敏捷团队专属：Sprint复盘升级版——磁吸式事项排布工具实操攻略与方案

/\*\*  
 \* 计算事项节点间的磁吸位移  
 \* @param {Object} taskA 核心任务节点  
 \* @param {Object} taskB 待吸附任务节点  
 \* @returns {Object} 建议的吸附坐标  
 \*/  
function calculateMagneticSnap(taskA, taskB) {  
    const threshold \= 50; // 磁吸感应阈值（像素）  
    const deltaX \= Math.abs(taskA.endX \- taskB.startX);  
      
    // 如果任务B的起点接近任务A的终点，则产生逻辑吸附  
    if (deltaX \< threshold && taskB.dependencyId \=== taskA.id) {  
        console.log(\`\[Magnetic Snap\] 检测到逻辑引力，任务 ${taskB.name} 已吸附至 ${taskA.name}\`);  
        return {  
            newX: taskA.endX \+ 5, // 预留极小缓冲缝隙  
            snapped: true  
        };  
    }  
    return { snapped: false };  
}

class PolarityAuditEngine:  
    def \_\_init\_\_(self):  
        \# 预设排斥标准：当同一负责人、时间重合度超过阈值时触发排斥  
        self.clash\_threshold \= 0.8 

    def resolve\_overlap\_repulsion(self, schedule\_list):  
        """对比所有事项的时间区间，通过排斥力自动推开重叠项"""  
        for i, task\_a in enumerate(schedule\_list):  
            for task\_b in schedule\_list\[i+1:\]:  
                overlap \= self.\_calculate\_overlap(task\_a, task\_b)  
                if overlap \> self.clash\_threshold:  
                    print(f"\[Polarity Alert\] 任务 '{task\_b\['name'\]}' 与 '{task\_a\['name'\]}' 存在磁性排斥（资源冲突）")  
                    \# 触发自动位移推开逻辑  
                    self.\_push\_away(task\_b, push\_distance=overlap \* 10)

    def \_push\_away(self, task, push\_distance):  
        print(f"  \-\> 自动执行磁极排斥：任务计划向后顺延 {push\_distance} 单位时间")

SELECT   
    t1.category AS node\_a,   
    t2.category AS node\_b,   
    COUNT(\*) AS attraction\_strength  
FROM tasks t1  
JOIN tasks t2 ON t1.project\_id \= t2.project\_id  
WHERE t1.id \!= t2.id   
  AND ABS(t1.completion\_time \- t2.start\_time) \< '1 hour' \-- 识别在时间上高度吸附的事项对  
GROUP BY node\_a, node\_b  
HAVING attraction\_strength \> 10 \-- 识别出具备强磁性关联的任务模式  
ORDER BY attraction\_strength DESC;