diff --git a/.collaboration b/.collaboration
index 2698b9ff..2b18b8f5 100644
--- a/.collaboration
+++ b/.collaboration
@@ -2270,19 +2270,7 @@
   },
   {
     "ModuleName": "PCPage/工作台首页",
-    "State": 1,
-    "LockedBy": {
-      "UserName": "cuckooent",
-      "Email": "phoben@qq.com"
-    },
-    "LockDateTime": "2024-11-05T20:09:42.8124043+08:00",
-    "ModuleType": 1,
-    "ToRemoveFiles": [
-      "Pages\\工作台\\工作台首页.json",
-      "Pages\\工作台\\工作台首页.rd",
-      "Pages\\3868fc7f40b841649f14b5adba61954.json",
-      "Pages\\3868fc7f40b841649f14b5adba61954.rd"
-    ]
+    "ModuleType": 1
   },
   {
     "ModuleName": "PCPage/项目负荷 (2)",
diff --git a/Pages/工作台/工作台首页.json b/Pages/工作台/工作台首页.json
index a900529b..06f18cbd 100644
--- a/Pages/工作台/工作台首页.json
+++ b/Pages/工作台/工作台首页.json
@@ -702,7 +702,7 @@
         ],
         "JSONDataSources": [],
         "ImageDataSource": [],
-        "Config": "{\"option\":\"console.log(JSON.stringify(Context[\\\"recommands\\\"]));\\n\\n// 处理数据，生成节点和链接  \\nconst processData = (data) => {\\n    // 生成颜色函数 - 使用HSL颜色空间  \\n    const getColorByType = (type, index, totalTypes) => {\\n        const hue = ((index / totalTypes) * 360) % 360;\\n        return `hsl(${hue}, 70%, 50%)`;\\n    };\\n\\n    // 收集所有唯一的节点  \\n    const typeSet = new Set(data.map(item => item.类型));\\n    const projectSet = new Set();\\n    const taskSet = new Set();\\n\\n    // 创建项目和任务的映射关系  \\n    const projectTypeMap = new Map();\\n    const taskTypeMap = new Map();\\n\\n    data.forEach(item => {\\n        const projectKey = `[${item.项目ID}]${item.项目}`;\\n        const taskKey = `[${item.任务ID}]${item.任务}`;\\n\\n        projectSet.add(projectKey);\\n        taskSet.add(taskKey);\\n\\n        // 记录项目和任务与类型的关系  \\n        if (!projectTypeMap.has(projectKey)) {\\n            projectTypeMap.set(projectKey, new Set());\\n        }\\n        if (!taskTypeMap.has(taskKey)) {\\n            taskTypeMap.set(taskKey, new Set());\\n        }\\n\\n        projectTypeMap.get(projectKey).add(item.类型);\\n        taskTypeMap.get(taskKey).add(item.类型);\\n    });\\n\\n    // 转换为数组  \\n    const typeArray = Array.from(typeSet);\\n    const projectArray = Array.from(projectSet);\\n    const taskArray = Array.from(taskSet);\\n\\n    // 创建类型颜色映射  \\n    const typeColors = {};\\n    typeArray.forEach((type, index) => {\\n        typeColors[type] = getColorByType(type, index, typeArray.length);\\n    });\\n\\n    // 计算节点值  \\n    const nodeValues = {};\\n    data.forEach(item => {\\n        const projectKey = `[${item.项目ID}]${item.项目}`;\\n        const taskKey = `[${item.任务ID}]${item.任务}`;\\n\\n        nodeValues[item.类型] = (nodeValues[item.类型] || 0) + item.数量;\\n        nodeValues[projectKey] = (nodeValues[projectKey] || 0) + item.数量;\\n        nodeValues[taskKey] = (nodeValues[taskKey] || 0) + item.数量;\\n    });\\n\\n    // 生成节点  \\n    const nodes = [\\n        // 类型节点  \\n        ...typeArray.map((type, index) => ({\\n            name: type,\\n            value: nodeValues[type],\\n            itemStyle: {\\n                color: typeColors[type],\\n                borderColor: typeColors[type]\\n            },\\n            category: '类型',\\n            depth: 0\\n        })),\\n\\n        // 项目节点  \\n        ...projectArray.map(project => ({\\n            name: project,\\n            value: nodeValues[project],\\n            itemStyle: {\\n                color: typeColors[Array.from(projectTypeMap.get(project))[0]],\\n                opacity: 0.8\\n            },\\n            category: '项目',\\n            depth: 1\\n        })),\\n\\n        // 任务节点  \\n        ...taskArray.map(task => ({\\n            name: task,\\n            value: nodeValues[task],\\n            itemStyle: {\\n                color: typeColors[Array.from(taskTypeMap.get(task))[0]],\\n                opacity: 0.2\\n            },\\n            category: '任务',\\n            depth: 2\\n        }))\\n    ];\\n\\n    // 生成连接  \\n    const links = [];\\n\\n    // 处理类型到项目的连接  \\n    data.forEach(item => {\\n        const projectKey = `[${item.项目ID}]${item.项目}`;\\n        const source = item.类型;\\n        const target = projectKey;\\n\\n        const existingLink = links.find(link =>\\n            link.source === source && link.target === target\\n        );\\n\\n        if (existingLink) {\\n            existingLink.value += item.数量;\\n        } else {\\n            links.push({\\n                source: source,\\n                target: target,\\n                value: item.数量,\\n                sourceType: item.类型,\\n                lineStyle: {\\n                    color: typeColors[item.类型],\\n                    opacity: 0.2\\n                }\\n            });\\n        }\\n    });\\n\\n    // 处理项目到任务的连接  \\n    data.forEach(item => {\\n        const projectKey = `[${item.项目ID}]${item.项目}`;\\n        const taskKey = `[${item.任务ID}]${item.任务}`;\\n\\n        const existingLink = links.find(link =>\\n            link.source === projectKey && link.target === taskKey\\n        );\\n\\n        if (existingLink) {\\n            existingLink.value += item.数量;\\n        } else {\\n            links.push({\\n                source: projectKey,\\n                target: taskKey,\\n                value: item.数量,\\n                sourceType: item.类型,\\n                lineStyle: {\\n                    color: typeColors[item.类型],\\n                    opacity: 0.2\\n                }\\n            });\\n        }\\n    });\\n\\n    return { nodes, links };\\n};\\n\\n// 修改提示文字获取函数  \\nconst gettooltip = (params) => {\\n    if (params.dataType === 'node') {\\n        return `${params.name}<br/>数量: ${params.value}`;\\n    }\\n\\n    // 获取源节点和目标节点的深度  \\n    const sourceNode = params.data.source;\\n    const targetNode = params.data.target;\\n    const isProjectToTask = sourceNode.includes(']') && targetNode.includes(']');\\n\\n    if (isProjectToTask) {\\n        // 项目到任务的连接  \\n        return `\\n        <b>${params.data.sourceType}</b><br/>\\n        项目：${params.data.source}<br/>\\n        任务：${params.data.target}<br/>数量: ${params.value}`;\\n    } else {\\n        return `\\n        <b>${params.data.sourceType}</b><br/>\\n        项目：${params.data.target}<br/>\\n        数量: ${params.value}`;\\n    }\\n};\\n\\n// 处理数据  \\nconst { nodes, links } = processData(Context[\\\"recommands\\\"]);\\n\\n// Echarts配置  \\noption = {\\n    backgroundColor: \\\"rgba(0, 0, 0, 0)\\\",\\n    title: {\\n        text: \\\"项目反馈桑基图\\\",\\n        subtext: \\\"展示各个项目任务的不同反馈分类占比\\\",\\n        left: \\\"center\\\",\\n        top: 24,\\n        textStyle: {\\n            fontSize: 16,\\n            fontWeight: \\\"bold\\\",\\n        },\\n    },\\n    tooltip: {\\n        trigger: 'item',\\n        triggerOn: 'mousemove',\\n        formatter: gettooltip\\n    },\\n    series: [{\\n        type: \\\"sankey\\\",\\n        animation: true,\\n        animationDuration: 300,\\n        animationEasingUpdate: 'quinticInOut',\\n        left: '5%',\\n        top: '12%',\\n        right: '20%',\\n        bottom: '12%',\\n        nodeAlign: 'justify',\\n        orient: 'horizontal',\\n        emphasis: {\\n            focus: 'adjacency'\\n        },\\n        data: nodes,\\n        links: links,\\n        nodeGap: 12,\\n        nodeWidth: 24,\\n        draggable: true,\\n        levels: [{\\n            depth: 0,\\n            itemStyle: {\\n                borderWidth: 2\\n            },\\n            lineStyle: {\\n                curveness: 0.5,\\n                opacity: 0.8\\n            }\\n        }, {\\n            depth: 1,\\n            itemStyle: {\\n                borderWidth: 1\\n            },\\n            lineStyle: {\\n                curveness: 0.5,\\n                opacity: 0.8\\n            }\\n        }, {\\n            depth: 2,\\n            itemStyle: {\\n                borderWidth: 1\\n            },\\n            lineStyle: {\\n                curveness: 0.5,\\n                opacity: 0.8\\n            }\\n        }],\\n        label: {\\n            position: 'right',\\n            fontSize: 12,\\n            lineHeight: 16,\\n            color: '#000000',\\n            distance: 10,\\n            formatter: function (params) {\\n                var name = params.name;\\n                if (name.length > 15) {\\n                    name = name.substring(0, 15) + '...';\\n                }\\n                return `${name}(${params.value})`;\\n            },\\n            show: true,\\n            align: 'left',\\n            verticalAlign: 'middle',\\n            backgroundColor: '#ffffffcc',\\n            padding: [4, 8],\\n            borderRadius: 4\\n        }\\n    }]\\n};\",\"graphTheme\":null,\"displayMode\":\"canvas\",\"jsCode\":\"\\n  async ({Context,JSONContext,ImageContext,echarts,myChart,dat,Forguncy,d3,setInterval,setTimeout,ForguncyEchartsHelper,PublicResource})=>{\\n    var datGUI=undefined;\\n    var option={};\\n    console.log(JSON.stringify(Context[\\\"recommands\\\"]));\\n// 处理数据，生成节点和链接  \\nconst processData = (data) => {\\n    // 生成颜色函数 - 使用HSL颜色空间  \\n    const getColorByType = (type, index, totalTypes) => {\\n        const hue = ((index / totalTypes) * 360) % 360;\\n        return `hsl(${hue}, 70%, 50%)`;\\n    };\\n    // 收集所有唯一的节点  \\n    const typeSet = new Set(data.map(item => item.类型));\\n    const projectSet = new Set();\\n    const taskSet = new Set();\\n    // 创建项目和任务的映射关系  \\n    const projectTypeMap = new Map();\\n    const taskTypeMap = new Map();\\n    data.forEach(item => {\\n        const projectKey = `[${item.项目ID}]${item.项目}`;\\n        const taskKey = `[${item.任务ID}]${item.任务}`;\\n        projectSet.add(projectKey);\\n        taskSet.add(taskKey);\\n        // 记录项目和任务与类型的关系  \\n        if (!projectTypeMap.has(projectKey)) {\\n            projectTypeMap.set(projectKey, new Set());\\n        }\\n        if (!taskTypeMap.has(taskKey)) {\\n            taskTypeMap.set(taskKey, new Set());\\n        }\\n        projectTypeMap.get(projectKey).add(item.类型);\\n        taskTypeMap.get(taskKey).add(item.类型);\\n    });\\n    // 转换为数组  \\n    const typeArray = Array.from(typeSet);\\n    const projectArray = Array.from(projectSet);\\n    const taskArray = Array.from(taskSet);\\n    // 创建类型颜色映射  \\n    const typeColors = {};\\n    typeArray.forEach((type, index) => {\\n        typeColors[type] = getColorByType(type, index, typeArray.length);\\n    });\\n    // 计算节点值  \\n    const nodeValues = {};\\n    data.forEach(item => {\\n        const projectKey = `[${item.项目ID}]${item.项目}`;\\n        const taskKey = `[${item.任务ID}]${item.任务}`;\\n        nodeValues[item.类型] = (nodeValues[item.类型] || 0) + item.数量;\\n        nodeValues[projectKey] = (nodeValues[projectKey] || 0) + item.数量;\\n        nodeValues[taskKey] = (nodeValues[taskKey] || 0) + item.数量;\\n    });\\n    // 生成节点  \\n    const nodes = [\\n        // 类型节点  \\n        ...typeArray.map((type, index) => ({\\n            name: type,\\n            value: nodeValues[type],\\n            itemStyle: {\\n                color: typeColors[type],\\n                borderColor: typeColors[type]\\n            },\\n            category: '类型',\\n            depth: 0\\n        })),\\n        // 项目节点  \\n        ...projectArray.map(project => ({\\n            name: project,\\n            value: nodeValues[project],\\n            itemStyle: {\\n                color: typeColors[Array.from(projectTypeMap.get(project))[0]],\\n                opacity: 0.8\\n            },\\n            category: '项目',\\n            depth: 1\\n        })),\\n        // 任务节点  \\n        ...taskArray.map(task => ({\\n            name: task,\\n            value: nodeValues[task],\\n            itemStyle: {\\n                color: typeColors[Array.from(taskTypeMap.get(task))[0]],\\n                opacity: 0.2\\n            },\\n            category: '任务',\\n            depth: 2\\n        }))\\n    ];\\n    // 生成连接  \\n    const links = [];\\n    // 处理类型到项目的连接  \\n    data.forEach(item => {\\n        const projectKey = `[${item.项目ID}]${item.项目}`;\\n        const source = item.类型;\\n        const target = projectKey;\\n        const existingLink = links.find(link => link.source === source && link.target === target);\\n        if (existingLink) {\\n            existingLink.value += item.数量;\\n        }\\n        else {\\n            links.push({\\n                source: source,\\n                target: target,\\n                value: item.数量,\\n                sourceType: item.类型,\\n                lineStyle: {\\n                    color: typeColors[item.类型],\\n                    opacity: 0.2\\n                }\\n            });\\n        }\\n    });\\n    // 处理项目到任务的连接  \\n    data.forEach(item => {\\n        const projectKey = `[${item.项目ID}]${item.项目}`;\\n        const taskKey = `[${item.任务ID}]${item.任务}`;\\n        const existingLink = links.find(link => link.source === projectKey && link.target === taskKey);\\n        if (existingLink) {\\n            existingLink.value += item.数量;\\n        }\\n        else {\\n            links.push({\\n                source: projectKey,\\n                target: taskKey,\\n                value: item.数量,\\n                sourceType: item.类型,\\n                lineStyle: {\\n                    color: typeColors[item.类型],\\n                    opacity: 0.2\\n                }\\n            });\\n        }\\n    });\\n    return { nodes, links };\\n};\\n// 修改提示文字获取函数  \\nconst gettooltip = (params) => {\\n    if (params.dataType === 'node') {\\n        return `${params.name}<br/>数量: ${params.value}`;\\n    }\\n    // 获取源节点和目标节点的深度  \\n    const sourceNode = params.data.source;\\n    const targetNode = params.data.target;\\n    const isProjectToTask = sourceNode.includes(']') && targetNode.includes(']');\\n    if (isProjectToTask) {\\n        // 项目到任务的连接  \\n        return `\\n        <b>${params.data.sourceType}</b><br/>\\n        项目：${params.data.source}<br/>\\n        任务：${params.data.target}<br/>数量: ${params.value}`;\\n    }\\n    else {\\n        return `\\n        <b>${params.data.sourceType}</b><br/>\\n        项目：${params.data.target}<br/>\\n        数量: ${params.value}`;\\n    }\\n};\\n// 处理数据  \\nconst { nodes, links } = processData(Context[\\\"recommands\\\"]);\\n// Echarts配置  \\noption = {\\n    backgroundColor: \\\"rgba(0, 0, 0, 0)\\\",\\n    title: {\\n        text: \\\"项目反馈桑基图\\\",\\n        subtext: \\\"展示各个项目任务的不同反馈分类占比\\\",\\n        left: \\\"center\\\",\\n        top: 24,\\n        textStyle: {\\n            fontSize: 16,\\n            fontWeight: \\\"bold\\\",\\n        },\\n    },\\n    tooltip: {\\n        trigger: 'item',\\n        triggerOn: 'mousemove',\\n        formatter: gettooltip\\n    },\\n    series: [{\\n            type: \\\"sankey\\\",\\n            animation: true,\\n            animationDuration: 300,\\n            animationEasingUpdate: 'quinticInOut',\\n            left: '5%',\\n            top: '12%',\\n            right: '20%',\\n            bottom: '12%',\\n            nodeAlign: 'justify',\\n            orient: 'horizontal',\\n            emphasis: {\\n                focus: 'adjacency'\\n            },\\n            data: nodes,\\n            links: links,\\n            nodeGap: 12,\\n            nodeWidth: 24,\\n            draggable: true,\\n            levels: [{\\n                    depth: 0,\\n                    itemStyle: {\\n                        borderWidth: 2\\n                    },\\n                    lineStyle: {\\n                        curveness: 0.5,\\n                        opacity: 0.8\\n                    }\\n                }, {\\n                    depth: 1,\\n                    itemStyle: {\\n                        borderWidth: 1\\n                    },\\n                    lineStyle: {\\n                        curveness: 0.5,\\n                        opacity: 0.8\\n                    }\\n                }, {\\n                    depth: 2,\\n                    itemStyle: {\\n                        borderWidth: 1\\n                    },\\n                    lineStyle: {\\n                        curveness: 0.5,\\n                        opacity: 0.8\\n                    }\\n                }],\\n            label: {\\n                position: 'right',\\n                fontSize: 12,\\n                lineHeight: 16,\\n                color: '#000000',\\n                distance: 10,\\n                formatter: function (params) {\\n                    var name = params.name;\\n                    if (name.length > 15) {\\n                        name = name.substring(0, 15) + '...';\\n                    }\\n                    return `${name}(${params.value})`;\\n                },\\n                show: true,\\n                align: 'left',\\n                verticalAlign: 'middle',\\n                backgroundColor: '#ffffffcc',\\n                padding: [4, 8],\\n                borderRadius: 4\\n            }\\n        }]\\n};\\n\\n    return {\\n      option,\\n      datGUI,\\n    };\\n  }\\n  \"}"
+        "Config": "{\"option\":\"console.log(JSON.stringify(Context[\\\"recommands\\\"]));\\n\\n// 处理数据，生成节点和链接  \\nconst processData = (data) => {\\n    // 生成颜色函数 - 使用HSL颜色空间，为每层生成不同的柔和颜色  \\n    const generateColors = (count, depth) => {\\n        const colors = [];\\n        // 黄金角度 约137.5°  \\n        const goldenAngle = 137.5;\\n\\n        // 根据深度调整饱和度和亮度  \\n        const getSaturation = (depth) => {\\n            switch (depth) {\\n                case 0: return '60%';  // 第一层  \\n                case 1: return '50%';  // 第二层  \\n                case 2: return '40%';  // 第三层  \\n                default: return '50%';\\n            }\\n        };\\n\\n        const getLightness = (depth) => {\\n            switch (depth) {\\n                case 0: return '60%';  // 第一层  \\n                case 1: return '60%';  // 第二层  \\n                case 2: return '60%';  // 第三层  \\n                default: return '60%';\\n            }\\n        };\\n\\n        // 使用黄金角度来生成颜色  \\n        const usedHues = new Set();\\n        const minHueDistance = 30; // 最小色相差  \\n\\n        for (let i = 0; i < count; i++) {\\n            // 基础色相值使用黄金角度  \\n            let baseHue = (i * goldenAngle) % 360;\\n\\n            // 添加小范围随机偏移，但确保与现有颜色保持最小距离  \\n            let hue = baseHue;\\n            let attempts = 0;\\n            const maxAttempts = 10;\\n\\n            // 检查新生成的色相是否与已有的色相保持足够距离  \\n            while (attempts < maxAttempts) {\\n                let isValidHue = true;\\n\\n                for (const existingHue of usedHues) {\\n                    const distance = Math.min(\\n                        Math.abs(hue - existingHue),\\n                        360 - Math.abs(hue - existingHue)\\n                    );\\n\\n                    if (distance < minHueDistance) {\\n                        isValidHue = false;\\n                        break;\\n                    }\\n                }\\n\\n                if (isValidHue) {\\n                    break;\\n                }\\n\\n                // 如果当前色相不合适，添加一个小偏移再试  \\n                hue = (baseHue + Math.random() * 30 - 15) % 360;\\n                if (hue < 0) hue += 360;\\n                attempts++;\\n            }\\n\\n            usedHues.add(hue);\\n            colors.push(`hsl(${hue}, ${getSaturation(depth)}, ${getLightness(depth)})`);\\n        }\\n\\n        return colors;\\n    };\\n\\n    // 收集所有唯一的节点  \\n    const typeSet = new Set(data.map(item => item.类型));\\n    const projectSet = new Set();\\n    const taskSet = new Set();\\n\\n    // 创建项目和任务的映射关系  \\n    const projectTypeMap = new Map();\\n    const taskTypeMap = new Map();\\n\\n    data.forEach(item => {\\n        const projectKey = `[${item.项目ID}]${item.项目}`;\\n        const taskKey = `[${item.任务ID}]${item.任务}`;\\n\\n        projectSet.add(projectKey);\\n        taskSet.add(taskKey);\\n\\n        if (!projectTypeMap.has(projectKey)) {\\n            projectTypeMap.set(projectKey, new Set());\\n        }\\n        if (!taskTypeMap.has(taskKey)) {\\n            taskTypeMap.set(taskKey, new Set());\\n        }\\n\\n        projectTypeMap.get(projectKey).add(item.类型);\\n        taskTypeMap.get(taskKey).add(item.类型);\\n    });\\n\\n    // 转换为数组  \\n    const typeArray = Array.from(typeSet);\\n    const projectArray = Array.from(projectSet);\\n    const taskArray = Array.from(taskSet);\\n\\n    // 为每层生成颜色  \\n    const typeColors = {};\\n    const projectColors = {};\\n    const taskColors = {};\\n\\n    const level0Colors = generateColors(typeArray.length, 0);\\n    const level1Colors = generateColors(projectArray.length, 1);\\n    const level2Colors = generateColors(taskArray.length, 2);\\n\\n    typeArray.forEach((type, index) => {\\n        typeColors[type] = level0Colors[index];\\n    });\\n\\n    projectArray.forEach((project, index) => {\\n        projectColors[project] = level1Colors[index];\\n    });\\n\\n    taskArray.forEach((task, index) => {\\n        taskColors[task] = level2Colors[index];\\n    });\\n\\n    // 计算节点值  \\n    const nodeValues = {};\\n    data.forEach(item => {\\n        const projectKey = `[${item.项目ID}]${item.项目}`;\\n        const taskKey = `[${item.任务ID}]${item.任务}`;\\n\\n        nodeValues[item.类型] = (nodeValues[item.类型] || 0) + item.数量;\\n        nodeValues[projectKey] = (nodeValues[projectKey] || 0) + item.数量;\\n        nodeValues[taskKey] = (nodeValues[taskKey] || 0) + item.数量;\\n    });\\n\\n    // 生成节点  \\n    const nodes = [\\n        // 类型节点  \\n        ...typeArray.map((type, index) => ({\\n            name: type,\\n            value: nodeValues[type],\\n            itemStyle: {\\n                color: typeColors[type],\\n                borderColor: typeColors[type]\\n            },\\n            category: '类型',\\n            depth: 0\\n        })),\\n\\n        // 项目节点  \\n        ...projectArray.map(project => ({\\n            name: project,\\n            value: nodeValues[project],\\n            itemStyle: {\\n                color: projectColors[project]\\n            },\\n            category: '项目',\\n            depth: 1\\n        })),\\n\\n        // 任务节点  \\n        ...taskArray.map(task => ({\\n            name: task,\\n            value: nodeValues[task],\\n            itemStyle: {\\n                color: taskColors[task]\\n            },\\n            category: '任务',\\n            depth: 2\\n        }))\\n    ];\\n\\n    // 生成连接  \\n    const links = [];\\n\\n    // 处理类型到项目的连接  \\n    data.forEach(item => {\\n        const projectKey = `[${item.项目ID}]${item.项目}`;\\n        const source = item.类型;\\n        const target = projectKey;\\n\\n        const existingLink = links.find(link =>\\n            link.source === source && link.target === target\\n        );\\n\\n        if (existingLink) {\\n            existingLink.value += item.数量;\\n        } else {\\n            links.push({\\n                source: source,\\n                target: target,\\n                value: item.数量,\\n                sourceType: item.类型,\\n                lineStyle: {\\n                    color: typeColors[item.类型],\\n                    opacity: 0.2\\n                }\\n            });\\n        }\\n    });\\n\\n    // 处理项目到任务的连接  \\n    data.forEach(item => {\\n        const projectKey = `[${item.项目ID}]${item.项目}`;\\n        const taskKey = `[${item.任务ID}]${item.任务}`;\\n\\n        const existingLink = links.find(link =>\\n            link.source === projectKey && link.target === taskKey\\n        );\\n\\n        if (existingLink) {\\n            existingLink.value += item.数量;\\n        } else {\\n            links.push({\\n                source: projectKey,\\n                target: taskKey,\\n                value: item.数量,\\n                sourceType: item.类型,\\n                lineStyle: {\\n                    color: typeColors[item.类型],\\n                    opacity: 0.2\\n                }\\n            });\\n        }\\n    });\\n\\n    return { nodes, links };\\n};\\n\\n// 修改提示文字获取函数  \\nconst gettooltip = (params) => {\\n    if (params.dataType === 'node') {\\n        return `${params.name}<br/>数量: ${params.value}`;\\n    }\\n\\n    // 获取源节点和目标节点的深度  \\n    const sourceNode = params.data.source;\\n    const targetNode = params.data.target;\\n    const isProjectToTask = sourceNode.includes(']') && targetNode.includes(']');\\n\\n    if (isProjectToTask) {\\n        // 项目到任务的连接  \\n        return `  \\n        <b>${params.data.sourceType}</b><br/>  \\n        项目：${params.data.source}<br/>  \\n        任务：${params.data.target}<br/>数量: ${params.value}`;\\n    } else {\\n        return `  \\n        <b>${params.data.sourceType}</b><br/>  \\n        项目：${params.data.target}<br/>  \\n        数量: ${params.value}`;\\n    }\\n};\\n\\n// 处理数据  \\nconst { nodes, links } = processData(Context[\\\"recommands\\\"]);\\n\\n// Echarts配置  \\noption = {\\n    backgroundColor: \\\"rgba(0, 0, 0, 0)\\\",\\n    title: {\\n        text: \\\"项目反馈桑基图\\\",\\n        subtext: \\\"展示各个项目任务的不同反馈分类占比\\\",\\n        left: \\\"center\\\",\\n        top: 24,\\n        textStyle: {\\n            fontSize: 16,\\n            fontWeight: \\\"bold\\\",\\n        },\\n    },\\n    tooltip: {\\n        trigger: 'item',\\n        triggerOn: 'mousemove',\\n        formatter: gettooltip\\n    },\\n    series: [{\\n        type: \\\"sankey\\\",\\n        animation: true,\\n        animationDuration: 300,\\n        animationEasingUpdate: 'quinticInOut',\\n        left: '5%',\\n        top: '12%',\\n        right: '20%',\\n        bottom: '12%',\\n        nodeAlign: 'justify',\\n        orient: 'horizontal',\\n        emphasis: {\\n            focus: 'adjacency'\\n        },\\n        data: nodes,\\n        links: links,\\n        nodeGap: 12,\\n        nodeWidth: 24,\\n        draggable: true,\\n        levels: [{\\n            depth: 0,\\n            itemStyle: {\\n                borderWidth: 2\\n            },\\n            lineStyle: {\\n                curveness: 0.5,\\n                opacity: 0.8\\n            }\\n        }, {\\n            depth: 1,\\n            itemStyle: {\\n                borderWidth: 1\\n            },\\n            lineStyle: {\\n                curveness: 0.5,\\n                opacity: 0.8\\n            }\\n        }, {\\n            depth: 2,\\n            itemStyle: {\\n                borderWidth: 1\\n            },\\n            lineStyle: {\\n                curveness: 0.5,\\n                opacity: 0.8\\n            }\\n        }],\\n        label: {\\n            position: 'right',\\n            fontSize: 10,\\n            lineHeight: 14,\\n            color: '#000000',\\n            distance: 10,\\n            formatter: function (params) {\\n                var name = params.name;\\n                if (name.length > 15) {\\n                    name = name.substring(0, 15) + '...';\\n                }\\n                return `${name}(${params.value})`;\\n            },\\n            show: true,\\n            align: 'left',\\n            verticalAlign: 'middle'\\n        }\\n    }]\\n};\",\"graphTheme\":null,\"displayMode\":\"canvas\",\"jsCode\":\"\\n  async ({Context,JSONContext,ImageContext,echarts,myChart,dat,Forguncy,d3,setInterval,setTimeout,ForguncyEchartsHelper,PublicResource})=>{\\n    var datGUI=undefined;\\n    var option={};\\n    console.log(JSON.stringify(Context[\\\"recommands\\\"]));\\n// 处理数据，生成节点和链接  \\nconst processData = (data) => {\\n    // 生成颜色函数 - 使用HSL颜色空间，为每层生成不同的柔和颜色  \\n    const generateColors = (count, depth) => {\\n        const colors = [];\\n        // 黄金角度 约137.5°  \\n        const goldenAngle = 137.5;\\n        // 根据深度调整饱和度和亮度  \\n        const getSaturation = (depth) => {\\n            switch (depth) {\\n                case 0: return '60%'; // 第一层  \\n                case 1: return '50%'; // 第二层  \\n                case 2: return '40%'; // 第三层  \\n                default: return '50%';\\n            }\\n        };\\n        const getLightness = (depth) => {\\n            switch (depth) {\\n                case 0: return '60%'; // 第一层  \\n                case 1: return '60%'; // 第二层  \\n                case 2: return '60%'; // 第三层  \\n                default: return '60%';\\n            }\\n        };\\n        // 使用黄金角度来生成颜色  \\n        const usedHues = new Set();\\n        const minHueDistance = 30; // 最小色相差  \\n        for (let i = 0; i < count; i++) {\\n            // 基础色相值使用黄金角度  \\n            let baseHue = (i * goldenAngle) % 360;\\n            // 添加小范围随机偏移，但确保与现有颜色保持最小距离  \\n            let hue = baseHue;\\n            let attempts = 0;\\n            const maxAttempts = 10;\\n            // 检查新生成的色相是否与已有的色相保持足够距离  \\n            while (attempts < maxAttempts) {\\n                let isValidHue = true;\\n                for (const existingHue of usedHues) {\\n                    const distance = Math.min(Math.abs(hue - existingHue), 360 - Math.abs(hue - existingHue));\\n                    if (distance < minHueDistance) {\\n                        isValidHue = false;\\n                        break;\\n                    }\\n                }\\n                if (isValidHue) {\\n                    break;\\n                }\\n                // 如果当前色相不合适，添加一个小偏移再试  \\n                hue = (baseHue + Math.random() * 30 - 15) % 360;\\n                if (hue < 0)\\n                    hue += 360;\\n                attempts++;\\n            }\\n            usedHues.add(hue);\\n            colors.push(`hsl(${hue}, ${getSaturation(depth)}, ${getLightness(depth)})`);\\n        }\\n        return colors;\\n    };\\n    // 收集所有唯一的节点  \\n    const typeSet = new Set(data.map(item => item.类型));\\n    const projectSet = new Set();\\n    const taskSet = new Set();\\n    // 创建项目和任务的映射关系  \\n    const projectTypeMap = new Map();\\n    const taskTypeMap = new Map();\\n    data.forEach(item => {\\n        const projectKey = `[${item.项目ID}]${item.项目}`;\\n        const taskKey = `[${item.任务ID}]${item.任务}`;\\n        projectSet.add(projectKey);\\n        taskSet.add(taskKey);\\n        if (!projectTypeMap.has(projectKey)) {\\n            projectTypeMap.set(projectKey, new Set());\\n        }\\n        if (!taskTypeMap.has(taskKey)) {\\n            taskTypeMap.set(taskKey, new Set());\\n        }\\n        projectTypeMap.get(projectKey).add(item.类型);\\n        taskTypeMap.get(taskKey).add(item.类型);\\n    });\\n    // 转换为数组  \\n    const typeArray = Array.from(typeSet);\\n    const projectArray = Array.from(projectSet);\\n    const taskArray = Array.from(taskSet);\\n    // 为每层生成颜色  \\n    const typeColors = {};\\n    const projectColors = {};\\n    const taskColors = {};\\n    const level0Colors = generateColors(typeArray.length, 0);\\n    const level1Colors = generateColors(projectArray.length, 1);\\n    const level2Colors = generateColors(taskArray.length, 2);\\n    typeArray.forEach((type, index) => {\\n        typeColors[type] = level0Colors[index];\\n    });\\n    projectArray.forEach((project, index) => {\\n        projectColors[project] = level1Colors[index];\\n    });\\n    taskArray.forEach((task, index) => {\\n        taskColors[task] = level2Colors[index];\\n    });\\n    // 计算节点值  \\n    const nodeValues = {};\\n    data.forEach(item => {\\n        const projectKey = `[${item.项目ID}]${item.项目}`;\\n        const taskKey = `[${item.任务ID}]${item.任务}`;\\n        nodeValues[item.类型] = (nodeValues[item.类型] || 0) + item.数量;\\n        nodeValues[projectKey] = (nodeValues[projectKey] || 0) + item.数量;\\n        nodeValues[taskKey] = (nodeValues[taskKey] || 0) + item.数量;\\n    });\\n    // 生成节点  \\n    const nodes = [\\n        // 类型节点  \\n        ...typeArray.map((type, index) => ({\\n            name: type,\\n            value: nodeValues[type],\\n            itemStyle: {\\n                color: typeColors[type],\\n                borderColor: typeColors[type]\\n            },\\n            category: '类型',\\n            depth: 0\\n        })),\\n        // 项目节点  \\n        ...projectArray.map(project => ({\\n            name: project,\\n            value: nodeValues[project],\\n            itemStyle: {\\n                color: projectColors[project]\\n            },\\n            category: '项目',\\n            depth: 1\\n        })),\\n        // 任务节点  \\n        ...taskArray.map(task => ({\\n            name: task,\\n            value: nodeValues[task],\\n            itemStyle: {\\n                color: taskColors[task]\\n            },\\n            category: '任务',\\n            depth: 2\\n        }))\\n    ];\\n    // 生成连接  \\n    const links = [];\\n    // 处理类型到项目的连接  \\n    data.forEach(item => {\\n        const projectKey = `[${item.项目ID}]${item.项目}`;\\n        const source = item.类型;\\n        const target = projectKey;\\n        const existingLink = links.find(link => link.source === source && link.target === target);\\n        if (existingLink) {\\n            existingLink.value += item.数量;\\n        }\\n        else {\\n            links.push({\\n                source: source,\\n                target: target,\\n                value: item.数量,\\n                sourceType: item.类型,\\n                lineStyle: {\\n                    color: typeColors[item.类型],\\n                    opacity: 0.2\\n                }\\n            });\\n        }\\n    });\\n    // 处理项目到任务的连接  \\n    data.forEach(item => {\\n        const projectKey = `[${item.项目ID}]${item.项目}`;\\n        const taskKey = `[${item.任务ID}]${item.任务}`;\\n        const existingLink = links.find(link => link.source === projectKey && link.target === taskKey);\\n        if (existingLink) {\\n            existingLink.value += item.数量;\\n        }\\n        else {\\n            links.push({\\n                source: projectKey,\\n                target: taskKey,\\n                value: item.数量,\\n                sourceType: item.类型,\\n                lineStyle: {\\n                    color: typeColors[item.类型],\\n                    opacity: 0.2\\n                }\\n            });\\n        }\\n    });\\n    return { nodes, links };\\n};\\n// 修改提示文字获取函数  \\nconst gettooltip = (params) => {\\n    if (params.dataType === 'node') {\\n        return `${params.name}<br/>数量: ${params.value}`;\\n    }\\n    // 获取源节点和目标节点的深度  \\n    const sourceNode = params.data.source;\\n    const targetNode = params.data.target;\\n    const isProjectToTask = sourceNode.includes(']') && targetNode.includes(']');\\n    if (isProjectToTask) {\\n        // 项目到任务的连接  \\n        return `  \\n        <b>${params.data.sourceType}</b><br/>  \\n        项目：${params.data.source}<br/>  \\n        任务：${params.data.target}<br/>数量: ${params.value}`;\\n    }\\n    else {\\n        return `  \\n        <b>${params.data.sourceType}</b><br/>  \\n        项目：${params.data.target}<br/>  \\n        数量: ${params.value}`;\\n    }\\n};\\n// 处理数据  \\nconst { nodes, links } = processData(Context[\\\"recommands\\\"]);\\n// Echarts配置  \\noption = {\\n    backgroundColor: \\\"rgba(0, 0, 0, 0)\\\",\\n    title: {\\n        text: \\\"项目反馈桑基图\\\",\\n        subtext: \\\"展示各个项目任务的不同反馈分类占比\\\",\\n        left: \\\"center\\\",\\n        top: 24,\\n        textStyle: {\\n            fontSize: 16,\\n            fontWeight: \\\"bold\\\",\\n        },\\n    },\\n    tooltip: {\\n        trigger: 'item',\\n        triggerOn: 'mousemove',\\n        formatter: gettooltip\\n    },\\n    series: [{\\n            type: \\\"sankey\\\",\\n            animation: true,\\n            animationDuration: 300,\\n            animationEasingUpdate: 'quinticInOut',\\n            left: '5%',\\n            top: '12%',\\n            right: '20%',\\n            bottom: '12%',\\n            nodeAlign: 'justify',\\n            orient: 'horizontal',\\n            emphasis: {\\n                focus: 'adjacency'\\n            },\\n            data: nodes,\\n            links: links,\\n            nodeGap: 12,\\n            nodeWidth: 24,\\n            draggable: true,\\n            levels: [{\\n                    depth: 0,\\n                    itemStyle: {\\n                        borderWidth: 2\\n                    },\\n                    lineStyle: {\\n                        curveness: 0.5,\\n                        opacity: 0.8\\n                    }\\n                }, {\\n                    depth: 1,\\n                    itemStyle: {\\n                        borderWidth: 1\\n                    },\\n                    lineStyle: {\\n                        curveness: 0.5,\\n                        opacity: 0.8\\n                    }\\n                }, {\\n                    depth: 2,\\n                    itemStyle: {\\n                        borderWidth: 1\\n                    },\\n                    lineStyle: {\\n                        curveness: 0.5,\\n                        opacity: 0.8\\n                    }\\n                }],\\n            label: {\\n                position: 'right',\\n                fontSize: 10,\\n                lineHeight: 14,\\n                color: '#000000',\\n                distance: 10,\\n                formatter: function (params) {\\n                    var name = params.name;\\n                    if (name.length > 15) {\\n                        name = name.substring(0, 15) + '...';\\n                    }\\n                    return `${name}(${params.value})`;\\n                },\\n                show: true,\\n                align: 'left',\\n                verticalAlign: 'middle'\\n            }\\n        }]\\n};\\n\\n    return {\\n      option,\\n      datGUI,\\n    };\\n  }\\n  \"}"
       }
     },
     "16,1": {
@@ -1059,4 +1059,4 @@
       "Size": "1473,1000"
     }
   ]
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