How to plot 3D cube using dimension data

Dash Python
1

I would like to plot each cube (e.g. boxes) in a big container. below is the ideal graph look like:

QvQEs
QvQEs736×388 84.7 KB

a sample of 3D cube data looks like below, where “pos” should be the 3D position data for each boxes:

====>  BoxC_16(64.000x37.000x52.000, weight: 0.000) pos([Decimal('1024.000'), 0, 0]) rt(0) vol(123136.000)
====>  BoxC_17(64.000x37.000x52.000, weight: 0.000) pos([Decimal('1088.000'), 0, 0]) rt(0) vol(123136.000)
====>  BoxC_18(64.000x37.000x52.000, weight: 0.000) pos([Decimal('1152.000'), 0, 0]) rt(0) vol(123136.000)
====>  BoxC_19(64.000x37.000x52.000, weight: 0.000) pos([Decimal('1216.000'), 0, 0]) rt(0) vol(123136.000)
====>  BoxC_20(64.000x37.000x52.000, weight: 0.000) pos([Decimal('1280.000'), 0, 0]) rt(0) vol(123136.000)
====>  BoxC_21(64.000x37.000x52.000, weight: 0.000) pos([0, Decimal('37.000'), 0]) rt(0) vol(123136.000)
====>  BoxC_22(64.000x37.000x52.000, weight: 0.000) pos([Decimal('64.000'), Decimal('37.000'), 0]) rt(0) vol(123136.000)
====>  BoxC_23(64.000x37.000x52.000, weight: 0.000) pos([Decimal('128.000'), Decimal('37.000'), 0]) rt(0) vol(123136.000)
====>  BoxC_24(64.000x37.000x52.000, weight: 0.000) pos([Decimal('192.000'), Decimal('37.000'), 0]) rt(0) vol(123136.000)
====>  BoxC_25(64.000x37.000x52.000, weight: 0.000) pos([Decimal('256.000'), Decimal('37.000'), 0]) rt(0) vol(123136.000)
====>  BoxC_26(64.000x37.000x52.000, weight: 0.000) pos([Decimal('320.000'), Decimal('37.000'), 0]) rt(0) vol(123136.000)