MBTI MCP Server

import { Answer, TestResult, MBTIDimension, CognitiveFunction, TestType } from './types.js'; import { questionBank } from './questions.js'; // MBTI Type Descriptions const typeDescriptions: Record<string, string> = { 'INTJ': '建筑师 - 富有想象力和战略性的思想家，一切皆在计划之中', 'INTP': '逻辑学家 - 具有创造力的发明家，对知识有着止不住的渴望', 'ENTJ': '指挥官 - 大胆、想象力丰富且意志强大的领导者，总能找到或创造解决方法', 'ENTP': '辩论家 - 聪明好奇的思想家，无法抗拒智力上的挑战', 'INFJ': '提倡者 - 安静而神秘，同时鼓舞人心且不知疲倦的理想主义者', 'INFP': '调停者 - 诗意、善良的利他主义者，总是热情地为正当理由提供帮助', 'ENFJ': '主人公 - 有魅力鼓舞人心的领袖，有令听众着迷的能力', 'ENFP': '竞选者 - 热情、有创造力、社交能力强的自由精神，总能找到理由微笑', 'ISTJ': '物流师 - 实际且注重事实的个人，可靠性不容怀疑', 'ISFJ': '守卫者 - 非常专注而温暖的守护者，时刻准备保护爱着的人们', 'ESTJ': '总经理 - 出色的管理者，在管理事物或人的时候无与伦比', 'ESFJ': '执政官 - 极有同情心、受欢迎且关心的合作者，总是热心地为他人提供帮助', 'ISTP': '鉴赏家 - 大胆且实际的实验者，掌握各种工具的使用', 'ISFP': '探险家 - 灵活有魅力的艺术家，时刻准备着探索和体验新事物', 'ESTP': '企业家 - 聪明、精力充沛且非常敏锐的人，真心享受生活在边缘', 'ESFP': '表演者 - 自发的、精力充沛和热情的表演者，有他们在就不会无聊', }; // Cognitive Function Stacks for each type const functionStacks: Record<string, CognitiveFunction[]> = { 'INTJ': ['Ni', 'Te', 'Fi', 'Se'], 'INTP': ['Ti', 'Ne', 'Si', 'Fe'], 'ENTJ': ['Te', 'Ni', 'Se', 'Fi'], 'ENTP': ['Ne', 'Ti', 'Fe', 'Si'], 'INFJ': ['Ni', 'Fe', 'Ti', 'Se'], 'INFP': ['Fi', 'Ne', 'Si', 'Te'], 'ENFJ': ['Fe', 'Ni', 'Se', 'Ti'], 'ENFP': ['Ne', 'Fi', 'Te', 'Si'], 'ISTJ': ['Si', 'Te', 'Fi', 'Ne'], 'ISFJ': ['Si', 'Fe', 'Ti', 'Ne'], 'ESTJ': ['Te', 'Si', 'Ne', 'Fi'], 'ESFJ': ['Fe', 'Si', 'Ne', 'Ti'], 'ISTP': ['Ti', 'Se', 'Ni', 'Fe'], 'ISFP': ['Fi', 'Se', 'Ni', 'Te'], 'ESTP': ['Se', 'Ti', 'Fe', 'Ni'], 'ESFP': ['Se', 'Fi', 'Te', 'Ni'], }; export function calculateResult(answers: Answer[], testType: TestType): TestResult { if (testType === 'simplified') { return calculateSimplifiedResult(answers); } else { return calculateCognitiveResult(answers); } } function calculateSimplifiedResult(answers: Answer[]): TestResult { const dimensionScores = { E: 0, I: 0, S: 0, N: 0, T: 0, F: 0, J: 0, P: 0, }; // Dimension pairs mapping const oppositeDimension: Record<MBTIDimension, MBTIDimension> = { E: 'I', I: 'E', S: 'N', N: 'S', T: 'F', F: 'T', J: 'P', P: 'J', }; // Calculate scores using opposed scoring method // 1 -> opposite+4, self+0 // 2 -> opposite+3, self+1 // 3 -> opposite+2, self+2 // 4 -> opposite+1, self+3 // 5 -> opposite+0, self+4 answers.forEach(answer => { const question = questionBank.simplified.find(q => q.id === answer.questionId); if (!question || !question.dimension) return; const score = answer.score; // 1-5 const dimension = question.dimension; const opposite = oppositeDimension[dimension]; // Convert 1-5 score to opposed scoring const selfScore = score - 1; // 0-4 const oppositeScore = 4 - selfScore; // 4-0 dimensionScores[dimension] += selfScore; dimensionScores[opposite] += oppositeScore; }); // Determine type by comparing pairs const type = (dimensionScores.E >= dimensionScores.I ? 'E' : 'I') + (dimensionScores.S >= dimensionScores.N ? 'S' : 'N') + (dimensionScores.T >= dimensionScores.F ? 'T' : 'F') + (dimensionScores.J >= dimensionScores.P ? 'J' : 'P'); return { mbtiType: type, dimensionScores, description: typeDescriptions[type] || '未知类型', }; } function calculateCognitiveResult(answers: Answer[]): TestResult { const functionScores: Record<CognitiveFunction, number> = { Ne: 0, Ni: 0, Se: 0, Si: 0, Te: 0, Ti: 0, Fe: 0, Fi: 0, }; // Calculate scores for each cognitive function answers.forEach(answer => { const question = questionBank.cognitive.find(q => q.id === answer.questionId); if (!question || !question.cognitiveFunction) return; const score = answer.score; // 1-5 functionScores[question.cognitiveFunction] += score; }); // Determine dominant and auxiliary functions const sortedFunctions = (Object.entries(functionScores) as [CognitiveFunction, number][]) .sort((a, b) => b[1] - a[1]); const dominant = sortedFunctions[0][0]; const auxiliary = sortedFunctions[1][0]; // Find MBTI type based on function stack let mbtiType = 'XXXX'; for (const [type, stack] of Object.entries(functionStacks)) { if (stack[0] === dominant && stack[1] === auxiliary) { mbtiType = type; break; } } // If no exact match, try to infer from dominant function if (mbtiType === 'XXXX') { mbtiType = inferTypeFromDominant(dominant, auxiliary); } return { mbtiType, cognitiveFunctionScores: functionScores, functionStack: functionStacks[mbtiType], description: typeDescriptions[mbtiType] || '未知类型', }; } function inferTypeFromDominant(dominant: CognitiveFunction, auxiliary: CognitiveFunction): string { // Mapping from dominant function to possible types const dominantMap: Record<CognitiveFunction, string[]> = { 'Ni': ['INTJ', 'INFJ'], 'Ne': ['ENTP', 'ENFP'], 'Si': ['ISTJ', 'ISFJ'], 'Se': ['ESTP', 'ESFP'], 'Ti': ['INTP', 'ISTP'], 'Te': ['ENTJ', 'ESTJ'], 'Fi': ['INFP', 'ISFP'], 'Fe': ['ENFJ', 'ESFJ'], }; const possibleTypes = dominantMap[dominant] || []; // Try to narrow down using auxiliary function for (const type of possibleTypes) { if (functionStacks[type][1] === auxiliary) { return type; } } // Return first possible type if no match return possibleTypes[0] || 'INTP'; }