def main(buffers_dir=None,
divisions=DIVISIONS,
division_names=DIVISION_NAMES,
divisions_dir=None,
empty_shps_dir=EMPTY_SHPS_DIR,
recalculate=False):
p_counter = 0
for buffer_dir in iter_buffer_dirs(buffers_dir):
for division, division_name in zip(divisions, division_names):
weights_path = get_weights_path(buffer_dir, division_name)
if not os.path.isfile(weights_path) or recalculate:
division_dir = get_division_dir(division, divisions_dir)
p = Process(target=calculate_intersect_weights,
args=(division_dir, buffer_dir, weights_path,
empty_shps_dir))
print("Start process of calculating intersections between",
os.path.basename(division_dir), "and",
os.path.basename(buffer_dir), "...")
p.start()
if p_counter % 5 == 0:
p.join()
def main(
buffers_dir=None,
divisions=DIVISIONS,
division_names=DIVISION_NAMES,
divisions_dir=pf.DIVISIONS_DIR,
empty_shps_dir=EMPTY_SHPS_DIR,
recalculate=False,
):
p = None
p_counter = 0
for buffer_dir in pf.iter_buffer_dirs(buffers_dir):
for division, division_name in zip(divisions, division_names):
weights_path = pf.get_weights_path(buffer_dir, division_name)
if not os.path.isfile(weights_path) or recalculate:
division_path = pf.get_shp(division)
p = Process(
target=calculate_intersect_weights, args=(division_path, buffer_dir, weights_path, empty_shps_dir)
)
print(
"Start process of calculating intersections between",
os.path.basename(division_path),
"and",
os.path.basename(buffer_dir),
"...",
)
p.start()
p_counter += 1
if p_counter >= 5 and p_counter % 5 == 0:
p.join()
if p:
p.join()
print("Intersections calculation complete.")
def get_weights(buffer_dir, area_level):
with open(get_weights_path(buffer_dir, AREA_LEVEL_NAMES[area_level]),
"rb") as f:
return json.load(f)
def get_weights(buffer_dir, area_level):
with open(get_weights_path(buffer_dir,
AREA_LEVEL_NAMES[area_level]), "rb") as f:
return json.load(f)
