} Alert.alert('Teach Games', 'Select a game to teach to others:', teachableGames.map(game_1 => ({ text: `${game_1.name} (${game_1.complexity} - $${calculateTeachingPay(game_1)})`, onPress: () => executeTeaching(game_1) })).concat([{ text: 'Cancel', style: 'cancel' }])); }; const calculateTeachingPay = game_2 => { let basePay = 0; switch (game_2.complexity) { case 'basic': basePay = 5; break; case 'standard': basePay = 10; break; case 'expert': basePay = 20; break; default: basePay = 5; } const skillMultiplier = 1 + (teachingSkill - 1) * 0.1; const reputationBonus = 1 + teachingReputation / 200; return Math.round(basePay * skillMultiplier * reputationBonus); }; const executeTeaching = game_3 => { const payment = calculateTeachingPay(game_3); setRecentlyTaught(prev => [...prev, game_3.id]); const reputationGain = game_3.complexity === 'basic' ? 1 : game_3.complexity === 'standard' ? 2 : 4; setTeachingReputation(prev_0 => Math.min(100, prev_0 + reputationGain)); setMoney(prev_1 => prev_1 + payment); setHasPlayerTakenAction(true); if (Math.random() < 0.2 && teachingSkill < 10) { setTeachingSkill(prev_2 => Math.min(10, prev_2 + 1)); Alert.alert('Teaching Success!', `You earned $${payment} teaching "${game_3.name}"! Your teaching reputation increased and you've improved your teaching skill to level ${Math.min(10, teachingSkill + 1)}!`); } else { Alert.alert('Teaching Success!', `You earned $${payment} teaching "${game_3.name}"! Your teaching reputation increased to ${Math.min(100, teachingReputation + reputationGain)}.`); } }; const takeManufacturingJob = () => { const basePay_0 = 5 + manufacturingSkill * 3; if (Math.random() < 0.2 && manufacturingSkill < 10) { setManufacturingSkill(prev_3 => Math.min(10, prev_3 + 1)); Alert.alert('Manufacturing Job Complete', `You earned $${basePay_0} working on board game production! You've also improved your manufacturing skill to level ${Math.min(10, manufacturingSkill + 1)}.`); } else { Alert.alert('Manufacturing Job Complete', `You earned $${basePay_0} working on board game production!`); } setMoney(prev_4 => prev_4 + basePay_0); setHasPlayerTakenAction(true); }; const designGame = /*#__PURE__*/function () { var _ref8 = _asyncToGenerator(function* () { const designCost = 30; if (money < designCost) { Alert.alert('Not Enough Money', `Designing a game requires an investment of $${designCost}, but you only have $${money}.`); return; } setLoading(true); try { const successChance = 0.3 + manufacturingSkill * 0.05; const isSuccessful = Math.random() < successChance; if (isSuccessful) { const gamePrompt_0 = `Generate a silly board game that the player has designed themselves. Include these fields in JSON format: { "name": "Creative Game Name (include 'your design' somewhere)", "genre": "Game Genre", "mechanics": "Primary Mechanic", "playerCount": "Player Count", "complexity": "${manufacturingSkill < 4 ? 'basic' : manufacturingSkill < 8 ? 'standard' : 'expert'}", "benefit": "Positive effect of the game", "negativity": "Negative effect of the game", "flavorText": "Your description of your own designed game", "income": ${5 + manufacturingSkill * 2}, "designQuality": "${manufacturingSkill < 4 ? 'amateur' : manufacturingSkill < 8 ? 'professional' : 'award-winning'}" }`; const designResponse = yield askLLM({ prompt: gamePrompt_0, jsonMode: true, useWebSearch: false }); let designedGame; tr

Board Game Bandit

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