main.py

from Image import Image
from Fourier import Fourier
from Plot import Plot

im_1 = Image("images/pikachu.png", (200, 200))
# im_2 = Image("images/einstein.jpg", (200, 200))
# im_3 = Image("images/formula.jpeg", (200, 200))
# im_4 = Image("images/dickbutt.jpg", (200, 200))
# im_5 = Image("images/obama.jpg", (200, 200))

path_1 = im_1.sort()
# path_2 = im_2.sort()
# path_3 = im_3.sort()
# path_4 = im_4.sort()
# path_5 = im_5.sort()

period_1, tup_circle_rads_1, tup_circle_locs_1 = Fourier(n_approx = 1000, coord_1 = path_1).get_circles()
# period_2, tup_circle_rads_2, tup_circle_locs_2 = Fourier(n_approx = 1000, coord_1 = path_2).get_circles(mode=2)
# period_3, tup_circle_rads_3, tup_circle_locs_3 = Fourier(n_approx = 1000, coord_1 = path_3, coord_2 = path_4).get_circles()
# period_4, tup_circle_rads_4, tup_circle_locs_4 = Fourier(coord_1 = path_5).get_circles()

##Plot(period_1, tup_circle_rads_1, tup_circle_locs_1, speed = 200).plot(save = True, ani_name = 'im_1.gif', ImageMagickLoc = 'C:\Program Files\ImageMagick-7.0.8-Q16/magick.exe')
Plot(period_1, tup_circle_rads_1, tup_circle_locs_1, speed = 200).plot(close_after_animation = True)
#Plot(period_2, tup_circle_rads_2, tup_circle_locs_2, speed = 8).plot()
# Plot(period_3, tup_circle_rads_3, tup_circle_locs_3, speed = 8).plot()
# Plot(period_4, tup_circle_rads_4, tup_circle_locs_4, visualize = True).plot()