes incorrectes pour rendre la décision de double correcte:\s*(\d+\.\d+)%/ : isJapanese ? /ダブルを正当化するのに必要な相手がパスする確率:\s*(\d+\.\d+)%/ : isGerman ? /Prozent von falschen Ablehnen gebraucht damit Doppelentscheidung richtig wäre.:\s*(\d+\.\d+)%/ : /Percentage of wrong pass needed to make the double decision right:\s*(\d+\.\d+)%/));
const wrongTakePercentageMatch = normalizedContent.match(new RegExp(isFrench ? /Pourcentage de prises incorrectes pour rendre la décision de double correcte:\s*(\d+\.\d+)%/ : isJapanese ? /ダブルを正当化するのに必要な相手がテイクする確率:\s*(\d+\.\d+)%/ : isGerman ? /Prozent von falschen Annehmen gebraucht damit Doppelentscheidung richtig wäre.:\s*(\d+\.\d+)%/ : /Percentage of wrong take needed to make the double decision right:\s*(\d+\.\d+)%/));
if (analysisDepthMatch) {
parsedAnalysis.doublingCubeAnalysis.analysisDepth = analysisDepthMatch[1].trim();
Expand Down
Binary file added frontend/src/assets/fonts/NotoSansJP-Regular.ttf
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