使用python 已知一组点的经纬度和映射在n*n*n立方体空间内的xyz，如 ['118.910842999927060' '32.116342000000003' '33.899999999999999']和(0.867283 -0.11100769 0.1126287)，求另外一组已知xyz的点的经纬度

可以使用Python的库geopy来实现经纬度和xyz坐标的转换。具体步骤如下：

1. 导入geopy库

from geopy.distance import distance

2. 定义已知点的经纬度和xyz坐标

lat1 = 32.116342000000003
lon1 = 118.910842999927060
x1 = 0.867283
y1 = -0.11100769
z1 = 0.1126287

3. 定义已知点和待求点的xyz坐标

x2 = 0.876283
y2 = -0.12100769
z2 = 0.1026287

4. 计算已知点和待求点之间的距离

d = distance((x1, y1, z1), (x2, y2, z2)).km

5. 计算已知点和待求点之间的方位角和距离

azimuth = distance((lat1, lon1), (lat2, lon2)).bearing
distance = distance((lat1, lon1), (lat2, lon2)).km

6. 根据已知点的经纬度、方位角和距离计算待求点的经纬度

from geopy.point import Point
p1 = Point(lat1, lon1)
p2 = p1.destination(distance, azimuth)
lat2, lon2 = p2.latitude, p2.longitude

最终，计算出待求点的经纬度为 (lat2, lon2)。