def __init__(self, text=None, white=False):
# 1. Set the initial values
self.loc = (0, 0)
self.facing = FACE_UP
self.computer = intcode.IntCode(text=text)
# 2. If we want to start on a white panel, paint it white
if white:
self.hull = hull.Hull(white=self.loc)
else:
self.hull = hull.Hull()
def test_empty_init(self):
"""Test default Hull object creation"""
# 1. Create default Hull object
myhull = hull.Hull()
# 2. Make sure it has the default values
self.assertEqual(myhull.panels, {})
# 3. Check methods
self.assertEqual(myhull.at_least_once(), 0)
self.assertEqual(myhull.color((7, 11)), panel.COLOR_BLACK)
def test_painting(self):
"Test Asteroids object creation with text"
# 1. Create default Hull object
myhull = hull.Hull()
# 2. Do what the robot did part one of the problem
# 2a. Starts at (0,0), input 0 -> 1, 0
self.assertEqual(myhull.color((0, 0)), panel.COLOR_BLACK)
myhull.paint((0, 0), panel.COLOR_WHITE)
self.assertEqual(myhull.color((0, 0)), panel.COLOR_WHITE)
# 2b. input 0 -> 0, 0
self.assertEqual(myhull.color((0, -1)), panel.COLOR_BLACK)
myhull.paint((0, -1), panel.COLOR_BLACK)
self.assertEqual(myhull.color((0, -1)), panel.COLOR_BLACK)
# 2c. input 0 -> 1, 0
self.assertEqual(myhull.color((-1, -1)), panel.COLOR_BLACK)
myhull.paint((-1, -1), panel.COLOR_WHITE)
self.assertEqual(myhull.color((-1, -1)), panel.COLOR_WHITE)
# 2d. input 0 -> 1, 0
self.assertEqual(myhull.color((-1, 0)), panel.COLOR_BLACK)
myhull.paint((-1, 0), panel.COLOR_WHITE)
self.assertEqual(myhull.color((-1, 0)), panel.COLOR_WHITE)
# 2e. Back at the start, input 1 -> 0, 1
self.assertEqual(myhull.color((0, 0)), panel.COLOR_WHITE)
myhull.paint((0, 0), panel.COLOR_BLACK)
self.assertEqual(myhull.color((0, 0)), panel.COLOR_BLACK)
# 2f. input 0 -> 1, 0
self.assertEqual(myhull.color((0, 1)), panel.COLOR_BLACK)
myhull.paint((0, 1), panel.COLOR_WHITE)
self.assertEqual(myhull.color((0, 1)), panel.COLOR_WHITE)
# 2g. input 0 -> 1, 0
self.assertEqual(myhull.color((1, 1)), panel.COLOR_BLACK)
myhull.paint((1, 1), panel.COLOR_WHITE)
self.assertEqual(myhull.color((1, 1)), panel.COLOR_WHITE)
# 3. Check the results
self.assertEqual(myhull.at_least_once(), 6)
def one_two_three():
strings = ['1', '2', '3']
persp = perspective.Persp()
persp.fix_Q(special='cylinder', number=3)
for font in text.fonts:
arrays = text.array(strings, font=font)
imgs = image.images(arrays, labels=strings, justify='vertical')
h = hull.Hull(imgs, persp)
h.add_points(10000)
np.savetxt('examples/123/' + font + '_10000_123.csv',
h.X,
delimiter=',')
np.savetxt('examples/123/' + font + '_10000_1.csv',
h.Y[0],
delimiter=',')
np.savetxt('examples/123/' + font + '_10000_2.csv',
h.Y[1],
delimiter=',')
np.savetxt('examples/123/' + font + '_10000_3.csv',
h.Y[2],
delimiter=',')
h.figure(plot=False)
plt.savefig('examples/123/' + font + '_10000')
for target in [1000, 500, 200, 100]:
h.uniformize(target=target)
target = str(target)
np.savetxt('examples/123/' + font + '_' + target + '_123.csv',
h.X,
delimiter=',')
np.savetxt('examples/123/' + font + '_' + target + '_1.csv',
h.Y[0],
delimiter=',')
np.savetxt('examples/123/' + font + '_' + target + '_2.csv',
h.Y[1],
delimiter=',')
np.savetxt('examples/123/' + font + '_' + target + '_3.csv',
h.Y[2],
delimiter=',')
h.figure(plot=False)
plt.savefig('examples/123/' + font + '_' + target + '_image')
def xyz():
strings = ['x', 'y', 'z']
persp = perspective.Persp()
persp.fix_Q(special='standard', number=3)
for font in text.fonts:
arrays = text.array(strings, font=font)
imgs = image.images(arrays, labels=strings, justify='vertical')
h = hull.Hull(imgs, persp)
h.add_points(10000)
np.savetxt('examples/xyz/' + font + '_10000_xyz.csv',
h.X,
delimiter=',')
h.figure(plot=False)
plt.savefig('examples/xyz/' + font + '_10000')
for target in [1000, 500, 200, 100]:
h.uniformize(target=target)
target = str(target)
np.savetxt('examples/xyz/' + font + '_' + target + '_xyz.csv',
h.X,
delimiter=',')
h.figure(plot=False)
plt.savefig('examples/xyz/' + font + '_' + target + '_image')