js: 精英规划、小怪规划、自动消耗复活药 (#741)
* 三个js更新 精英js：跟进死亡笔记400的路线包 * js；欸起飞，飞 * fix: 重命名 --------- Co-authored-by: 秋云 <physligl@gmail.com>
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mno
318
repo/js/自动精英锄地规划/main.js
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318
repo/js/自动精英锄地规划/main.js
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(async function () {
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// 初始化配置
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const operationType = settings.operationType || "生成路径组文件"; // 操作模式
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let excludeTagsForPathGroup1 = settings.excludeTagsForPathGroup1 || ""; // 路径组1排除标签
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let selectTagsForPathGroup2 = settings.selectTagsForPathGroup2 || ""; // 路径组2选择标签
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let selectTagsForPathGroup3 = settings.selectTagsForPathGroup3 || ""; // 路径组3选择标签
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const disableAutoPickup = settings.disableAutoPickup || false; // 是否禁用自动拾取
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const enableRouteCdCheck = settings.enableRouteCdCheck || false; // 是否启用路线CD检测
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const requiredMonsterCount = parseInt(settings.requiredMonsterCount, 10) || 405; // 目标怪物数量
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const minSecPerMonster = parseFloat(settings.minSecPerMonster) || 0.1; // 最低秒均
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// 初始化文件路径（直接内置生成）
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const indexPath = 'index.txt';
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const pathingDir = 'pathing/';
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const routeDir = 'route/';
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// 定义需要检查的字段
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const tags = ["水免", "次数盾", "传奇", "高危"];
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// 标准化 excludeTagsForPathGroup1
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excludeTagsForPathGroup1 = tags.filter(tag => excludeTagsForPathGroup1.includes(tag)).join('.');
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// 标准化 selectTagsForPathGroup2
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selectTagsForPathGroup2 = tags.filter(tag => selectTagsForPathGroup2.includes(tag)).join('.');
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// 标准化 selectTagsForPathGroup3
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selectTagsForPathGroup3 = tags.filter(tag => selectTagsForPathGroup3.includes(tag)).join('.');
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// 日志输出配置信息
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log.info(`配置信息：操作类型=${operationType}, 路径组1排除标签=${excludeTagsForPathGroup1}, 路径组2选择标签=${selectTagsForPathGroup2}, 路径组3选择标签=${selectTagsForPathGroup3}, 是否禁用自动拾取=${disableAutoPickup}, 是否启用路线CD检测=${enableRouteCdCheck}, 目标怪物数量=${requiredMonsterCount}, 最低秒均=${minSecPerMonster}`);
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// 生成默认的文件夹/文件名
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let outputFolderName = `${requiredMonsterCount}-${excludeTagsForPathGroup1}-${selectTagsForPathGroup2}-${selectTagsForPathGroup3}-${minSecPerMonster}`;
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// 初始化一个变量，用于判断是否是执行路径组文件的模式
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let executePathGroupMode = 0;
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// 分别检验是否是执行路径组文件1、执行路径组文件2、执行路径组文件3
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if (operationType === "执行路径组文件1") {
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executePathGroupMode = 1;
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} else if (operationType === "执行路径组文件2") {
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executePathGroupMode = 2;
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} else if (operationType === "执行路径组文件3") {
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executePathGroupMode = 3;
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}
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// 如果是执行路径组文件的模式
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if (executePathGroupMode > 0) {
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// 检查是否禁用了自动拾取
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if (!disableAutoPickup) {
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// 启用自动拾取
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dispatcher.addTimer(new RealtimeTimer("AutoPick"));
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} else {
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// 禁用自动拾取
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log.warn("自动拾取已禁用");
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}
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// 根据 executePathGroupMode 获取路径组编号
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const pathGroupNumber = executePathGroupMode;
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// 构造路径组文件路径
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const pathGroupFilePath = `${routeDir}路径组${pathGroupNumber}-${outputFolderName}.txt`;
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try {
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// 读取路径组文件内容
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const pathGroupContent = await file.readText(pathGroupFilePath);
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const pathLines = pathGroupContent.trim().split('\n'); // 定义 pathLines 变量
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// 遍历路径名称列表，依次执行每个路径
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for (let i = 0; i < pathLines.length; i++) {
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const pathLine = pathLines[i];
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// 解析路径名称和后面的 ISO 时间字符串
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const [pathName, pathCD] = pathLine.split('::').map(part => part.trim());
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const pathFilePath = `${pathingDir}${pathName}.json`;
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// 获取当前时间
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const now = new Date();
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const startTime = now.toISOString(); // 获取开始时间
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// 如果启用了路线CD检测，检查当前时间是否不早于附加时间戳
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if (enableRouteCdCheck) {
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const pathCDDate = new Date(pathCD); // 将附加时间戳转换为Date对象
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if (now < pathCDDate) {
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log.info(`当前路线 ${pathName} 为第 ${i + 1}/${pathLines.length} 个，当前路线未刷新，放弃该路径`);
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continue; // 放弃该路径
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}
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}
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log.info(`当前路线 ${pathName} 为第 ${i + 1}/${pathLines.length} 个，当前路线已刷新或未启用cd检测，执行路径`);
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// 执行路径文件
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await pathingScript.runFile(pathFilePath);
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// 获取结束时间
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const endTime = new Date();
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const endTimeISO = endTime.toISOString(); // 获取结束时间
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// 检查执行时间是否超过10秒
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const executionTime = endTime.getTime() - now.getTime();
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// 如果启用了CD检测，且结束时间与开始时间相差超过10秒，则更新附加时间戳为开始时间后的第一个凌晨四点
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if (enableRouteCdCheck && executionTime > 10000) {
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// 计算开始时间后的第一个晚上八点
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const nextEveningEight = new Date(startTime);
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nextEveningEight.setHours(4, 0, 0, 0); // 设置时间为凌晨四点0分0秒0毫秒
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if (nextEveningEight <= new Date(startTime)) {
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// 如果设置的时间小于等于开始时间，说明需要取下一个晚上八点
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nextEveningEight.setHours(4 + 24, 0, 0, 0); // 设置时间为下一个晚上八点0分0秒0毫秒
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}
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// 转换为北京时间（UTC+8）
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const nextEveningEightBeijing = new Date(nextEveningEight.getTime() + 0 * 3600 * 1000);
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const nextEveningEightBeijingFormatted = `${nextEveningEightBeijing.getFullYear()}-${String(nextEveningEightBeijing.getMonth() + 1).padStart(2, '0')}-${String(nextEveningEightBeijing.getDate()).padStart(2, '0')} ${String(nextEveningEightBeijing.getHours()).padStart(2, '0')}:${String(nextEveningEightBeijing.getMinutes()).padStart(2, '0')}:${String(nextEveningEightBeijing.getSeconds()).padStart(2, '0')}`;
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// 更新路径组文件中的附加时间戳
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pathLines[i] = `${pathName}::${nextEveningEight.toISOString()}`;
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log.info(`当前路线 ${pathName} 执行完成，下一次可用时间更新为：${nextEveningEightBeijingFormatted}`);
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// 将更新后的内容写回路径组文件
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const updatedPathGroupContent = pathLines.join('\n');
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await file.writeText(pathGroupFilePath, updatedPathGroupContent);
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} else {
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log.info(`当前路线 ${pathName} 执行完成，但不更新可用时间，因为执行时间不足10秒或未启用cd检测。`);
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}
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}
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} catch (error) {
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log.error(`读取路径组文件失败：${error}`);
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process.exit(1); // 退出程序
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}
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// 执行完成后退出程序
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return;
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}
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// 否则：进行排序、筛选和选取路径
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let totalMonsterCount = 0;
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try {
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const indexContent = await file.readText(indexPath);
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const pathingFiles = indexContent.trim().split('\n').slice(1).map(line => {
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const data = line.trim().split('\t');
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if (data.length !== 10) {
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log.warn(`不符合预期格式的行：${line}`);
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return null;
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}
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return {
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legendary: parseInt(data[0], 10) === 1,
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waterFree: parseInt(data[1], 10) === 1,
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timeshield: parseInt(data[2], 10) === 1,
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highRisk: parseInt(data[3], 10) === 1,
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monsterCount: parseFloat(data[4]),
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secPerMonster: parseFloat(data[8]),
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name: data[9].trim(),
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group: 0 // 新增 group 参数，初始值为 0
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};
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}).filter(route => route !== null);
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// 筛选和排序路径
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const priority600Routes = pathingFiles
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.filter(route => route.name.includes('600'))
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.sort((a, b) => {
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if (a.secPerMonster === b.secPerMonster) {
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return a.monsterCount - b.monsterCount; // 次要排序依据：怪物数量升序
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}
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return b.secPerMonster - a.secPerMonster; // 主要排序依据：秒均降序
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});
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const priority400Routes = pathingFiles
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.filter(route => !priority600Routes.includes(route) && route.name.includes('400'))
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.sort((a, b) => {
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if (a.secPerMonster === b.secPerMonster) {
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return a.monsterCount - b.monsterCount; // 次要排序依据：怪物数量升序
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}
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return b.secPerMonster - a.secPerMonster; // 主要排序依据：秒均降序
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});
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const remainingRoutes = pathingFiles
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.filter(route => !priority600Routes.includes(route) && !priority400Routes.includes(route))
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.sort((a, b) => {
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if (a.secPerMonster === b.secPerMonster) {
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return a.monsterCount - b.monsterCount; // 次要排序依据：怪物数量升序
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}
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return b.secPerMonster - a.secPerMonster; // 主要排序依据：秒均降序
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});
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// 合并所有路径
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const sortedRoutes = [...priority600Routes, ...priority400Routes, ...remainingRoutes];
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// 分配路径到路径组
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const pathGroups = [[], [], []];
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for (const path of sortedRoutes) {
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if (totalMonsterCount >= requiredMonsterCount) {
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break;
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}
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// 为每个路径组生成一个对应的字符串
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const excludeTags1 = excludeTagsForPathGroup1.split('.');
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const excludeTags1String = excludeTags1.map(tag => {
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switch (tag) {
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case "传奇":
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return path.legendary ? '1' : '0';
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case "水免":
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return path.waterFree ? '1' : '0';
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case "次数盾":
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return path.timeshield ? '1' : '0';
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case "高危":
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return path.highRisk ? '1' : '0';
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default:
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return '0';
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}
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}).join('');
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const selectTags2 = selectTagsForPathGroup2.split('.');
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const selectTags2String = selectTags2.map(tag => {
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switch (tag) {
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case "传奇":
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return path.legendary ? '1' : '0';
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case "水免":
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return path.waterFree ? '1' : '0';
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case "次数盾":
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return path.timeshield ? '1' : '0';
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case "高危":
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return path.highRisk ? '1' : '0';
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default:
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return '0';
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}
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}).join('');
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const selectTags3 = selectTagsForPathGroup3.split('.');
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const selectTags3String = selectTags3.map(tag => {
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switch (tag) {
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case "传奇":
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return path.legendary ? '1' : '0';
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case "水免":
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return path.waterFree ? '1' : '0';
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case "次数盾":
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return path.timeshield ? '1' : '0';
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case "高危":
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return path.highRisk ? '1' : '0';
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default:
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return '0';
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}
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}).join('');
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// 检查路径是否符合路径组1的条件
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const excludeTags1Mask = excludeTags1.map(tag => tag === '1' ? '1' : '0').join('');
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if (excludeTags1String === excludeTags1Mask) { // 反转逻辑：如果路径包含任何排除标签，则入选路径组1
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path.group = 1;
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pathGroups[0].push(path);
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totalMonsterCount += path.monsterCount;
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continue;
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}
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// 检查路径是否符合路径组2的条件
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const selectTags2Mask = selectTags2.map(tag => tag === '1' ? '1' : '0').join('');
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if (selectTags2String !== selectTags2Mask) { // 反转逻辑：如果路径不包含任何选择的标签，则入选路径组2
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path.group = 2;
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pathGroups[1].push(path);
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totalMonsterCount += path.monsterCount;
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continue;
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}
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// 检查路径是否符合路径组3的条件
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const selectTags3Mask = selectTags3.map(tag => tag === '1' ? '1' : '0').join('');
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if (selectTags3String !== selectTags3Mask) { // 反转逻辑：如果路径不包含任何选择的标签，则入选路径组3
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path.group = 3;
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pathGroups[2].push(path);
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totalMonsterCount += path.monsterCount;
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continue;
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}
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}
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// 再次根据 operationType 决定生成路径组文件还是输出地图追踪文件
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if (operationType === "生成路径组文件") {
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// 生成路径组文件的逻辑
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for (let i = 0; i < 3; i++) {
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const pathGroup = pathGroups[i];
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const pathGroupFilePath = `${routeDir}路径组${i + 1}-${outputFolderName}.txt`;
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if (pathGroup.length > 0) {
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// 按照 index.txt 中的顺序输出路径，并在每个路径名称后添加 "2000-01-01T00:00:00.000Z",以初始化cd信息
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const sortedPathNames = pathingFiles
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.filter(path => pathGroup.some(groupPath => groupPath.name === path.name))
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.map(path => `${path.name}::2000-01-01T00:00:00.000Z`);
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const pathGroupContent = sortedPathNames.join('\n');
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await file.writeText(pathGroupFilePath, pathGroupContent);
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log.info(`生成并刷新路径组${i + 1}文件成功，路径数：${sortedPathNames.length}`);
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}
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}
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} else if (operationType === "输出地图追踪文件") {
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// 输出地图追踪文件的逻辑
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for (let i = 0; i < 3; i++) {
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const pathGroup = pathGroups[i];
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const outputFolder = `pathingout/${outputFolderName}/路径组${i + 1}`;
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let successCount = 0;
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let failCount = 0;
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for (const path of pathGroup) {
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const sourceFilePath = `${pathingDir}${path.name}.json`;
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const targetFilePath = `${outputFolder}/${path.name}.json`;
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try {
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const fileContent = await file.readText(sourceFilePath);
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await file.writeText(targetFilePath, fileContent);
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successCount++;
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} catch (error) {
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log.warn(`复制 ${sourceFilePath} 到 ${targetFilePath} 失败：${error}`);
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failCount++;
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}
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}
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log.info(`路径组${i + 1}复制完成：成功 ${successCount} 个，失败 ${failCount} 个`);
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}
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}
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} catch (error) {
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log.error(`读取索引文件失败：${error}`);
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}
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})();
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