from __future__ import division
import os, sys, re

from solid import *
from solid.utils import *

def assembly (new_lines, new_cards):
    '''
        Assembles the transformed cards and lines into one diagram.

        Args: list new_lines and new_cards transformed cards and connectors from xml]
        now 3d

        Return: The finished diagram as solid python code
    '''
    final_diagram =(union()(new_lines, new_cards, forward(10)(right(100)(down(3)((cube([500,300,1], False)))))))
    return final_diagram

 #right(150)(cube([500,300,1], False))
f1c7cae7d6b8d6e7825920ec3019006f34ca93cf
<mask token>

<mask token>


def assembly(new_lines, new_cards):
    """
        Assembles the transformed cards and lines into one diagram.

        Args: list new_lines and new_cards transformed cards and connectors from xml]
        now 3d

        Return: The finished diagram as solid python code
    """
    final_diagram = union()(new_lines, new_cards, forward(10)(right(100)(
        down(3)(cube([500, 300, 1], False)))))
    return final_diagram

from __future__ import division
import os, sys, re
from solid import *
from solid.utils import *


def assembly(new_lines, new_cards):
    """
        Assembles the transformed cards and lines into one diagram.

        Args: list new_lines and new_cards transformed cards and connectors from xml]
        now 3d

        Return: The finished diagram as solid python code
    """
    final_diagram = union()(new_lines, new_cards, forward(10)(right(100)(
        down(3)(cube([500, 300, 1], False)))))
    return final_diagram

from __future__ import division
import os, sys, re

from solid import *
from solid.utils import *

def assembly (new_lines, new_cards):
    '''
        Assembles the transformed cards and lines into one diagram.

        Args: list new_lines and new_cards transformed cards and connectors from xml]
        now 3d

        Return: The finished diagram as solid python code
    '''
    final_diagram =(union()(new_lines, new_cards, forward(10)(right(100)(down(3)((cube([500,300,1], False)))))))
    return final_diagram

 #right(150)(cube([500,300,1], False))