第三个模块时间轴自动推进展示每个时间切片的关系图

src/components/timeAxis.vue

@@ -11,7 +11,7 @@
       >
         <div
           class="time-section"
-          :style="{ left: getTimeSectionLeft(time) + 'px' }"
+          :style="{ left: nowSize(getTimeSectionLeft(time)) + 'px' }"
           @pointerdown.stop="handleSectionPointerDown(time)"
         ></div>
       </el-tooltip>
@@ -33,7 +33,7 @@
           <div
             class="timeLine-point"
             @pointerdown.stop="handlePointPointerDown"
-            :style="{ left: `${currentPosition - 9}px` }"
+            :style="{ left: `${nowSize(currentPosition - 9)}px` }"
           ></div>
         </el-tooltip>
       </div>
@@ -53,12 +53,12 @@ const props = defineProps({
   },
   startTime: {
     //起始时间
-    type: Date,
+
     default: new Date("2024-05-16 16:56:04")
   },
   endTime: {
     //结束时间
-    type: Date,
+
     default: new Date("2024-05-23 10:16:56")
   },
   initPosition: {
@@ -81,7 +81,7 @@ const props = defineProps({
 const startTime = ref(props.startTime) //开始时间
 const endTime = ref(props.endTime) //结束时间
 const timeList = ref(props.timeList) //时间列表
-const currentTime = ref(new Date("2024-05-16 16:56:04")) // 当前选中的时间
+const currentTime = ref(props.startTime) // 当前选中的时间
 const currentPosition = ref(props.initPosition) // 初始位置
 const isPlaying = ref(props.isAutoPlay) // 是否自动播放
 const axisRef = ref(null) // 轴的引用
@@ -90,7 +90,7 @@ const axisWidth = nowSize(415) // 轴的长度(px)
 const startTimeMs = startTime.value.getTime() // 起始时间的毫秒数
 const endTimeMs = endTime.value.getTime() // 结束时间的毫秒数
 const totalDuration = endTimeMs - startTimeMs // 计算总持续时间
-const step = 4 // 每次移动的像素数(px)
+const step = nowSize(4) // 每次移动的像素数(px)
 let playTimer = null // 自动播放定时器
 
 const emit = defineEmits(["click:pointerDown", "slide:pointerUp"])
@@ -138,7 +138,7 @@ watch(
 // 让 active-needle 标定在 timeList 最后一个时间点
 const showHidden = computed(() => {
   if (!timeList.value || timeList.value.length === 0) return {}
-  const left = getTimeSectionLeft.value(timeList.value[timeList.value.length - 1]) + 5 // +5px 保持和 time-section 对齐
+  const left = getTimeSectionLeft.value(timeList.value[timeList.value.length - 1]) + nowSize(5) // +5px 保持和 time-section 对齐
   return { left: `${left}px` }
 })
 
@@ -153,17 +153,41 @@ const pause = () => {
 }
 
 // 自动播放控制
+// 已处理过的时间点索引
+let processedIndices = new Set()
+
+// 重置已处理时间点
+const resetProcessedIndices = () => {
+  processedIndices.clear()
+}
+
 const play = () => {
-  if (!isPlaying.value) return
+  if (!isPlaying.value || timeList.value.length === 0) return
+  // 重置已处理索引，确保每次播放都从当前位置重新开始处理
   playTimer = setInterval(() => {
-    if (currentPosition.value >= axisWidth) {
+    // 持续移动进度条
-      pause()
-      return
-    }
     currentPosition.value = Math.min(axisWidth, currentPosition.value + step)
     currentTime.value = getTimeFromPosition(currentPosition.value)
-    emit("slide:pointerUp", currentTime.value)
+    // 检查当前位置是否到达或超过某个时间切片
-  }, 300) // 每300ms移动一次
+    for (let i = 0; i < timeList.value.length; i++) {
+      if (processedIndices.has(i)) continue
+      const time = timeList.value[i]
+      const left = getTimeSectionLeft.value(time)
+      // 如果当前位置超过了这个时间切片的位置，并且还没有处理过
+      if (
+        currentPosition.value >= left - nowSize(2) &&
+        currentPosition.value <= left + nowSize(2)
+      ) {
+        currentTime.value = time // 使用精确的时间值
+        emit("slide:pointerUp", time) // 只在timeList中的时间点发送请求
+        processedIndices.add(i)
+      }
+    }
+    // 如果到达终点，停止播放
+    if (currentPosition.value >= axisWidth) {
+      pause()
+    }
+  }, 500) // 每500ms移动一小步
 }
 
 // 根据位置计算时间
@@ -177,6 +201,7 @@ const getTimeFromPosition = (position) => {
 const handlePointerDown = (e) => {
   if (e.target.classList.contains("timeLine-point")) return
   pause() // 拖动或点击时暂停自动播放
+  resetProcessedIndices() // 重置已处理时间点
   const rect = axisRef.value.getBoundingClientRect()
   const position = Math.max(0, Math.min(axisWidth, e.clientX - rect.left))
   currentPosition.value = position
@@ -189,6 +214,7 @@ const handlePointPointerDown = (e) => {
   e.stopPropagation()
   e.preventDefault()
   isDragging.value = true
+  resetProcessedIndices() // 重置已处理时间点
   // 缓存轴的边界矩形，避免重复计算
   const rect = axisRef.value.getBoundingClientRect()
   const axisLeft = rect.left
@@ -216,9 +242,10 @@ const handlePointPointerDown = (e) => {
   document.addEventListener("pointerup", handlePointerUp)
 }
 
-const timeSectionWidth = 4 // 与样式保持一致
+const timeSectionWidth = nowSize(4) // 与样式保持一致
 const handleSectionPointerDown = (time) => {
   pause()
+  resetProcessedIndices() // 重置已处理时间点
   // 计算该时间点的中心位置
   const left = getTimeSectionLeft.value(time) + timeSectionWidth / 2
   currentPosition.value = left
@@ -232,6 +259,7 @@ const reset = () => {
   currentTime.value = getTimeFromPosition(props.initPosition)
   // 清理旧定时器
   pause()
+  resetProcessedIndices() // 重置已处理时间点
   // 重新开始播放
   if (props.isAutoPlay) {
     isPlaying.value = true

src/store/groupEvolution/index.js

@@ -186,8 +186,6 @@ export const useGroupDiscoveryStore = defineStore("groupDiscovery", {
     //获取群体列表数据
     async initializeGroupList(time = "") {
       const res = await getGroupEvolutionGroupList(time)
-      console.log("群体列表：", res)
-
       if (res.code != 200) return
       const iconMap = {
         节点数: nodePrefix,

src/views/GroupEvolution/components/groupGraph.vue

@@ -30,7 +30,7 @@
 </template>
 
 <script setup>
-import { ref, toRaw, watch } from "vue"
+import { onMounted, ref, toRaw, watch } from "vue"
 import { storeToRefs } from "pinia"
 import { convertToUtcIsoString } from "@/utils/transform"
 import { paintNodeFunction, paintLineFunction } from "@/utils/customePaint"
@@ -59,6 +59,12 @@ const legendsMap = {
     { icon: abnormalLeg, text: "异常社团" }
   ]
 }
+const zoomSize = new Map([
+  ["groupDiscovery", 0.15],
+  ["groupStructure", 0.15],
+  ["groupMember", 0.15],
+  ["anomalousGroup", 0.7]
+])
 const emit = defineEmits(["click:pointerDownAndSlide"])
 const { timeList, graph } = storeToRefs(props.store)
 const graphTitle = props.store.graphTitle
@@ -166,11 +172,8 @@ const registEvents = () => {
 const highLightAboutNodesOrLinks = (type) => {
   graphVis.cancelAllSelected()
   const { newNodes, newLinks } = graph.value
-  console.log(graphVis.nodes)
-  console.log("进来highLightAboutNodesOrLinks")
   if (type == "nodes") {
     //实现高亮节点逻辑
-    console.log("进来if")
     graphVis.nodes.forEach((node) =>
       newNodes.forEach((newNode) => {
         if (node.id === newNode.name) {
@@ -195,63 +198,42 @@ const runDiffForceLayout = (layoutConfig, layoutType, isAsync) => {
   function handleLayoutSuccess() {
     //处理四个关系图的差异函数
     const handleGroupDiscoveryDiff = () => {
-      console.log("进来handleGroupDiscoveryDiff")
       return
     }
 
     const handleGroupStructureDiff = () => {
-      console.log("进来handleGroupStructureDiff")
       highLightAboutNodesOrLinks("links")
     }
 
     const handleGroupMemberDiff = () => {
-      console.log("进来handleGroupMemberDiff")
       highLightAboutNodesOrLinks("nodes")
     }
 
     const handleAnomalousGroup = () => {
-      // 当前时间从 store 取；没有就用 T0
+      // 当前时间从 store 取
       const now = props.store.currentUtc
-      const TA = "2024-06-19T08:57:55Z" // A
+      const abnormalData = props.store.graphAbnormalData
-      const TB = "2024-06-19T10:58:03Z" // B
+      const abnormalGroupConfigs = [
-      const TC = "2024-06-19T12:58:04Z" // C
+        { timeThreshold: "2024-06-19T08:57:55Z", groupKey: "groupA", color: "85, 125, 15" }, // 绿色
-      // 组色（与你现有 colorMap 一致）
+        { timeThreshold: "2024-06-19T10:58:03Z", groupKey: "groupB", color: "125, 114, 15" }, // 黄色
-      const GROUP_ALPHA = 0.3
+        { timeThreshold: "2024-06-19T12:58:04Z", groupKey: "groupC", color: "15, 106, 125" } // 蓝色
-      const RED = "220,50,60"
+      ]
-      const greenRed = "85, 125, 15"
+      // 计算当前应激活的异常组配置
-      const blueRed = "15, 106, 125"
+      const activeConfigs = abnormalGroupConfigs.filter((config) => now >= config.timeThreshold)
-      const yellowRed = "125, 114, 15"
+      // 单次遍历处理所有异常节点，避免多次map操作
-
+      graphVis.nodes = graphVis.nodes.map((node) => {
-      // 时间门控：达到阈值就把各组异常节点染红
+        // 检查节点是否属于任何激活的异常组
-      const shouldA = now >= TA
+        for (const config of activeConfigs) {
-      const shouldB = now >= TB
+          const abnormalIds = abnormalData[config.groupKey]
-      const shouldC = now >= TC
+          // 如果节点在异常组中，则设置对应的颜色
-      if (shouldA) {
+          if (abnormalIds && abnormalIds.includes(node.id)) {
-        graphVis.nodes = graphVis.nodes.map((n) => {
+            node.fillColor = config.color
-          if (props.store.graphAbnormalData.groupA.includes(n.id)) {
+            break // 一旦找到匹配的异常组，就不再检查其他组
-            // n.fillColor = RED
-            n.fillColor = greenRed
           }
-          return n
+        }
+        return node
       })
     }
-      if (shouldB) {
-        graphVis.nodes = graphVis.nodes.map((n) => {
-          if (props.store.graphAbnormalData.groupB.includes(n.id)) {
-            n.fillColor = yellowRed
-          }
-          return n
-        })
-      }
-      if (shouldC) {
-        graphVis.nodes = graphVis.nodes.map((n) => {
-          if (props.store.graphAbnormalData.groupC.includes(n.id)) {
-            n.fillColor = blueRed
-          }
-          return n
-        })
-      }
-    }
 
     new Map([
       ["groupDiscovery", () => handleGroupDiscoveryDiff()],
@@ -259,11 +241,10 @@ const runDiffForceLayout = (layoutConfig, layoutType, isAsync) => {
       ["groupMember", () => handleGroupMemberDiff()],
       ["anomalousGroup", () => handleAnomalousGroup()]
     ]).get(storeId)?.()
-    // isPlay.value = true
+    isPlay.value = true
-    graphVis.zoomFit() //场景视图大小自适应缩放
+    graphVis.moveCenter(zoomSize.get(storeId)) //组件布局完毕后自动让整体关系图大小缩放到指定比例
   }
-  graphVis.excuteLocalLayout(layoutType, layoutConfig, isAsync, () => handleLayoutSuccess())
+  graphVis.excuteLocalLayout(layoutType, layoutConfig, isAsync, handleLayoutSuccess())
-  // graphVis.autoGroupLayout(graphVis.getGraphData())
 }
 // 根据节点的cluster属性进行分组
 const clusterAnalyze = () => {
@@ -324,7 +305,7 @@ const createGraph = () => {
   }
   graphVis.setDragHideLine(false) //拖拽时隐藏连线
   graphVis.setShowDetailScale(0.1) //展示细节的比例
-  graphVis.setZoomRange(0.1, 5) //缩放区间
+  graphVis.setZoomRange(0.1, 10) //缩放区间
   registCustomePaintFunc(storeId) //注册自定义绘图方法
   registEvents()
 }
@@ -333,9 +314,21 @@ const initChart = () => {
   createGraph()
   graphVis.addGraph({ ...toRaw(graph.value) })
   clusterAnalyze()
-  runDiffForceLayout({ strength: -500, ajustCluster: true }, "simulation", true)
+  runDiffForceLayout({ strength: -300, ajustCluster: true }, "simulation", false)
 }
 
+onMounted(() => {
+  // 初始化时，如果有时间列表且当前没有图表数据，请求第一个时间切片的数据
+  if (
+    timeList.value.length > 0 &&
+    (!graph.value || !graph.value.nodes || graph.value.nodes.length === 0)
+  ) {
+    const firstTime = timeList.value[0]
+    const utcTime = convertToUtcIsoString(firstTime)
+    emit("click:pointerDownAndSlide", utcTime)
+  }
+})
+
 // 添加更新图表的函数
 const updateChart = (newGraphData) => {
   if (!graphVis) {
@@ -346,7 +339,7 @@ const updateChart = (newGraphData) => {
   graphVis.addGraph({ ...toRaw(newGraphData) })
   // 重新运行力导向布局
   clusterAnalyze()
-  runDiffForceLayout({ strength: -500, ajustCluster: true }, "simulation", true)
+  runDiffForceLayout({ strength: -300, ajustCluster: true }, "simulation", false)
 }
 
 watch(

src/views/LinkPrediction/charactersHiddenInteraction/index.vue

@@ -301,7 +301,7 @@ provide("statisticsList", characterHiddenStore.statisticsList)
   .top-container {
     width: 100%;
     height: vh(110);
-    background-image: url(@/assets/images/linkPrediction/title/page-title.png);
+    background-image: url("@/assets/images/head/hiddenTitle.png");
     background-repeat: no-repeat;
     background-size: 100% 100%;
     fill: linear-gradient(270deg, rgba(6, 61, 113, 0.1) 0%, rgba(8, 30, 56, 0.38) 100%);

src/views/LinkPrediction/socialGroups/index.vue

@@ -332,7 +332,7 @@ provide("statisticsList", socialGroupsStore.statisticsList)
   .top-container {
     width: 100%;
     height: vh(110);
-    background-image: url(@/assets/images/linkPrediction/title/page-title.png);
+    background-image: url("@/assets/images/head/linkedPredictionStruct.png");
     background-repeat: no-repeat;
     background-size: 100% 100%;
     fill: linear-gradient(270deg, rgba(6, 61, 113, 0.1) 0%, rgba(8, 30, 56, 0.38) 100%);