def decode_to_dict(file_):
return pythonize(open(file_, "r").read())
"""loop through all relevant space to and insert cities
according to function of distance and pop"""
for lat_ in range(15, 60):
for long_ in range(-125, -67):
basepoint = str((lat_, long_))
grid[basepoint] = []
for i in range(-10, 10):
for j in range(-10, 10):
if i + j > 16:
continue
point = lat_ + i, long_ + j
if point in city_grid:
for city in city_grid[point]:
if distance([0, 0], [i, j]) <= city[1]:
grid[basepoint].append(city[0])
if not grid[basepoint]:
count += 1
del grid[basepoint]
return grid
jsonfile = open("cities2.json", "w")
cities = convert_pop_to_radius(cities)
cities = decode_to_dict(cities_with_pop.json)
json.dump(cities, jsonfile)
cities = pythonize(open("cities.json", "r").read())
grid = build_city_grid(cities)
jsonfile = open("citygrid.json", "w")
json.dump(grid, jsonfile)
