dynamic_polysphere.py

def make_polysphere(self):
    
    radius = self.radius
    verts_per_side = self.verts_per_side
    edge_per_side = verts_per_side - 1
    edge_length = (radius * 2) / edge_per_side

    idx = 0
    Verts, Faces = [], []
    
    eulers = [(0.0, 0.0, 0.0),(0.0, math.pi, 0.0)]


    for face, side_rotation in enumerate(eulers):

        for vert_u in range(verts_per_side):
            for vert_v in range(verts_per_side):
                p_x = -radius + (edge_length * vert_u)
                p_y = -radius + (edge_length * vert_v)
                p_z = -radius
                point = Vector((p_x, p_y, p_z))

                xz_euler = Euler(side_rotation, 'XYZ')
                point.rotate(xz_euler)

                Verts.append(point)
        
        
        for i in range(edge_per_side**2):
                
            x = (idx % edge_per_side)
            y = math.floor(idx / edge_per_side)

            level = x + (y*verts_per_side) + (face*verts_per_side)
            idx1 = level
            idx2 = level + 1
            idx3 = level + verts_per_side + 1
            idx4 = level + verts_per_side

            Faces.append([idx1, idx2, idx3, idx4])
            idx += 1

    return Verts, Faces