const targetCount = Math.min(9999, Math.max(0, Math.floor(Number(settings.TargetCount) || 5000))); // 设定的目标数量
const OCRdelay = Math.min(50, Math.max(0, Math.floor(Number(settings.OcrDelay) || 10))); // OCR基准时长
const imageDelay = Math.min(1000, Math.max(0, Math.floor(Number(settings.ImageDelay) || 0))); // 识图基准时长
const timeCost = Math.min(300, Math.max(0, Math.floor(Number(settings.TimeCost) || 30))); // 耗时和材料数量的比值，即一个材料多少秒
const notify = settings.notify || false;
// 定义映射表"unselected": "反选材料分类",
const material_mapping = {
    "General": "一般素材",
    "Drops": "怪物掉落素材",
    "CookingIngs": "烹饪食材",
    "ForagedFood": "采集食物",
    "Weekly": "周本素材",
    "Wood": "木材",
    "CharAscension": "角色突破素材",
    "Fishing": "鱼饵鱼类",
    "Smithing": "锻造素材",
    "Gems": "宝石",
    "Talent": "角色天赋素材",
    "WeaponAscension": "武器突破素材"
}
const isOnlyPathing = settings.onlyPathing === "是" ? true : false;

if (isOnlyPathing) {
    log.warn("已开启路径专注模式，将忽略勾选的分类");
}
// 初始化 settings，将 material_mapping 中的所有键设置为 false
const initialSettings = Object.keys(material_mapping).reduce((acc, key) => {
    acc[key] = false;
    return acc;
}, {});

// 合并初始设置和实际的 settings，实际的 settings 会覆盖初始设置
const finalSettings = { ...initialSettings, ...settings };

// 检查是否启用反选功能
const isUnselected = finalSettings.unselected === true;

// 根据反选功能生成选中的材料分类数组
const selected_materials_array = Object.keys(finalSettings)
    .filter(key => key !== "unselected") // 排除 "unselected" 键
    .filter(key => {
        // 确保 finalSettings[key] 是布尔值
        if (typeof finalSettings[key] !== 'boolean') {
            console.warn(`非布尔值的键: ${key}, 值: ${finalSettings[key]}`);
            return false;
        }
        return isUnselected ? !finalSettings[key] : finalSettings[key];
    })
    .map(name => {
        // 确保 material_mapping 中存在对应的键
        if (!material_mapping[name]) {
            console.warn(`material_mapping 中缺失的键: ${name}`);
            return null;
        }
        return material_mapping[name];
    })
    .filter(name => name !== null); // 过滤掉 null 值

    // 初始化游戏窗口大小和返回主界面
    setGameMetrics(1920, 1080, 1);

    // 配置参数
    const pageScrollCount = 22; // 最多滑页次数

    // 材料分类映射表
    const materialTypeMap = {
        "锻造素材": "5",
        "怪物掉落素材": "3",
        "一般素材": "5",
        "周本素材": "3",
        "烹饪食材": "5",
        "角色突破素材": "3",
        "木材": "5",
        "宝石": "3",
        "鱼饵鱼类": "5",
        "角色天赋素材": "3",
        "武器突破素材": "3",
        "采集食物": "4",
        "料理": "4",
    };

    // 材料前位定义
    const materialPriority = {
        "锻造素材": 1,
        "怪物掉落素材": 1,
        "采集食物": 1,
        "一般素材": 2,
        "周本素材": 2,
        "料理": 2,
        "烹饪食材": 3,
        "角色突破素材": 3,
        "木材": 4,
        "宝石": 4,
        "鱼饵鱼类": 5,
        "角色天赋素材": 5,
        "武器突破素材": 6,
    };

    // OCR识别文本
    async function recognizeText(ocrRegion, timeout = 10000, retryInterval = 20, maxAttempts = 10, maxFailures = 3, cachedFrame = null) {
        let startTime = Date.now();
        let retryCount = 0;
        let failureCount = 0; // 用于记录连续失败的次数
        // const results = [];
        const frequencyMap = {}; // 用于记录每个结果的出现次数

        const numberReplaceMap = {
            "O": "0", "o": "0", "Q": "0", "０": "0",
            "I": "1", "l": "1", "i": "1", "１": "1", "一": "1",
            "Z": "2", "z": "2", "２": "2", "二": "2",
            "E": "3", "e": "3", "３": "3", "三": "3",
            "A": "4", "a": "4", "４": "4",
            "S": "5", "s": "5", "５": "5",
            "G": "6", "b": "6", "６": "6",
            "T": "7", "t": "7", "７": "7",
            "B": "8", "θ": "8", "８": "8",
            "g": "9", "q": "9", "９": "9",
        };

        const ra = cachedFrame || captureGameRegion();
        while (Date.now() - startTime < timeout && retryCount < maxAttempts) {
            let ocrObject = RecognitionObject.Ocr(ocrRegion.x, ocrRegion.y, ocrRegion.width, ocrRegion.height);
            ocrObject.threshold = 0.85; // 适当降低阈值以提高速度
            let resList = ra.findMulti(ocrObject);

            if (resList.count === 0) {
                failureCount++;
                if (failureCount >= maxFailures) {
                    ocrRegion.x += 3; // 每次缩小6像素
                    ocrRegion.width -= 6; // 每次缩小6像素
                    retryInterval += 10;

                    if (ocrRegion.width <= 12) {
                        return { success: false };
                    }
                }
                retryCount++;
                await sleep(retryInterval);
                continue;
            }

            for (let res of resList) {
                let text = res.text;
                text = text.split('').map(char => numberReplaceMap[char] || char).join('');
                // results.push(text);

                if (!frequencyMap[text]) {
                    frequencyMap[text] = 0;
                }
                frequencyMap[text]++;

                if (frequencyMap[text] >= 2) {
                    return { success: true, text: text };
                }
            }

            await sleep(retryInterval);
        }

        const sortedResults = Object.keys(frequencyMap).sort((a, b) => frequencyMap[b] - frequencyMap[a]);
        return sortedResults.length > 0 ? { success: true, text: sortedResults[0] } : { success: false };
    }

    // 滚动页面
    async function scrollPage(totalDistance, stepDistance = 10, delayMs = 5) {
        moveMouseTo(999, 750);
        await sleep(50);
        leftButtonDown();
        const steps = Math.ceil(totalDistance / stepDistance);
        for (let j = 0; j < steps; j++) {
            const remainingDistance = totalDistance - j * stepDistance;
            const moveDistance = remainingDistance < stepDistance ? remainingDistance : stepDistance;
            moveMouseBy(0, -moveDistance);
            await sleep(delayMs);
        }
        await sleep(700);
        leftButtonUp();
        await sleep(100);
    }

function filterMaterialsByPriority(materialsCategory) {
    // 获取当前材料分类的优先级
    const currentPriority = materialPriority[materialsCategory];
    if (currentPriority === undefined) {
        throw new Error(`Invalid materialsCategory: ${materialsCategory}`);
    }

    // 获取当前材料分类的 materialTypeMap 对应值
    const currentType = materialTypeMap[materialsCategory];
    if (currentType === undefined) {
        throw new Error(`Invalid materialTypeMap for: ${materialsCategory}`);
    }

    // 获取所有优先级更高的材料分类（前位材料）
    const frontPriorityMaterials = Object.keys(materialPriority)
        .filter(mat => materialPriority[mat] < currentPriority && materialTypeMap[mat] === currentType);

    // 获取所有优先级更低的材料分类（后位材料）
    const backPriorityMaterials = Object.keys(materialPriority)
        .filter(mat => materialPriority[mat] > currentPriority && materialTypeMap[mat] === currentType);
    // 合并当前和后位材料分类
    const finalFilteredMaterials = [...backPriorityMaterials,materialsCategory ];// 当前材料
    return finalFilteredMaterials
}

    // 扫描材料
async function scanMaterials(materialsCategory, materialCategoryMap) {
    // 获取当前+后位材料名单
    const priorityMaterialNames = [];
    const finalFilteredMaterials = await filterMaterialsByPriority(materialsCategory);
    for (const category of finalFilteredMaterials) {
        const materialIconDir = `assets/images/${category}`;
        const materialIconFilePaths = file.ReadPathSync(materialIconDir);
        for (const filePath of materialIconFilePaths) {
            const name = basename(filePath).replace(".png", ""); // 去掉文件扩展名
            priorityMaterialNames.push({ category, name });
        }
    }

    // 根据材料分类获取对应的材料图片文件夹路径
    const materialIconDir = `assets/images/${materialsCategory}`;

    // 使用 ReadPathSync 读取所有材料图片路径
    const materialIconFilePaths = file.ReadPathSync(materialIconDir);

    // 创建材料种类集合
    const materialCategories = [];
    const allMaterials = new Set(); // 用于记录所有需要扫描的材料名称
    const materialImages = {}; // 用于缓存加载的图片

    // 检查 materialCategoryMap 中当前分类的数组是否为空
    const categoryMaterials = materialCategoryMap[materialsCategory] || [];
    const shouldScanAllMaterials = categoryMaterials.length === 0; // 如果为空，则扫描所有材料

    for (const filePath of materialIconFilePaths) {
        const name = basename(filePath).replace(".png", ""); // 去掉文件扩展名

        // 如果 materialCategoryMap 中当前分类的数组不为空
        // 且当前材料名称不在指定的材料列表中，则跳过加载
        if (isOnlyPathing && !shouldScanAllMaterials && !categoryMaterials.includes(name)) {
            continue;
        }

        const mat = file.readImageMatSync(filePath);
        if (mat.empty()) {
            log.error(`加载图标失败：${filePath}`);
            continue; // 跳过当前文件
        }

        materialCategories.push({ name, filePath });
        allMaterials.add(name); // 将材料名称添加到集合中
        materialImages[name] = mat; // 缓存图片
    }

    // 已识别的材料集合，避免重复扫描
    const recognizedMaterials = new Set();
    const unmatchedMaterialNames = new Set(); // 未匹配的材料名称
    const materialInfo = []; // 存储材料名称和数量

    // 扫描参数
    const tolerance = 1;
    const startX = 117;
    const startY = 121;
    const OffsetWidth = 147;
    const columnWidth = 123;
    const columnHeight = 750;
    const maxColumns = 8;

    // 扫描状态
    let hasFoundFirstMaterial = false;
    let lastFoundTime = null;
    let shouldEndScan = false;
    let foundPriorityMaterial = false;

    // 俏皮话逻辑
    const scanPhrases = [
        "扫描中... 太好啦，有这么多素材！",
        "扫描中... 不错的珍宝！",
        "扫描中... 侦查骑士，发现目标！",
        "扫描中... 嗯哼，意外之喜！",
        "扫描中... 嗯？",
        "扫描中... 很好，没有放过任何角落！",
        "扫描中... 会有烟花材料嘛？",
        "扫描中... 嗯，这是什么？",
        "扫描中... 这些宝藏积灰了，先清洗一下",
        "扫描中... 哇！都是好东西！",
        "扫描中... 不虚此行！",
        "扫描中... 瑰丽的珍宝，令人欣喜。",
        "扫描中... 是对长高有帮助的东西吗？",
        "扫描中... 嗯！品相卓越！",
        "扫描中... 虽无法比拟黄金，但终有价值。",
        "扫描中... 收获不少，可以拿去换几瓶好酒啦。",
        "扫描中... 房租和伙食费，都有着落啦！",
        "扫描中... 还不赖。",
        "扫描中... 荒芜的世界，竟藏有这等瑰宝。",
        "扫描中... 运气还不错。",
    ];

    let tempPhrases = [...scanPhrases];
    tempPhrases.sort(() => Math.random() - 0.5); // 打乱数组顺序，确保随机性
    let phrasesStartTime = Date.now();

    // 扫描背包中的材料
    for (let scroll = 0; scroll <= pageScrollCount; scroll++) {
        const ra = captureGameRegion();
        if (!foundPriorityMaterial) {
            for (const { category, name } of priorityMaterialNames) {
                if (recognizedMaterials.has(name)) {
                    continue; // 如果已经识别过，跳过
                }

                const filePath = `assets/images/${category}/${name}.png`;
                const mat = file.readImageMatSync(filePath);
                if (mat.empty()) {
                    log.error(`加载材料图库失败：${filePath}`);
                    continue; // 跳过当前文件
                }

                const recognitionObject = RecognitionObject.TemplateMatch(mat, 1146, startY, columnWidth, columnHeight);
                recognitionObject.threshold = 0.8; // 设置识别阈值

                const result = ra.find(recognitionObject);
                if (result.isExist() && result.x !== 0 && result.y !== 0) {
                    foundPriorityMaterial = true; // 标记找到前位材料
                    log.info(`发现当前或后位材料: ${name}，开始全列扫描`);
                    break; // 发现前位材料后，退出当前循环
                }
            }
        }

        if (foundPriorityMaterial) {
            for (let column = 0; column < maxColumns; column++) {
                const scanX = startX + column * OffsetWidth;
                for (let i = 0; i < materialCategories.length; i++) {
                    const { name } = materialCategories[i];
                    if (recognizedMaterials.has(name)) {
                        continue; // 如果已经识别过，跳过
                    }

                    const mat = materialImages[name];
                    const recognitionObject = RecognitionObject.TemplateMatch(mat, scanX, startY, columnWidth, columnHeight);
                    recognitionObject.threshold = 0.85;

                    const result = ra.find(recognitionObject);
                    await sleep(imageDelay);

                    if (result.isExist() && result.x !== 0 && result.y !== 0) {
                        recognizedMaterials.add(name);
                        await moveMouseTo(result.x, result.y);

                        const ocrRegion = {
                            x: result.x - tolerance,
                            y: result.y + 97 - tolerance,
                            width: 66 + 2 * tolerance,
                            height: 22 + 2 * tolerance
                        };
                        const ocrResult = await recognizeText(ocrRegion, 1000, 10, 10, 3);
                        materialInfo.push({ name, count: ocrResult.success ? ocrResult.text : "?" });

                        if (!hasFoundFirstMaterial) {
                            hasFoundFirstMaterial = true;
                            lastFoundTime = Date.now();
                        } else {
                            lastFoundTime = Date.now();
                        }
                    }
                }
            }
        }

        // 每2秒输出一句俏皮话
        const phrasesTime = Date.now();
        if (phrasesTime - phrasesStartTime >= 5000) {
            const selectedPhrase = tempPhrases.shift();
            log.info(selectedPhrase);
            if (tempPhrases.length === 0) {
                tempPhrases = [...scanPhrases];
                tempPhrases.sort(() => Math.random() - 0.5);
            }
            phrasesStartTime = phrasesTime;
        }

        // 检查是否结束扫描
        if (recognizedMaterials.size === allMaterials.size) {
            log.info("所有材料均已识别！");
            shouldEndScan = true;
            break;
        }

        if (hasFoundFirstMaterial && Date.now() - lastFoundTime > 5000) {
            log.info("未发现新的材料，结束扫描");
            shouldEndScan = true;
            break;
        }

        // 检查是否到达最后一页
        const sliderBottomRo = RecognitionObject.TemplateMatch(file.ReadImageMatSync("assets/SliderBottom.png"), 1284, 916, 9, 26);
        sliderBottomRo.threshold = 0.8;
        const sliderBottomResult = ra.find(sliderBottomRo);
        if (sliderBottomResult.isExist()) {
            log.info("已到达最后一页！");
            shouldEndScan = true;
            break;
        }

        // 滑动到下一页
        if (scroll < pageScrollCount) {
            await scrollPage(680, 10, 5);
            await sleep(10);
        }
    }

    // 处理未匹配的材料
    for (const name of allMaterials) {
        if (!recognizedMaterials.has(name)) {
            unmatchedMaterialNames.add(name);
        }
    }

    // 日志记录
    const now = new Date();
    const formattedTime = now.toLocaleString();
    const scanMode = shouldScanAllMaterials ? "全材料扫描" : "指定材料扫描";
    const logContent = `
${formattedTime}
${scanMode} - ${materialsCategory} 种类: ${recognizedMaterials.size} 数量: 
${materialInfo.map(item => `${item.name}: ${item.count}`).join(",")}
未匹配的材料 种类: ${unmatchedMaterialNames.size} 数量: 
${Array.from(unmatchedMaterialNames).join(",")}
`;

    // 写入历史记录文件
    const categoryFilePath = `history_record/${materialsCategory}.txt`;
    const overwriteFilePath = `overwrite_record/${materialsCategory}.txt`;
    const latestFilePath = "latest_record.txt";

    await writeLog(categoryFilePath, logContent);
    await writeLog(overwriteFilePath, logContent);
    await writeLog(latestFilePath, logContent);

    // 返回结果
    return materialInfo;
}

async function writeLog(filePath, logContent) {
    try {
        const existingContent = file.readTextSync(filePath);
        const records = existingContent.split("\n\n");
        const latestRecords = records.slice(-365).join("\n\n");
        const finalContent = `${logContent}\n\n${latestRecords}`;
        const result = file.WriteTextSync(filePath, finalContent, false);
        if (result) {
            log.info(`成功将日志写入文件 ${filePath}`);
        } else {
            log.error(`写入文件 ${filePath} 失败`);
        }
    } catch (error) {
        log.warn(`文件 ${filePath} 不存在，将创建新文件`);
        const result = file.WriteTextSync(filePath, logContent, false);
        if (result) {
            log.info(`成功创建并写入文件 ${filePath}`);
        } else {
            log.error(`创建文件 ${filePath} 失败`);
        }
    }
}

// 定义所有图标的图像识别对象，每个图片都有自己的识别区域
const BagpackRo = RecognitionObject.TemplateMatch(file.ReadImageMatSync("assets/Bagpack.png"), 58, 31, 38, 38);
const MaterialsRo = RecognitionObject.TemplateMatch(file.ReadImageMatSync("assets/Materials.png"), 941, 29, 38, 38);
const CultivationItemsRo = RecognitionObject.TemplateMatch(file.ReadImageMatSync("assets/CultivationItems.png"), 749, 30, 38, 38);
const FoodRo = RecognitionObject.TemplateMatch(file.ReadImageMatSync("assets/Food.png"), 845, 31, 38, 38);

// 定义一个函数用于识别图像
async function recognizeImage(recognitionObject, timeout = 5000, cachedFrame=null) {
    let startTime = Date.now();
    const ra = cachedFrame || captureGameRegion();
    while (Date.now() - startTime < timeout) {
        try {
            // 尝试识别图像
            const imageResult = ra.find(recognitionObject);
            if (imageResult.isExist() && imageResult.x !== 0 && imageResult.y !== 0) {
                return { success: true, x: imageResult.x, y: imageResult.y };
            }
        } catch (error) {
            log.error(`识别图像时发生异常: ${error.message}`);
        }
        await sleep(500); // 短暂延迟，避免过快循环
    }
    log.warn(`经过多次尝试，仍然无法识别图像`);
    return { success: false };
}
const specialMaterials = [
    "水晶块", "魔晶块", "星银矿石", "紫晶块", "萃凝晶", "铁块", "白铁块",
    "精锻用魔矿", "精锻用良矿", "精锻用杂矿"
];
function filterLowCountMaterials(pathingMaterialCounts, materialCategoryMap) {
    // 将 materialCategoryMap 中的所有材料名提取出来
    const allMaterials = Object.values(materialCategoryMap).flat();

    // 筛选 pathingMaterialCounts 中的材料，只保留 materialCategoryMap 中定义的材料，并且数量低于 targetCount 或 count 为 "?" 或 name 在 specialMaterials 中
    return pathingMaterialCounts
        .filter(item =>
            allMaterials.includes(item.name) &&
            (item.count < targetCount || item.count === "?")
        )
        .map(item => {
            // 如果 name 在 specialMaterials 数组中
            if (specialMaterials.includes(item.name)) {
                // 如果 count 是 "?"，直接保留
                if (item.count === "?") {
                    return item;
                }
                // 否则，将 count 除以 10 并向下取整
                item.count = Math.floor(item.count / 10);
            }
            return item;
        });
}

function dynamicMaterialGrouping(materialCategoryMap) {
    // 初始化动态分组对象
    const dynamicMaterialGroups = {};

    // 遍历 materialCategoryMap 的 entries
    for (const category in materialCategoryMap) {
        const type = materialTypeMap[category]; // 获取材料分类对应的组编号（3、4、5）
        if (!dynamicMaterialGroups[type]) {
            dynamicMaterialGroups[type] = []; // 初始化组
        }
        dynamicMaterialGroups[type].push(category); // 将分类加入对应组
    }

    // 对每组内的材料分类按照 materialPriority 排序
    for (const type in dynamicMaterialGroups) {
        dynamicMaterialGroups[type].sort((a, b) => materialPriority[a] - materialPriority[b]);
    }

    // 将分组结果转换为数组并按类型排序（3, 4, 5）
    const sortedGroups = Object.entries(dynamicMaterialGroups)
        .map(([type, categories]) => ({ type: parseInt(type), categories }))
        .sort((a, b) => a.type - b.type);

    // 返回分组结果
    return sortedGroups;
}

// 主逻辑函数
async function MaterialPath(materialCategoryMap) {
    const maxStage = 4; // 最大阶段数
    let stage = 0; // 当前阶段
    let currentGroupIndex = 0; // 当前处理的分组索引
    let currentCategoryIndex = 0; // 当前处理的分类索引
    let materialsCategory = ""; // 当前处理的材料分类名称
    const allLowCountMaterials = []; // 用于存储所有识别到的低数量材料信息

    const sortedGroups = dynamicMaterialGrouping(materialCategoryMap);
    sortedGroups.forEach(group => {
    log.info(`类型 ${group.type} | 包含分类: ${group.categories.join(', ')}`);
});

    while (stage <= maxStage) {
        switch (stage) {
            case 0: // 返回主界面
                log.info("返回主界面");
                await genshin.returnMainUi();
                await sleep(500);
                stage = 1; // 进入下一阶段
                break;

            case 1: // 打开背包界面
                keyPress("B"); // 打开背包界面
                await sleep(1000);
                await imageClick()

                let backpackResult = await recognizeImage(BagpackRo, 2000);
                if (backpackResult.success) {
                    stage = 2; // 进入下一阶段
                } else {
                    log.warn("未识别到背包图标，重新尝试");
                    stage = 0; // 回退
                }
                break;

            case 2: // 按分组处理材料分类
                if (currentGroupIndex < sortedGroups.length) {
                    const group = sortedGroups[currentGroupIndex];

                    if (currentCategoryIndex < group.categories.length) {
                        materialsCategory = group.categories[currentCategoryIndex];
                        const offset = materialTypeMap[materialsCategory];
                        const menuClickX = Math.round(575 + (offset - 1) * 96.25);
                        click(menuClickX, 75);

                        await sleep(500);
                        stage = 3; // 进入下一阶段
                    } else {
                        currentGroupIndex++;
                        currentCategoryIndex = 0; // 重置分类索引
                        stage = 2; // 继续处理下一组
                    }
                } else {
                    stage = 5; // 跳出循环
                }
                break;

            case 3: // 识别材料分类
                let CategoryObject;
                switch (materialsCategory) {
                    case "锻造素材":
                    case "一般素材":
                    case "烹饪食材":
                    case "木材":
                    case "鱼饵鱼类":
                        CategoryObject = MaterialsRo;
                        break;
                    case "采集食物":
                    case "料理":
                        CategoryObject = FoodRo;
                        break;
                    case "怪物掉落素材":
                    case "周本素材":
                    case "角色突破素材":
                    case "宝石":
                    case "角色天赋素材":
                    case "武器突破素材":
                        CategoryObject = CultivationItemsRo;
                        break;
                    default:
                        log.error("未知的材料分类");
                        stage = 0; // 回退到阶段0
                        return;
                }

                let CategoryResult = await recognizeImage(CategoryObject, 2000);
                if (CategoryResult.success) {
                    log.info(`识别到${materialsCategory} 所在分类。`);
                    stage = 4; // 进入下一阶段
                } else {
                    log.warn("未识别到材料分类图标，重新尝试");
                    log.warn(`识别结果：${JSON.stringify(CategoryResult)}`);
                    stage = 2; // 回退到阶段2
                }
                break;

            case 4: // 扫描材料
                log.info("芭芭拉，冲鸭！");
                await moveMouseTo(1288, 124); // 移动鼠标至滑条顶端
                await sleep(200);
                leftButtonDown(); // 长按左键重置材料滑条
                await sleep(300);
                leftButtonUp();
                await sleep(200);

                // 扫描材料并获取低于目标数量的材料
                const lowCountMaterials = await scanMaterials(materialsCategory, materialCategoryMap);
                allLowCountMaterials.push(lowCountMaterials);

                currentCategoryIndex++;
                stage = 2; // 返回阶段2处理下一个分类
                break;

            case 5: // 所有分组处理完毕
                log.info("所有分组处理完毕，返回主界面");
                await genshin.returnMainUi();
                stage = maxStage + 1; // 确保退出循环
                break;
        }
    }

    await genshin.returnMainUi(); // 返回主界面
    log.info("扫描流程结束");

    // 返回所有识别到的材料信息
    return allLowCountMaterials;
}

// 自定义 basename 函数
function basename(filePath) {
    if (typeof filePath !== 'string') throw new Error('Invalid file path');
    const lastSlash = Math.max(filePath.lastIndexOf('/'), filePath.lastIndexOf('\\'));
    return filePath.substring(lastSlash + 1);
}
// 检查路径是否存在
function pathExists(path) {
    try {
        const entries = file.readPathSync(path);
        return entries !== undefined && entries.length >= 0;
    } catch (error) {
        return false;
    }
}
// 递归读取目录下的所有文件路径，并排除特定后缀的文件
function readAllFilePaths(dirPath, currentDepth = 0, maxDepth = 3, includeExtensions = ['.png', '.json', '.txt'], includeDirs = false) {
    if (!pathExists(dirPath)) {
        log.error(`目录 ${dirPath} 不存在`);
        return [];
    }

    try {
        const entries = file.readPathSync(dirPath); // 读取目录内容，返回的是完整路径

        const filePaths = [];
        for (const entry of entries) {
            const isDirectory = pathExists(entry); // 如果路径存在且返回的是数组，则认为是目录

            if (isDirectory) {
                if (includeDirs) {
                    filePaths.push(entry); // 添加目录路径
                }
                if (currentDepth < maxDepth) {
                    filePaths.push(...readAllFilePaths(entry, currentDepth + 1, maxDepth, includeExtensions, includeDirs)); // 递归读取子目录
                }
            } else {
                const fileExtension = entry.substring(entry.lastIndexOf('.'));
                if (includeExtensions.includes(fileExtension.toLowerCase())) {
                    filePaths.push(entry); // 添加文件路径
                } else {
                }
            }
        }

        return filePaths;
    } catch (error) {
        log.error(`读取目录 ${dirPath} 时发生错误: ${error}`);
        return [];
    }
}


// 解析文件内容，提取材料信息
function parseMaterialContent(content) {
    if (!content) {
        log.warn(`文件内容为空`);
        return {}; // 如果内容为空，直接返回空对象
    }

    const lines = content.split('\n').map(line => line.trim());
    const materialCDInfo = {};

    lines.forEach(line => {
        if (!line.includes('：')) {
            return;
        }

        const [refreshCD, materials] = line.split('：');
        if (!refreshCD || !materials) {
            return;
        }

        // 处理特殊规则，如“N次0点”和“即时刷新”
        let refreshCDInHours;
        if (refreshCD.includes('次0点')) {
            const times = parseInt(refreshCD.split('次')[0], 10);
            if (isNaN(times)) {
                log.error(`无效的刷新时间格式：${refreshCD}`);
                return;
            }
            refreshCDInHours = { type: 'midnight', times: times };
        } else if (refreshCD.includes('点')) {
            const hours = parseFloat(refreshCD.replace('点', ''));
            if (isNaN(hours)) {
                log.error(`无效的刷新时间格式：${refreshCD}`);
                return;
            }
            refreshCDInHours = { type: 'specific', hour: hours };
        } else if (refreshCD.includes('小时')) {
            const hours = parseFloat(refreshCD.replace('小时', ''));
            if (isNaN(hours)) {
                log.error(`无效的刷新时间格式：${refreshCD}`);
                return;
            }
            refreshCDInHours = hours;
        } else if (refreshCD === '即时刷新') {
            refreshCDInHours = { type: 'instant' };
        } else {
            log.error(`未知的刷新时间格式：${refreshCD}`);
            return;
        }

        materialCDInfo[JSON.stringify(refreshCDInHours)] = materials.split('，').map(material => material.trim()).filter(material => material !== '');

    });

    return materialCDInfo;
}

// 从路径中提取材料名
function extractResourceNameFromPath(filePath) {
    const pathParts = filePath.split('\\'); // 或者使用 '/'，取决于你的路径分隔符
    if (pathParts.length < 3) {
        log.warn(`路径格式不正确，无法提取材料名：${filePath}`);
        return null; // 返回 null 表示无法提取材料名
    }
     // 第一层文件夹名即为材料名
    return pathParts[1];
}
// 从 materials 文件夹中读取分类信息
function readMaterialCategories(materialDir) {
    const materialFilePaths = readAllFilePaths(materialDir, 0, 1, ['.txt']);
    const materialCategories = {};

    for (const filePath of materialFilePaths) {
        const content = file.readTextSync(filePath); // 同步读取文本文件内容
        if (!content) {
            log.error(`加载文件失败：${filePath}`);
            continue; // 跳过当前文件
        }

        const sourceCategory = basename(filePath).replace('.txt', ''); // 去掉文件扩展名
        materialCategories[sourceCategory] = parseMaterialContent(content);
    }
    return materialCategories;
}

// 获取当前时间（以小时为单位）
function getCurrentTimeInHours() {
    const now = new Date();
    return now.getHours() + now.getMinutes() / 60 + now.getSeconds() / 3600;
}

// 辅助函数：写入内容到文件
function writeContentToFile(filePath, content) {
    try {
        // 读取文件现有内容
        let existingContent = '';
        try {
            existingContent = file.readTextSync(filePath); // 读取文件内容
        } catch (readError) {
            // 如果文件不存在或读取失败，existingContent 保持为空字符串
            log.warn(`文件读取失败或文件不存在: ${filePath}`);
        }

        // 将新的记录内容插入到最前面
        const updatedContent = content + existingContent;

        // 将更新后的内容写回文件
        const result = file.writeTextSync(filePath, updatedContent, false); // 覆盖写入
        if (result) {
            log.info(`记录成功: ${filePath}`);
        } else {
            log.error(`记录失败: ${filePath}`);
        }
    } catch (error) {
        log.error(`记录失败: ${error}`);
    }
}

function checkPathNameFrequency(recordDir, resourceName, pathName) {
    const recordPath = `${recordDir}/${resourceName}-0.txt`; // 记录文件路径，以 resourceName-0.txt 命名
    try {
        const content = file.readTextSync(recordPath); // 同步读取记录文件
        const lines = content.split('\n');

        let totalCount = 0; // 用于记录路径名出现的总次数

        // 从文件内容的开头开始查找
        for (let i = 0; i < lines.length; i++) {
            if (lines[i].startsWith('路径名: ')) {
                const currentPathName = lines[i].split('路径名: ')[1];
                if (currentPathName === pathName) {
                    totalCount++; // 如果当前路径名匹配，计数加1
                }
            }
        }

        // 如果路径名出现次数超过3次，返回 false
        if (totalCount >= 3) {
            log.info(`路径文件: ${pathName}, 多次0采集，请检查后，删除记录再执行`);
            return false;
        }

        // 如果路径名出现次数不超过3次，返回 true
        return true;
    } catch (error) {
        log.warn(`读取文件时发生错误: ${recordPath}`, error);
        return true; // 如果文件不存在或读取失败，认为路径名出现次数不超过3次
    }
}

function recordRunTime(resourceName, pathName, startTime, endTime, runTime, recordDir, materialCountDifferences = {}, finalCumulativeDistance) {
    const recordPath = `${recordDir}/${resourceName}.txt`; // 正常记录文件路径
    const normalContent = `路径名: ${pathName}\n开始时间: ${startTime}\n结束时间: ${endTime}\n运行时间: ${runTime}秒\n数量变化: ${JSON.stringify(materialCountDifferences)}\n\n`;

    try {
        // 只有当运行时间大于或等于3秒时，才记录运行时间
        if (runTime >= 3) {
            // 检查 materialCountDifferences 中是否存在材料数目为 0 的情况
            for (const [material, count] of Object.entries(materialCountDifferences)) {
                if (count === 0) {
                    // 如果材料数目为 0，记录到单独的文件
                    const zeroMaterialPath = `${recordDir}/${material}-0.txt`; // 材料数目为0的记录文件路径
                    const zeroMaterialContent = `路径名: ${pathName}\n开始时间: ${startTime}\n结束时间: ${endTime}\n运行时间: ${runTime}秒\n数量变化: ${JSON.stringify(materialCountDifferences)}\n\n`;
                    writeContentToFile(zeroMaterialPath, zeroMaterialContent); // 写入材料数目为0的记录
                    log.warn(`材料数目为0，已写入单独文件: ${zeroMaterialPath}`);
                }
            }

            // 检查是否需要记录正常内容
            const hasZeroMaterial = Object.values(materialCountDifferences).includes(0);
            const isFinalCumulativeDistanceZero = finalCumulativeDistance === 0;

            if (!(hasZeroMaterial && isFinalCumulativeDistanceZero)) {
                // 写入正常记录的内容
                writeContentToFile(recordPath, normalContent);
                log.info(`正常记录已写入: ${recordPath}`);
            } else {
                if (hasZeroMaterial) {
                    log.warn(`存在材料数目为0的情况: ${JSON.stringify(materialCountDifferences)}`);
                }
                if (isFinalCumulativeDistanceZero) {
                    log.warn(`累计距离为0: finalCumulativeDistance=${finalCumulativeDistance}`);
                }
                log.warn(`未写入正常记录: ${recordPath}`);
            }
        } else {
            log.warn(`运行时间小于3秒，未满足记录条件: ${recordPath}`);
        }
    } catch (error) {
        log.error(`记录运行时间失败: ${error}`);
    }
}


// 读取材料对应的文件，获取上次运行的结束时间
function getLastRunEndTime(resourceName, pathName, recordDir) {
    const recordPath = `${recordDir}/${resourceName}.txt`; // 记录文件路径，以材料名命名
    try {
        const content = file.readTextSync(recordPath); // 同步读取记录文件
        const lines = content.split('\n');

        // 从文件内容的开头开始查找
        for (let i = 0; i < lines.length; i++) {
            if (lines[i].startsWith('路径名: ')) {
                const currentPathName = lines[i].split('路径名: ')[1];
                if (currentPathName === pathName) {
                    const endTimeLine = lines[i + 2]; // 假设结束时间在路径名后的第三行
                    if (endTimeLine.startsWith('结束时间: ')) {
                        return endTimeLine.split('结束时间: ')[1]; // 返回结束时间
                    }
                }
            }
        }
    } catch (error) {
        log.warn(`未找到记录文件或记录文件中无结束时间: ${recordPath}`);
    }
    return null; // 如果未找到记录文件或结束时间，返回 null
}

// 计算时间成本
function calculatePerTime(resourceName, pathName, recordDir) {
    const recordPath = `${recordDir}/${resourceName}.txt`; // 记录文件路径，以材料名命名
    try {
        const content = file.readTextSync(recordPath); // 同步读取记录文件
        const lines = content.split('\n');

        const completeRecords = []; // 用于存储完整的记录

        // 从文件内容的开头开始查找
        for (let i = 0; i < lines.length; i++) {
            if (lines[i].startsWith('路径名: ')) {
                const currentPathName = lines[i].split('路径名: ')[1];
                if (currentPathName === pathName) {
                    const runTimeLine = lines[i + 3]; // 假设运行时间在路径名后的第四行
                    const quantityChangeLine = lines[i + 4]; // 假设数量变化在路径名后的第五行

                    if (runTimeLine.startsWith('运行时间: ') && quantityChangeLine.startsWith('数量变化: ')) {
                        const runTime = parseInt(runTimeLine.split('运行时间: ')[1].split('秒')[0], 10);
                        const quantityChange = JSON.parse(quantityChangeLine.split('数量变化: ')[1]);

                        // 检查数量变化是否有效
                        if (quantityChange[resourceName] !== undefined) {
                            let perTime;
                            if (quantityChange[resourceName] !== 0) {
                                // 保留两位小数
                                perTime = parseFloat((runTime / quantityChange[resourceName]).toFixed(2));
                            } else {
                                perTime = Infinity; // 数量变化为 0 时，设置为 Infinity
                            }
                            completeRecords.push(perTime);
                        }
                    }
                }
            }
        }

        // 如果完整记录少于3条，返回 null
        if (completeRecords.length < 3) {
            log.warn(` ${pathName}有效记录不足3条，无法计算平均时间成本: ${recordPath}`);
            return null;
        }

        // 只考虑最近的5条记录， 过滤掉 Infinity 和 NaN 值
        const recentRecords = completeRecords.slice(-5).filter(record => !isNaN(record) && record !== Infinity);

        // 打印最近的记录
        log.info(` ${pathName}最近的记录: ${JSON.stringify(recentRecords)}`);

        // 计算平均值和标准差
        const mean = recentRecords.reduce((acc, val) => acc + val, 0) / recentRecords.length;
        const stdDev = Math.sqrt(recentRecords.reduce((acc, val) => acc + Math.pow(val - mean, 2), 0) / recentRecords.length);

        // 排除差异过大的数据
        const filteredRecords = recentRecords.filter(record => Math.abs(record - mean) <= 1 * stdDev);// 使用1倍标准差作为过滤条件

        // 如果过滤后没有剩余数据，返回 null
        if (filteredRecords.length === 0) {
            log.warn(` ${pathName}记录数据差异过大，无法计算有效的时间成本: ${recordPath}`);
            return null;
        }

        // 计算平均时间成本
        const averagePerTime = parseFloat((filteredRecords.reduce((acc, val) => acc + val, 0) / filteredRecords.length).toFixed(2));
        return averagePerTime;
    } catch (error) {
        log.warn(`缺失耗时或者数量变化，无法计算 ${pathName}时间成本: ${recordPath}`);
    }
    return null; // 如果未找到记录文件或效率数据，返回 null
}

// 判断是否可以运行脚本
function canRunPathingFile(currentTime, lastEndTime, refreshCD, pathName) {
    if (!lastEndTime) {
        return true; // 如果没有上次运行记录，直接可以运行
    }

    const lastEndTimeDate = new Date(lastEndTime);
    const currentDate = new Date();

    if (typeof refreshCD === 'object') {
        if (refreshCD.type === 'midnight') {
            // 处理“N次0点”这样的特殊规则
            const times = refreshCD.times;

            // 计算从上次运行时间到当前时间的天数差
            let daysPassed = Math.floor((currentDate - lastEndTimeDate) / (1000 * 60 * 60 * 24));

            // 计算下一个刷新时间
            const nextRunTime = new Date(lastEndTimeDate);
            nextRunTime.setDate(lastEndTimeDate.getDate() + times); // 在上次运行时间的基础上加上N天
            nextRunTime.setHours(0, 0, 0, 0); // 将时间设置为午夜0点

            // 判断是否可以运行
            const canRun = currentDate >= nextRunTime;

            log.info(`路径文件${pathName}上次运行时间：${lastEndTimeDate.toLocaleString()}，下次运行时间：${nextRunTime.toLocaleString()}`);
            return canRun;
        } else if (refreshCD.type === 'specific') {
            // 处理“具体时间点”这样的特殊规则
            const specificHour = refreshCD.hour;
            const currentHour = currentDate.getHours();
            // const lastEndHour = lastEndTimeDate.getHours();

            // 如果当前时间等于指定时间点，且日期已经改变
            if (currentHour === specificHour && currentDate.getDate() !== lastEndTimeDate.getDate()) {
                return true;
            }

            const nextRunTime = new Date(currentDate.getFullYear(), currentDate.getMonth(), currentDate.getDate(), specificHour);
            if (currentHour >= specificHour) {
                nextRunTime.setDate(nextRunTime.getDate() + 1);
            }
            log.info(`路径文件${pathName}上次运行时间：${lastEndTimeDate.toLocaleString()}，下次运行时间：${nextRunTime.toLocaleString()}`);
            return false;
        } else if (refreshCD.type === 'instant') {
            // 处理“即时刷新”这样的特殊规则
            return true;
        }
    } else {
        // 处理普通刷新时间
        const nextRefreshTime = new Date(lastEndTimeDate.getTime() + refreshCD * 3600 * 1000);
        log.info(`路径文件${pathName}上次运行时间：${lastEndTimeDate.toLocaleString()}，下次运行时间：${nextRefreshTime.toLocaleString()}`);
        return currentDate >= nextRefreshTime;
    }

    return false;
}

const MATERIAL_ALIAS = {
    '晶蝶': '晶核',
    '白铁矿': '白铁块',
    '铁矿': '铁块',
    // 添加更多别名映射...
};
const imageMapCache = new Map();

const createImageCategoryMap = (imagesDir) => {
    const map = {};
    const imageFiles = readAllFilePaths(imagesDir, 0, 1, ['.png']);
    
    for (const imagePath of imageFiles) {
        const pathParts = imagePath.split(/[\\/]/);
        if (pathParts.length < 3) continue;

        // 统一小写存储（新增逻辑）
        const imageName = pathParts.pop()
            .replace(/\.png$/i, '')
            .trim()
            .toLowerCase(); // 新增
        
        if (!(imageName in map)) {
            map[imageName] = pathParts[2];
        }
    }
    return map;
};
// 模块级去重集合（新增）
const loggedResources = new Set();

function matchImageAndGetCategory(resourceName, imagesDir) {
    const processedName = (MATERIAL_ALIAS[resourceName] || resourceName)
        .toLowerCase();
    
    if (!imageMapCache.has(imagesDir)) {
        imageMapCache.set(imagesDir, createImageCategoryMap(imagesDir));
    }
    
    const result = imageMapCache.get(imagesDir)[processedName] ?? null;

    // Set 去重逻辑
    if (!loggedResources.has(processedName)) {
        loggedResources.add(processedName);
    }
    
    return result;
}


(async function () {
    // 定义文件夹路径
    const materialDir = "materialsCD"; // 存储材料信息的文件夹
    const pathingDir = "pathing"; // 存储路径信息的文件夹
    const recordDir = "pathing_record"; // 存储运行记录的文件夹
    const imagesDir = "assets\\images"; // 存储图片的文件夹

    // 从设置中获取目标材料名称
    const targetResourceNamesStr = settings.TargetresourceName || "";

    // 使用正则表达式分割字符串，支持多种分隔符（如逗号、分号、空格等）
    const targetResourceNames = targetResourceNamesStr
        .split(/[,，、 \s]+/) // 使用正则表达式分割字符串
        .map(name => name.trim()) // 去除每个元素的多余空格
        .filter(name => name !== ""); // 过滤掉空字符串

    // 打印目标材料名称数组
    log.info(`优先材料名称数组: ${JSON.stringify(targetResourceNames)}`);

    try {
        // 读取材料分类信息
        const materialCategories = readMaterialCategories(materialDir);

        // 递归读取路径信息文件夹
        const pathingFilePaths = readAllFilePaths(pathingDir, 0, 3, ['.json']);

        // 将路径和资源名绑定，避免重复提取
        const pathEntries = pathingFilePaths.map(path => ({
            path,
            resourceName: extractResourceNameFromPath(path)
        }));

        // 从路径文件中提取材料名
        const resourceNames = pathEntries
            ?.map(entry => entry.resourceName)
            .filter(name => name) || []; // 确保 resourceNames 是一个数组

        // 生成材料与分类的映射对象
        const materialCategoryMap = resourceNames.reduce((acc, resourceName) => {
            const category = matchImageAndGetCategory(resourceName, imagesDir); // 获取材料的分类
            if (category) {
                // 初始化分类键（如果不存在）
                if (!acc[category]) acc[category] = [];
                // 将材料名加入对应分类数组（避免重复）
                if (!acc[category].includes(resourceName)) {
                    acc[category].push(resourceName);
                }
            }
            return acc;
        }, {});

        // 确保 selected_materials_array 中的分类被初始化为空数组
        if (Object.keys(selected_materials_array).length === 0) {
            log.warn("==================\n                未选择【材料分类】！\n               ==================");
        } else {
            selected_materials_array.forEach(selectedCategory => {
                if (!materialCategoryMap[selectedCategory]) {
                    materialCategoryMap[selectedCategory] = [];
                }
            });
        }

        // 如果 isOnlyPathing 为 true，移除 materialCategoryMap 中的空数组
        if (isOnlyPathing) {
            Object.keys(materialCategoryMap).forEach(category => {
                if (materialCategoryMap[category].length === 0) {
                    delete materialCategoryMap[category];
                }
            });
        }

        // 调用背包材料统计
        const pathingMaterialCounts = await MaterialPath(materialCategoryMap);

        // 调用 filterLowCountMaterials 过滤材料信息,先将嵌套数组展平，然后再进行筛选
        const lowCountMaterialsFiltered = filterLowCountMaterials(pathingMaterialCounts.flat(), materialCategoryMap);

        // 展平数组并按数量从小到大排序
        let flattenedLowCountMaterials = lowCountMaterialsFiltered
            .flat()
            .sort((a, b) => parseInt(a.count, 10) - parseInt(b.count, 10));

        // 提取低数量材料的名称
        const lowCountMaterialNames = flattenedLowCountMaterials.map(material => material.name);

        // 将路径文件按是否为目标材料分类
        const prioritizedPaths = [];
        const normalPaths = [];

        for (const { path, resourceName } of pathEntries) {
            if (!resourceName) {
                log.warn(`无法提取材料名：${path}`);
                continue;
            }

            // 检查当前 resourceName 是否在 targetResourceNames 中
            if (targetResourceNames.includes(resourceName)) {
                prioritizedPaths.push({ path, resourceName });
            } else if (lowCountMaterialNames.includes(resourceName)) {
                // 只有当 resourceName 不在 targetResourceNames 中时，才将其加入到 normalPaths
                normalPaths.push({ path, resourceName });
            }
        }

        // 按照 flattenedLowCountMaterials 的顺序对 normalPaths 进行排序
        normalPaths.sort((a, b) => {
            const indexA = lowCountMaterialNames.indexOf(a.resourceName);
            const indexB = lowCountMaterialNames.indexOf(b.resourceName);
            return indexA - indexB;
        });
        // 合并优先路径和普通路径
        const allPaths = prioritizedPaths.concat(normalPaths);

        dispatcher.addTimer(new RealtimeTimer("AutoPick", { "forceInteraction": false }));

        //  假设 flattenedLowCountMaterials 是一个全局变量或在外部定义的变量
        let currentMaterialName = null; // 用于记录当前材料名

        // 全局累积差值统计（记录所有材料的总变化量）
        const globalAccumulatedDifferences = {};
        // 按材料分类的累积差值统计（记录每种材料的累计变化）
        const materialAccumulatedDifferences = {};

        // 遍历所有路径文件
        for (const { path: pathingFilePath, resourceName } of allPaths) {
            const pathName = basename(pathingFilePath); // 假设路径文件名即为材料路径

            // 查找材料对应的CD分类
            let categoryFound = false;
            for (const [category, materials] of Object.entries(materialCategories)) {
                for (const [refreshCDKey, materialList] of Object.entries(materials)) {
                    const refreshCD = JSON.parse(refreshCDKey);
                    if (materialList.includes(resourceName)) {
                        // 获取当前时间
                        const currentTime = getCurrentTimeInHours();

                        // 读取上次运行的结束时间
                        const lastEndTime = getLastRunEndTime(resourceName, pathName, recordDir);

                        // 计算效率
                        const perTime = calculatePerTime(resourceName, pathName, recordDir);

                        log.info(`路径文件：${pathName} 单个材料耗时：${perTime}秒`);
                        // 判断是否可以运行脚本
                        if (
                            canRunPathingFile(currentTime, lastEndTime, refreshCD, pathName) &&
                            checkPathNameFrequency(recordDir, resourceName, pathName) &&
                            (perTime === null || perTime <= timeCost) 
                        ) {
                            log.info(`可调用路径文件：${pathName}`);

                        // 根据 materialCategoryMap 构建 resourceCategoryMap
                        const resourceCategoryMap = {};
                        for (const [materialCategory, materialList] of Object.entries(materialCategoryMap)) {
                            if (materialList.includes(resourceName)) {
                                resourceCategoryMap[materialCategory] = [resourceName];
                                break;
                            }
                        }

                        // 输出 resourceCategoryMap 以供调试
                        log.info(`resourceCategoryMap: ${JSON.stringify(resourceCategoryMap, null, 2)}`);

                            // 如果材料名发生变化，更新 flattenedLowCountMaterials
                            if (currentMaterialName !== resourceName) {
                                // 材料名变更前，输出上一材料的累积差值并通知
                                if (currentMaterialName && materialAccumulatedDifferences[currentMaterialName]) {
                                    const prevDiffs = materialAccumulatedDifferences[currentMaterialName];
                                    log.info(`材料[${currentMaterialName}]收集完成，累积差值：${JSON.stringify(prevDiffs, null, 2)}`);
                                    if (notify) {
                                        notification.Send(`材料[${currentMaterialName}]收集完成，累计获取：${JSON.stringify(prevDiffs, null, 2)}`);
                                    }
                                }
                                currentMaterialName = resourceName; // 更新当前材料名
                                // 调用背包材料统计（获取当前材料数量）
                                const updatedLowCountMaterials = await MaterialPath(resourceCategoryMap);
                                // 展平数组并按数量从小到大排序
                                flattenedLowCountMaterials = updatedLowCountMaterials
                                    .flat()
                                    .sort((a, b) => parseInt(a.count, 10) - parseInt(b.count, 10));
                                log.info(`材料名变更，更新了 flattenedLowCountMaterials`);

                                // 初始化当前材料的累积差值记录
                                materialAccumulatedDifferences[resourceName] = {};
                            }

                        // 记录开始时间
                        const startTime = new Date().toLocaleString();

                        // 在路径执行前执行一次位移监测
                        const initialPosition = genshin.getPositionFromMap();
                        let initialCumulativeDistance = 0;

                        // 调用路径文件
                        await pathingScript.runFile(pathingFilePath);

                        // 在路径执行后执行一次位移监测
                        const finalPosition = genshin.getPositionFromMap();
                        const finalCumulativeDistance = calculateDistance(initialPosition, finalPosition);

                        // 记录结束时间
                        const endTime = new Date().toLocaleString();

                        // 计算运行时间
                        const runTime = (new Date(endTime) - new Date(startTime)) / 1000; // 秒

                        // 调用背包材料统计（获取调用路径文件后的材料数量）
                        const updatedLowCountMaterials = await MaterialPath(resourceCategoryMap);

                        // 展平数组并按数量从小到大排序
                        const flattenedUpdatedMaterialCounts = updatedLowCountMaterials
                            .flat()
                            .sort((a, b) => parseInt(a.count, 10) - parseInt(b.count, 10));


                        // 创建一个映射，用于存储更新前后的数量差值
                        const materialCountDifferences = {};

                            // 遍历更新后的材料数量，计算差值
                            flattenedUpdatedMaterialCounts.forEach(updatedMaterial => {
                                const originalMaterial = flattenedLowCountMaterials.find(material => material.name === updatedMaterial.name);
                                if (originalMaterial) {
                                    const originalCount = parseInt(originalMaterial.count, 10);
                                    const updatedCount = parseInt(updatedMaterial.count, 10);
                                    const difference = updatedCount - originalCount;
                                    materialCountDifferences[updatedMaterial.name] = difference;

                                    // 更新全局累积差值
                                    if (globalAccumulatedDifferences[updatedMaterial.name]) {
                                        globalAccumulatedDifferences[updatedMaterial.name] += difference;
                                    } else {
                                        globalAccumulatedDifferences[updatedMaterial.name] = difference;
                                    }

                                    // 更新当前材料的累积差值
                                    if (materialAccumulatedDifferences[resourceName][updatedMaterial.name]) {
                                        materialAccumulatedDifferences[resourceName][updatedMaterial.name] += difference;
                                    } else {
                                        materialAccumulatedDifferences[resourceName][updatedMaterial.name] = difference;
                                    }
                                }
                            });

                        // 更新 flattenedLowCountMaterials 为最新的材料数量
                        flattenedLowCountMaterials = flattenedLowCountMaterials.map(material => {
                            // 找到对应的更新后的材料数量
                            const updatedMaterial = flattenedUpdatedMaterialCounts.find(updated => updated.name === material.name);
                            if (updatedMaterial) {
                                return { ...material, count: updatedMaterial.count }; // 更新数量
                            }
                            return material;
                        });

                        // 打印数量差值
                        log.info(`数量变化: ${JSON.stringify(materialCountDifferences, null, 2)}`);

                        // 记录运行时间到材料对应的文件中
                        recordRunTime(resourceName, pathName, startTime, endTime, runTime, recordDir, materialCountDifferences, finalCumulativeDistance);
                        log.info(`当前材料名: ${JSON.stringify(resourceName, null, 2)}`);

                        categoryFound = true;

                        break;
                        } else {
                            if (perTime !== null && perTime > timeCost) {
                                log.info(`路径文件 ${pathName} 的单个材料耗时大于 ${timeCost} ，不执行`);
                            } else {
                                log.info(`路径文件 ${pathName} 未能执行！`);
                            }
                        }
                    }
                }
                if (categoryFound) break;
            }
        }
    } catch (error) {
        log.error(`操作失败: ${error}`);
    }
})();

// 辅助函数：计算两点之间的距离
function calculateDistance(initialPosition, finalPosition) {
    const deltaX = finalPosition.X - initialPosition.X;
    const deltaY = finalPosition.Y - initialPosition.Y;
    return Math.sqrt(deltaX * deltaX + deltaY * deltaY);
}
// 修改后的位移监测函数
async function monitorDisplacement(monitoring, resolve) {
    // 获取对象的实际初始位置
    let lastPosition = genshin.getPositionFromMap();
    let cumulativeDistance = 0; // 初始化累计位移量
    let lastUpdateTime = Date.now(); // 记录上一次位置更新的时间

    while (monitoring) {
        const currentPosition = genshin.getPositionFromMap(); // 获取当前位置
        const currentTime = Date.now(); // 获取当前时间

        // 计算位移量
        const deltaX = currentPosition.X - lastPosition.X;
        const deltaY = currentPosition.Y - lastPosition.Y;
        let distance = Math.sqrt(deltaX * deltaX + deltaY * deltaY);

        // 如果位移量小于0.5，则视为0
        if (distance < 0.5) {
            distance = 0;
        }

        // 如果有位移，更新累计位移量和最后更新时间
        if (distance > 0) {
            cumulativeDistance += distance; // 累计位移量
            lastUpdateTime = currentTime; // 更新最后更新时间
        }

        // 检测是否超过5秒没有位移
        if (currentTime - lastUpdateTime >= 5000) {
            // 触发跳跃
            keyPress(VK_SPACE);
            lastUpdateTime = currentTime; // 重置最后更新时间
        }

        // 输出位移信息和累计位移量
        log.info(`时间：${(currentTime - lastUpdateTime) / 1000}秒，位移信息: X=${currentPosition.X}, Y=${currentPosition.Y}, 当前位移量=${distance.toFixed(2)}, 累计位移量=${cumulativeDistance.toFixed(2)}`);

        // 更新最后位置
        lastPosition = currentPosition;

        // 等待1秒再次检查
        await sleep(1000);
    }

    // 当监测结束时，返回累计位移量
    resolve(cumulativeDistance);
}

// 识图点击主逻辑

async function imageClick(cachedFrame = null) {

    // 定义包含多个文件夹的根目录
    const rootDir = "assets/imageClick";

    // 获取根目录下的所有子目录路径，深度为 1
    const subDirs = readAllFilePaths(rootDir, 0, 0, [], true);

    // 遍历子目录
    for (const subDir of subDirs) {

        // 从 subDir 中找到 icon 和 Picture 文件夹
        const entries = readAllFilePaths(subDir, 0, 1, [], true); // 获取当前子目录下的所有条目

        // 筛选出 icon 和 Picture 文件夹
        const iconDir = entries.find(entry => entry.endsWith('\icon'));
        const pictureDir = entries.find(entry => entry.endsWith('\Picture'));

        if (!iconDir) {
            continue;
        }

        if (!pictureDir) {
            continue;
        }

        // 读取 icon 文件夹下的所有文件路径
        const iconFilePaths = readAllFilePaths(iconDir, 0, 0, ['.png', '.jpg', '.jpeg']);
        // 读取 Picture 文件夹下的所有文件路径
        const pictureFilePaths = readAllFilePaths(pictureDir, 0, 0, ['.png', '.jpg', '.jpeg']);

        // 创建图标的 RecognitionObject
        const iconRecognitionObjects = [];
        for (const filePath of iconFilePaths) {
            const mat = file.readImageMatSync(filePath);
            if (mat.empty()) {
                log.error(`加载图标失败：${filePath}`);
                continue; // 跳过当前文件
            }
            const recognitionObject = RecognitionObject.TemplateMatch(mat, 0, 0, 1920, 1080);
            iconRecognitionObjects.push({ name: basename(filePath), ro: recognitionObject });
        }

        // 创建图库的 ImageRegion，以获取图标的X，Y，W，H
        const pictureRegions = [];
        for (const filePath of pictureFilePaths) {
            const mat = file.readImageMatSync(filePath);
            if (mat.empty()) {
                log.error(`加载图库失败：${filePath}`);
                continue; // 跳过当前文件
            }
            pictureRegions.push({ name: basename(filePath), region: new ImageRegion(mat, 0, 0) });
        }

        // 在每张图片中查找图标的位置信息
        const foundRegions = [];
        for (const picture of pictureRegions) {
            for (const icon of iconRecognitionObjects) {
                const foundRegion = picture.region.find(icon.ro);
                if (foundRegion.isExist()) {
                    foundRegions.push({
                        pictureName: picture.name,
                        iconName: icon.name,
                        region: foundRegion
                    });
                }
            }
        }

        // 在屏幕上查找并点击图标
        const ra = cachedFrame || captureGameRegion();
        for (const foundRegion of foundRegions) {
            const tolerance = 1; // 容错区间
            const iconMat = file.readImageMatSync(`${iconDir}/${foundRegion.iconName}`);
            const recognitionObject = RecognitionObject.TemplateMatch(iconMat, foundRegion.region.x - tolerance, foundRegion.region.y - tolerance, foundRegion.region.width + 2 * tolerance, foundRegion.region.height + 2 * tolerance);
            recognitionObject.threshold = 0.9; // 设置识别阈值为 0.9
            const result = ra.find(recognitionObject);
            if (result.isExist()) {
                const x = Math.round(foundRegion.region.x + foundRegion.region.width / 2);
                const y = Math.round(foundRegion.region.y + foundRegion.region.height / 2);
                log.info(`即将点击图标：${foundRegion.iconName}，位置: (${x}, ${y})`);
                await click(x, y); // 假设 click 是一个可用的点击函数
                log.info(`点击 ${foundRegion.iconName}成功，位置: (${x}, ${y})`);
                await sleep(500); // 等待一段时间
            } else {
                // log.info(`无过期材料弹窗：${foundRegion.iconName}，正常跳过`);
            }
        }
    }
}