我完成了对一个物流园区仓库存储区与出口的布局优化和路径优化,但是没办法体现出前后的差别,无法对比优化后的具体优势在哪里,我想让你生成一个python代码来实现这一功能,你可以进行模拟分析,然后进行对比。仓库内共有20个存储区,3个出口。你可以把每个节点看作矩形,用曼哈顿距离
原始节点数据:
{
‘存储区1’: (28,105),
‘存储区2’: (98,84),
‘存储区3’: (168,105),
‘存储区4’: (168,63),
‘存储区5’: (98,105),
‘存储区6’: (168,84),
‘存储区7’: (28,84),
‘存储区8’: (98,63),
‘存储区9’: (238,105),
‘存储区10’: (28,42),
‘存储区11’: (98,42),
‘存储区12’: (238,84),
‘存储区13’: (168,126),
‘存储区14’: (98,126),
‘存储区15’: (28,126),
‘存储区16’: (238,126),
‘存储区17’: (28,63),
‘存储区18’: (238,63),
‘存储区19’: (168,42),
‘存储区20’: (238,42),
‘出口1’: (42,161),
‘出口2’: (140,161),
‘出口3’: (238,161),
}
原始路径数据:
[
(‘存储区1’, ‘出口1’, 91),
(‘存储区2’, ‘出口1’, 126),
(‘存储区3’, ‘出口2’, 77),
(‘存储区4’, ‘出口2’, 119),
(‘存储区5’, ‘出口1’, 105),
(‘存储区6’, ‘出口2’, 98),
(‘存储区7’, ‘出口1’, 112),
(‘存储区8’, ‘出口1’, 133),
(‘存储区9’, ‘出口2’, 147),
(‘存储区10’, ‘出口1’, 154),
(‘存储区11’, ‘出口3’, 136),
(‘存储区12’, ‘出口3’, 112),
(‘存储区13’, ‘出口3’, 91),
(‘存储区14’, ‘出口3’, 141),
(‘存储区15’, ‘出口3’, 211),
(‘存储区16’, ‘出口3’, 74),
(‘存储区17’, ‘出口3’, 294),
(‘存储区18’, ‘出口3’, 133),
(‘存储区19’, ‘出口3’, 154),
(‘存储区20’, ‘出口3’, 144),
]
原始流通数据
[
(‘存储区1’, ‘出口1’, 1862),
(‘存储区2’, ‘出口1’, 1862),
(‘存储区3’, ‘出口2’, 10),
(‘存储区4’, ‘出口2’, 10),
(‘存储区5’, ‘出口1’, 2271),
(‘存储区6’, ‘出口2’, 2271),
(‘存储区7’, ‘出口1’, 445),
(‘存储区8’, ‘出口1’, 445),
(‘存储区9’, ‘出口2’, 85),
(‘存储区10’, ‘出口1’, 85),
(‘存储区11’, ‘出口3’, 1771),
(‘存储区12’, ‘出口3’, 1771),
(‘存储区13’, ‘出口3’, 387),
(‘存储区14’, ‘出口3’, 387),
(‘存储区15’, ‘出口3’, 50),
(‘存储区16’, ‘出口3’, 50),
(‘存储区17’, ‘出口3’,170),
(‘存储区18’, ‘出口3’, 170),
(‘存储区19’, ‘出口3’, 50),
(‘存储区20’, ‘出口3’, 50),
]
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