def scan():
global text, in_buf
s = 0
c = IntComputer(text, f_in)
rep = {0: '.', 1: '#'}
f_edges = []
r_edges = []
points = {}
for x in range(1074, 1179):
in_beam = False
for y in range(1724, 1830):
in_buf.append(x)
in_buf.append(y)
c.run()
if c.output:
o = c.output.pop()
s += o
if o == 1 and not in_beam:
f_edges.append((x, y))
in_beam = True
if in_beam and o == 0:
r_edges.append((x, y - 1))
in_beam = False
points[(x, y)] = o
print(rep[o], end="")
c.reset()
print()
import math
f_thetas = []
f_edges.pop(0)
r_edges.pop(0)
for p in f_edges:
f_thetas.append(math.degrees(math.atan(p[0] / p[1])))
r_thetas = []
for p in r_edges:
r_thetas.append(math.degrees(math.atan(p[0] / p[1])))
print(f_thetas)
print(r_thetas)
f_avg = sum(f_thetas) / len(f_thetas)
r_avg = sum(r_thetas) / len(r_thetas)
print(f_avg)
print(r_avg)
print("min/max f", min(f_thetas), max(f_thetas))
print("min/max r", min(r_thetas), max(r_thetas))
def check(x, y):
global text, in_buf
outs = []
c = IntComputer(text, f_in)
in_buf.append(x)
in_buf.append(y)
c.run()
outs.append(c.output.pop())
c.reset()
in_buf.append(x + 99)
in_buf.append(y)
c.run()
outs.append(c.output.pop())
c.reset()
in_buf.append(x)
in_buf.append(y + 99)
c.run()
outs.append(c.output.pop())
return all(o == 1 for o in outs)