pastilhas
0749aba648
BREAKING CHANGES: - Remove timeLimit from GameOptions (use gameOver function instead) - Remove finalScore from ScoreManager (pure data collection only) - Remove rows/cols parameters from useScore - Remove finalScore calculation logic from useScore hook ADDITIONS: - Create calculateMazeScore() utility function - ScoreManager now only returns raw metrics: timeValue, keystrokes, optimalSteps, efficiency, distToKey, distToExit - Score calculation moved to consumer (calculateMazeScore takes scoreManager + mazeSize) - Example app now uses calculateMazeScore to compute final score on game-won BENEFITS: - ScoreManager is now a pure data collector with no side effects - Scoring algorithm is reusable and testable in isolation - Game-over conditions fully controlled via gameOver option - Clear separation of concerns: collection vs calculation
31 lines
1007 B
TypeScript
31 lines
1007 B
TypeScript
import type { ScoreManager } from './types';
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/**
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* Calculate the final maze score based on performance metrics
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*
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* Formula:
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* Base Score = 1000 - (time penalty) - (keystroke penalty)
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* Size Multiplier = max(1.0, (mazeSize) / 500)
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* Final Score = min(1000, max(0, round(Base Score × Size Multiplier)))
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*
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* Penalties:
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* - Time Penalty = seconds / 10
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* - Keystroke Penalty = keystrokes / 2
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*
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* @param scoreManager - Current score metrics
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* @param mazeSize - Total cells in maze (rows * cols)
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* @returns Final score between 0-1000
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*/
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export function calculateMazeScore(scoreManager: ScoreManager, mazeSize: number): number {
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const seconds = scoreManager.timeValue / 1000;
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const timePenalty = seconds / 10;
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const keystrokePenalty = scoreManager.keystrokes / 2;
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const sizeMultiplier = Math.max(1.0, mazeSize / 500);
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const baseScore = 1000 - timePenalty - keystrokePenalty;
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const score = Math.min(1000, Math.max(0, Math.round(baseScore * sizeMultiplier)));
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return score;
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}
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