新增塔罗牌占卜模块
- 新增后端TaLuoController控制器，实现塔罗牌占卜API - 包含78张塔罗牌数据（22张大阿卡纳+56张小阿卡纳） - 支持三种牌阵：单张牌、三张牌阵、凯尔特十字牌阵 - 新增前端塔罗牌UI界面 - 在首页添加塔罗牌入口，位于占星术模块下方 - 支持正位逆位解读 - 修复CommonUtil.java中过时的CORBA导入
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package xuan.controller;
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import org.springframework.web.bind.annotation.*;
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import java.util.*;
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@RestController
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@RequestMapping("/api/taluo")
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public class TaLuoController {
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private static final List<Map<String, Object>> MAJOR_ARCANA = Arrays.asList(
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createCard(0, "愚者", "The Fool", "新的开始、冒险、天真、自由", "鲁莽、冲动、不负责任", "代表新的旅程和无限可能"),
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createCard(1, "魔术师", "The Magician", "创造力、技能、意志力、自信", "欺骗、操纵、缺乏计划", "代表运用技能实现目标"),
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createCard(2, "女祭司", "The High Priestess", "直觉、神秘、潜意识、智慧", "隐藏的真相、表面化、无知", "代表内在智慧和直觉"),
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createCard(3, "女皇", "The Empress", "丰饶、母性、创造力、自然", "依赖、过度保护、创造力受阻", "代表丰盛和滋养"),
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createCard(4, "皇帝", "The Emperor", "权威、结构、控制、父亲形象", "专制、僵化、控制欲过强", "代表秩序和领导力"),
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createCard(5, "教皇", "The Hierophant", "传统、信仰、教育、精神指导", "教条主义、叛逆、打破传统", "代表精神指引和传统价值"),
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createCard(6, "恋人", "The Lovers", "爱情、和谐、选择、价值观", "不和谐、失衡、错误选择", "代表爱情和重要抉择"),
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createCard(7, "战车", "The Chariot", "意志力、胜利、决心、控制", "失控、侵略性、缺乏方向", "代表通过决心获得胜利"),
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createCard(8, "力量", "Strength", "勇气、耐心、内在力量、同情心", "自我怀疑、软弱、缺乏自信", "代表内在的勇气和力量"),
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createCard(9, "隐士", "The Hermit", "内省、寻求真理、孤独、智慧", "孤立、孤独、拒绝帮助", "代表寻求内在智慧"),
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createCard(10, "命运之轮", "Wheel of Fortune", "命运、转折点、循环、机遇", "厄运、抗拒改变、失控", "代表命运的转变"),
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createCard(11, "正义", "Justice", "公正、真理、因果、法律", "不公正、不诚实、逃避责任", "代表公正和平衡"),
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createCard(12, "倒吊人", "The Hanged Man", "牺牲、等待、新视角、放下", "拖延、抗拒、无谓牺牲", "代表通过牺牲获得洞察"),
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createCard(13, "死神", "Death", "结束、转变、重生、放下过去", "抗拒改变、停滞、恐惧", "代表结束和新的开始"),
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createCard(14, "节制", "Temperance", "平衡、耐心、适度、和谐", "失衡、过度、缺乏耐心", "代表平衡和调和"),
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createCard(15, "恶魔", "The Devil", "束缚、诱惑、物质主义、阴暗面", "解脱、打破束缚、面对阴影", "代表被物质束缚"),
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createCard(16, "塔", "The Tower", "突变、毁灭、觉醒、真相揭露", "逃避改变、恐惧灾难、延迟崩溃", "代表突然的改变和觉醒"),
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createCard(17, "星星", "The Star", "希望、灵感、宁静、更新", "绝望、缺乏信心、失去希望", "代表希望和灵感"),
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createCard(18, "月亮", "The Moon", "幻觉、恐惧、潜意识、直觉", "困惑、恐惧、逃避现实", "代表潜意识和幻觉"),
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createCard(19, "太阳", "The Sun", "成功、快乐、活力、积极", "暂时的挫折、过度乐观、自负", "代表成功和快乐"),
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createCard(20, "审判", "Judgement", "重生、觉醒、召唤、反思", "自我怀疑、拒绝改变、逃避审判", "代表觉醒和重生"),
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createCard(21, "世界", "The World", "完成、成就、整合、圆满", "未完成、缺乏闭合、延迟成功", "代表完成和圆满")
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);
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private static final List<Map<String, Object>> MINOR_ARCANA = createMinorArcana();
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private static Map<String, Object> createCard(int number, String name, String englishName,
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String uprightMeaning, String reversedMeaning, String description) {
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Map<String, Object> card = new HashMap<>();
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card.put("number", number);
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card.put("name", name);
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card.put("englishName", englishName);
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card.put("uprightMeaning", uprightMeaning);
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card.put("reversedMeaning", reversedMeaning);
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card.put("description", description);
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card.put("type", number < 22 ? "major" : "minor");
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return card;
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}
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private static List<Map<String, Object>> createMinorArcana() {
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List<Map<String, Object>> cards = new ArrayList<>();
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String[] suits = {"权杖", "圣杯", "宝剑", "星币"};
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String[] suitMeanings = {"行动与创造", "情感与关系", "思想与沟通", "物质与现实"};
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String[] ranks = {"Ace", "Two", "Three", "Four", "Five", "Six", "Seven", "Eight", "Nine", "Ten", "侍从", "骑士", "王后", "国王"};
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int cardNumber = 22;
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for (int suitIndex = 0; suitIndex < suits.length; suitIndex++) {
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String suit = suits[suitIndex];
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String suitMeaning = suitMeanings[suitIndex];
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for (int rankIndex = 0; rankIndex < ranks.length; rankIndex++) {
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String rank = ranks[rankIndex];
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String cardName = suit + rank;
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Map<String, Object> card = new HashMap<>();
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card.put("number", cardNumber++);
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card.put("name", cardName);
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card.put("englishName", rank + " of " + getSuitEnglish(suit));
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card.put("suit", suit);
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card.put("rank", rank);
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card.put("uprightMeaning", generateUprightMeaning(suit, rank, suitMeaning));
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card.put("reversedMeaning", generateReversedMeaning(suit, rank, suitMeaning));
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card.put("description", suitMeaning + "领域的" + getRankDescription(rank));
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card.put("type", "minor");
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cards.add(card);
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}
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}
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return cards;
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}
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private static String getSuitEnglish(String suit) {
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switch (suit) {
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case "权杖": return "Wands";
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case "圣杯": return "Cups";
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case "宝剑": return "Swords";
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case "星币": return "Pentacles";
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default: return suit;
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}
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}
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private static String getRankDescription(String rank) {
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switch (rank) {
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case "Ace": return "新的开始";
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case "Two": return "选择与平衡";
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case "Three": return "发展与创造";
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case "Four": return "稳定与基础";
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case "Five": return "冲突与挑战";
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case "Six": return "和谐与胜利";
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case "Seven": return "评估与选择";
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case "Eight": return "行动与速度";
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case "Nine": return "接近完成";
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case "Ten": return "完成与圆满";
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case "侍从": return "学习与探索";
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case "骑士": return "行动与追求";
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case "王后": return "内在智慧";
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case "国王": return "掌控与权威";
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default: return rank;
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}
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}
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private static String generateUprightMeaning(String suit, String rank, String suitMeaning) {
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return suitMeaning + "方面的" + getRankDescription(rank) + "，正位时能量流动顺畅";
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}
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private static String generateReversedMeaning(String suit, String rank, String suitMeaning) {
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return suitMeaning + "方面的" + getRankDescription(rank) + "，逆位时需要反思调整";
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}
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@PostMapping("/divine")
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public Map<String, Object> divine(@RequestBody TaLuoRequest request) {
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Map<String, Object> result = new HashMap<>();
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try {
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String spreadType = request.getSpreadType() != null ? request.getSpreadType() : "single";
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int cardCount = getCardCount(spreadType);
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List<Map<String, Object>> allCards = new ArrayList<>();
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allCards.addAll(MAJOR_ARCANA);
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allCards.addAll(MINOR_ARCANA);
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Collections.shuffle(allCards, new Random());
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List<Map<String, Object>> selectedCards = new ArrayList<>();
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for (int i = 0; i < cardCount; i++) {
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Map<String, Object> card = new HashMap<>(allCards.get(i));
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boolean isReversed = new Random().nextBoolean();
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card.put("isReversed", isReversed);
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card.put("position", i + 1);
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card.put("positionMeaning", getPositionMeaning(spreadType, i + 1));
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selectedCards.add(card);
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}
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Map<String, Object> data = new HashMap<>();
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data.put("spreadType", spreadType);
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data.put("spreadName", getSpreadName(spreadType));
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data.put("question", request.getQuestion());
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data.put("cards", selectedCards);
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data.put("interpretation", generateInterpretation(selectedCards, spreadType, request.getQuestion()));
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data.put("timestamp", new Date());
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result.put("success", true);
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result.put("data", data);
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} catch (Exception e) {
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result.put("success", false);
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result.put("error", e.getMessage());
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}
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return result;
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}
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private int getCardCount(String spreadType) {
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switch (spreadType) {
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case "single": return 1;
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case "three": return 3;
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case "celtic": return 10;
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default: return 1;
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}
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}
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private String getSpreadName(String spreadType) {
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switch (spreadType) {
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case "single": return "单张牌占卜";
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case "three": return "三张牌阵";
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case "celtic": return "凯尔特十字牌阵";
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default: return "单张牌占卜";
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}
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}
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private String getPositionMeaning(String spreadType, int position) {
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if ("single".equals(spreadType)) {
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return "当前指引";
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} else if ("three".equals(spreadType)) {
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switch (position) {
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case 1: return "过去";
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case 2: return "现在";
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case 3: return "未来";
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default: return "未知";
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}
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} else if ("celtic".equals(spreadType)) {
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switch (position) {
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case 1: return "现状";
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case 2: return "阻碍";
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case 3: return "目标";
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case 4: return "根源";
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case 5: return "过去";
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case 6: return "未来";
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case 7: return "自我";
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case 8: return "环境";
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case 9: return "希望与恐惧";
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case 10: return "结果";
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default: return "未知";
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}
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}
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return "未知";
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}
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private String generateInterpretation(List<Map<String, Object>> cards, String spreadType, String question) {
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StringBuilder interpretation = new StringBuilder();
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if ("single".equals(spreadType)) {
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Map<String, Object> card = cards.get(0);
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String name = (String) card.get("name");
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boolean isReversed = (Boolean) card.get("isReversed");
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String meaning = isReversed ? (String) card.get("reversedMeaning") : (String) card.get("uprightMeaning");
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interpretation.append("您抽到的牌是【").append(name).append("】");
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interpretation.append(isReversed ? "（逆位）" : "（正位）").append("。\n\n");
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interpretation.append("牌义解读：").append(meaning).append("。\n\n");
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interpretation.append((String) card.get("description"));
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} else if ("three".equals(spreadType)) {
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interpretation.append("三张牌阵解读：\n\n");
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for (Map<String, Object> card : cards) {
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String name = (String) card.get("name");
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boolean isReversed = (Boolean) card.get("isReversed");
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String position = (String) card.get("positionMeaning");
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String meaning = isReversed ? (String) card.get("reversedMeaning") : (String) card.get("uprightMeaning");
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interpretation.append("【").append(position).append("】");
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interpretation.append(name).append(isReversed ? "（逆位）" : "（正位）").append("\n");
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interpretation.append(meaning).append("\n\n");
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}
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interpretation.append("综合解读：从过去到现在再到未来，牌面展示了事情的发展脉络。");
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} else if ("celtic".equals(spreadType)) {
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interpretation.append("凯尔特十字牌阵解读：\n\n");
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interpretation.append("核心区域（位置1-6）：\n");
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for (int i = 0; i < 6; i++) {
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Map<String, Object> card = cards.get(i);
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String name = (String) card.get("name");
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boolean isReversed = (Boolean) card.get("isReversed");
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String position = (String) card.get("positionMeaning");
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String meaning = isReversed ? (String) card.get("reversedMeaning") : (String) card.get("uprightMeaning");
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interpretation.append("【").append(position).append("】");
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interpretation.append(name).append(isReversed ? "（逆位）" : "（正位）").append("：");
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interpretation.append(meaning).append("\n");
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}
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interpretation.append("\n延伸区域（位置7-10）：\n");
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for (int i = 6; i < 10; i++) {
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Map<String, Object> card = cards.get(i);
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String name = (String) card.get("name");
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boolean isReversed = (Boolean) card.get("isReversed");
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String position = (String) card.get("positionMeaning");
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String meaning = isReversed ? (String) card.get("reversedMeaning") : (String) card.get("uprightMeaning");
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interpretation.append("【").append(position).append("】");
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interpretation.append(name).append(isReversed ? "（逆位）" : "（正位）").append("：");
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interpretation.append(meaning).append("\n");
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}
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interpretation.append("\n综合解读：凯尔特十字牌阵为您提供了全方位的视角，帮助您深入理解问题的各个方面。");
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}
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return interpretation.toString();
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}
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@GetMapping("/cards")
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public Map<String, Object> getAllCards() {
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Map<String, Object> result = new HashMap<>();
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try {
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List<Map<String, Object>> allCards = new ArrayList<>();
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allCards.addAll(MAJOR_ARCANA);
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allCards.addAll(MINOR_ARCANA);
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result.put("success", true);
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result.put("data", allCards);
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} catch (Exception e) {
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result.put("success", false);
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result.put("error", e.getMessage());
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}
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return result;
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}
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@GetMapping("/card/{number}")
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public Map<String, Object> getCard(@PathVariable int number) {
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Map<String, Object> result = new HashMap<>();
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try {
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List<Map<String, Object>> allCards = new ArrayList<>();
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allCards.addAll(MAJOR_ARCANA);
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allCards.addAll(MINOR_ARCANA);
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if (number >= 0 && number < allCards.size()) {
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result.put("success", true);
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result.put("data", allCards.get(number));
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} else {
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result.put("success", false);
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result.put("error", "Card not found");
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}
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} catch (Exception e) {
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result.put("success", false);
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result.put("error", e.getMessage());
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}
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return result;
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}
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public static class TaLuoRequest {
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private String question;
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private String spreadType;
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public String getQuestion() { return question; }
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public void setQuestion(String question) { this.question = question; }
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public String getSpreadType() { return spreadType; }
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public void setSpreadType(String spreadType) { this.spreadType = spreadType; }
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}
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}
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