Create an empty dictionary in Python:
solution = {}
The keys for this dictionary will be:
“a_0_dir”
(3×1) and “a_0_point”
(3×1) containing the description of the motion axis a_0: a_0 = x * a_0_dir + a_0_point.
“a_1_dir”
(3×1) and “a_1_point”
(3×1) containing the description of the motion axis a_1: a_1 = x * a_1_dir + a_1_point.
“sigma1”
(3×1) and “sigma2”
(3×1) containing the generators of the plane $\sigma$.
“p”
(3×1), “p_pr”
(3×1) and “p_pr_pr”
(3×1) containing the points $P$, $P'$ and $P''$.
Finally, save solution
to hw05.json
:
import json with open("hw05.json", "w") as outfile: json.dump(solution, outfile)Upload a zip archive
hw05.zip
(via the course ware) containing the following files:
hw05.py
- python script used for computation
hw05.pdf
- report file describing your solution with all the figures and explanatory text. Please mark the discussion of 4, 7, 11, 12 so it is easy to find
hw05.json