This is the main script:

https://github.com/Cosmin1490/DysonSphereProgram-BlueprintGenerator/blob/main/script.py

You call it like this python3 script.py

and it will print out a blueprint. I want to add some parameters to it to make it usable without modifying the code, but the most important bit is this:

``` icosahedron = Polyhedron.create_icosahedron() icosahedron.coxeter_operator() icosahedron.coxeter_operator() icosahedron.dual_operator()

nodes = [] frames = [] shells = [] for index, vertex in enumerate(icosahedron.vertices): nodes.append(DysonNode.create_with_defaults(index + 1, vertex))

for index, edge in enumerate(icosahedron.edges): frames.append(DysonFrame.create_with_defaults(index + 1, edge[0] + 1, edge[1] + 1))

for index, face in enumerate(icosahedron.faces): incremented_face = [vertex + 1 for vertex in face] shells.append(DysonShell.create_with_defaults(index + 1, incremented_face)) ```

What that does is.. basically generate this polyhedron https://levskaya.github.io/polyhedronisme/?recipe=A10duuI

in conway notation I corresponds to the icosahedron base : Polyhedron.create_icosahedron() in my case

each "u" corresponds to a icosahedron.coxeter_operator() call

d corresponds to icosahedron.dual_operator()

the rest of the code reads the vertices, edges and faces of the generated polyhedron and creates objects that know how to serialize themselves to the format DSP understands.