Mobile stand 3d modeling

Video explains the method of modeling in openSCAD with python python code: _______________________________________________________________________ from openscad4 import * # mobile stand a=cr2dt([[0,5,2.4],[0,-5,2.4],[120,0,2.4],[0,5,2.4],[7,0,2.4]@zrot(120),[5,0,2.4]@zrot(210), [4.1,0,.75]@zrot(300),[-20,0,5],[50,0,2.4]@zrot(120),[5,0,2.4]@zrot(210), [47.1,0,2.4]@zrot(300)],s=10) a=rot('x90',a) b=translate([0,150,0],a) l1=c23(arc_2p([0,0],[0,50],100)) l2=rot('y60',l1) l3=fit_pline2line(l1,[a[0],b[0]]) l4=fit_pline2line(l1,[a[21],b[21]]) s1=surface_from_4_lines(l3,l4,a[0:22],b[0:22]) s2=cpo(slice_sol([a[22:44],b[22:44]],20)) l5=fit_pline2line(l2,[a[44],b[44]]) l6=fit_pline2line(l2,[a[65],b[65]]) s3=surface_from_4_lines(l5,l6,a[44:66],b[44:66]) s4=cpo(slice_sol([a[66:88],b[66:88]],20)) l7=fit_pline2line(l2,[a[88],b[88]]) l8=fit_pline2line(l2,[a[109],b[109]]) s5=surface_from_4_lines(l7,l8,a[88:110],b[88:110]) s6=cpo(slice_sol([a[110:121],b[110:121]],20)) surf=flip(cpo(s1+s2+s3+s4+s5+s6)) e1=end_cap(surf,2) fo(f''' difference(){{ {swp(surf)} for(p={e1}) swp_c(p); }} ''') _____________________________________________________________________ following libraries would be required: numpy, scipy, sympy, scikit-image need to download openscad4.py from here: https://github.com/sprabhakar2006/openSCAD/blob/main/openscad4.py also download and install software openSCAD: https://openscad.org/downloads.html preferably install the latest snapshot To run this python code, I use Jupyter Notebook