def test6():
asteroid_map = parse_map(input3)
laser_station = (11, 13)
n = 200
twohudrefth = find_nth_to_be_lasered(laser_station,asteroid_map,n)
assert twohudrefth==(8,2)
def test5():
asteroid_map = parse_map(input3)
laser_station = (11, 13)
asteroid_map.remove(laser_station)
asdf = ((a,n_between(laser_station,a,asteroid_map),angle_to(laser_station,a)) for a in asteroid_map)
asdf_sorted_by_angle = sorted(asdf,key=itemgetter(2))
asdf_sorted_by_depth_and_angle = sorted(asdf_sorted_by_angle,key=itemgetter(1))
listigt = [t[0] for t in asdf_sorted_by_depth_and_angle]
assert listigt[1-1]==(11,12)
assert listigt[2-1]==(12,1)
assert listigt[3-1]==(12,2)
assert listigt[10-1]==(12,8)
assert listigt[20-1]==(16,0)
assert listigt[50-1]==(16,9)
assert listigt[100-1]==(10,16)
assert listigt[199-1]==(9,6)
assert listigt[200-1]==(8,2)
assert listigt[201-1]==(10,9)
assert listigt[299-1]==(11,1)
assert len(listigt)==299
def test1():
"""Compute correct number of neighbors for a specific map"""
asteroid_map = parse_map(input1)
los_graph = Graph()
for a in asteroid_map:
los_graph.add_node(a)
for (from_, to_) in combinations(asteroid_map, 2):
if has_line_of_sight(from_,to_,asteroid_map):
los_graph.add_edge((from_, to_))
detector_count_per_asteroid = [
(node_id,len(node_dict['neighbors']))
for node_id,node_dict in los_graph.nodes.items()
]
outdata = [['.'] * 5 for _ in range(5)]
for (x,y),c in detector_count_per_asteroid:
outdata[y][x] = c
outmap = "\n".join(
map(lambda s: "".join(map(lambda c: str(c),s))
,outdata)
)
assert outmap ==input1_countmap
def test3():
asteroid_map = parse_map(input2)
pos,detectables = find_best_location(asteroid_map)
assert (5, 8)==pos
assert 33==detectables
def test2():
"""Draw correct conclusions about the smallest map"""
asteroid_map = parse_map(input1)
pos,detectables = find_best_location(asteroid_map)
assert (3, 4)==pos
assert 8==detectables
def test0():
"""Parse a simple map"""
asteroid_map = parse_map(input1)
true_map = {(1, 0), (4, 0), (0, 2), (1, 2), (2, 2), (3, 2), (4, 2), (4, 3), (3, 4), (4, 4)}
assert asteroid_map == true_map
def test4():
asteroid_map = parse_map(input3)
pos,detectables = find_best_location(asteroid_map)
assert (11, 13)==pos
assert 210==detectables
from day10.day10_lib import find_best_location, find_nth_to_be_lasered, parse_map
from util import read_input_file
innn = read_input_file('day10.txt')
asteroid_map = parse_map(innn)
pos, detectables = find_best_location(asteroid_map)
print("Part A!")
print(detectables)
ass = find_nth_to_be_lasered(pos, asteroid_map, 200)
print("Part B!")
print(ass[0] * 100 + ass[1])