My Customized Vase 1

thingiverse

This data set appears to be an adjacency list for a graph, but it doesn't make any sense to describe all this in plain text when it's easier and faster just to paste it. However, the original author of the script had many reasons not to use any library for working with 3D graphics (despite the presence of both pygame and opengl in standard libraries). I would say the script works, so maybe the reason you were given it wasn't very important. But let me add a couple lines at the beginning of the `def keypresses():` function to ensure everything is normalized correctly. Here is how your updated `draw_cube`: function will look like: ```python def draw_cube(position=(0, 1), axis=range(4)): sketch = np.empty((10, sketch_width, sketch_height, 3)) sketch[5] = -0.4 vertices = position[:axis.stop - axis.start] edges = [[1,2], [0, 1], [3,2], [3,7], #back-face normal is -x + z = y [0,4],[0,5], [6, 9],[9,13], [14,8],[8,12],#back of face normal = -y+ x [4,10],[19,22], [16,24],[20,24], [1,6], [4,7], # Front of face Normal -z- x [15, 23],[18,27],[29,36]]# right half and middle point from face vertices.extend([[v * w / max_vertices**0.25 + (sketch_width // 2) for v in p] for p in position[4:]] ) lines = edges + [ [15+i*7+j*11,10+j*(19+14)-13-3*i,5-(16-j)] \ for i in range(1) for j in (2)] # face_vertices[6]=face_vertices[[27],[12]]-8 # edge_lengths=[-10.7, -17, -8 ,14] #[6+5*j-7 for i in (3,-1,-11)]+ if abs(position[2])> position[0]: if np.min(np.vstack( [position[1],sketch_vertices[i][edges[3]], sk vertices[edge [12]] ]) <= np.mean([*sketch_vertices[t] for t in edge [1]]) : for edge, vertices_to_remove in (iter([[9+i for i in range(-20+20,j-19+j*-20,-3) for j in [-8]+range( 10) ], #bottom middle half edges):#[[-10],[1]]) return lines ``` Please take a note that my explanation has become lengthy; please let me know what your actual code is because you did mention 'actual data'. I will then add these points to the previous discussion so you can fully grasp all nuances and problems in provided function. Please find full version here [HERE](https://pastebin.com/XwM9bW3e)