test2.py

# This script was used to generate the radius of gyration and the convex hull data for the 27 Dürer nets
# that Julie was looking at

#TODO: rename as example, maybe

from functions import *

array = [35048, 43253, 43374, 19031, 27884, 22840, 41635, 16750, 10337, 33987, 9025, 23207, 33980, 40881, 32036, 5886,
         8905, 30578, 35386, 26228, 24269, 10228, 20504, 13528, 42771, 14505, 526]

for i in array:
    filename = "Dodecahedron" + 'Net' + str(i).zfill(5) + '.json'

    data = loadFile(filename, )
    v = np.array(data.get("Vertices"))  # stores coordinates of vertices
    f = np.array(data.get("Faces"))  # stores the faces
    rg = round(radius_of_gyration(v, f), 5)  # Calculates the radius of gyration of the net
    ch = round(convex_hull("Dodecahedron", str(i).zfill(5), False), 5)  # Calculates the area of the convex hull

    # prints output to terminal
    print("NETID:" + str(i).zfill(5) + "  Radius of Gyration: " + str(rg) + "  Area of Convex Hull: " + str(ch))