def calculate_amount_for_pix(water_map, amount_map, pix):
if water_map[pix[0], pix[1], 2] > 0:
return amount_map[pix[0]][pix[1]]
water_amount = 1
water_map[pix[0], pix[1], 1] = 1
for dir_no in directions.keys():
if 0 <= pix[0] + directions[(dir_no + 4) % 8][0] < mapdimensions[0] and \
0 <= pix[1] + directions[(dir_no + 4) % 8][1] < mapdimensions[1] and \
water_map[
pix[0] + directions[(dir_no + 4) % 8][0],
pix[1] + directions[(dir_no + 4) % 8][1],
0
] / 30 == dir_no:
if water_map[
pix[0] + directions[(dir_no + 4) % 8][0],
pix[1] + directions[(dir_no + 4) % 8][1],
2
] <= 0 and water_map[
pix[0] + directions[(dir_no + 4) % 8][0],
pix[1] + directions[(dir_no + 4) % 8][1],
1
] == 1:
print("Circle detected!")
#water_amount = int(round(pow(water_amount + 30, 0.6) * slope / 3.0 - 51.3))
amount_map[pix[0]][pix[1]] = water_amount
if water_amount > 255:
water_map[pix[0], pix[1], 2] = 255
else:
water_map[pix[0], pix[1], 2] = water_amount
return water_amount
water_amount += calculate_amount_for_pix(
water_map,
amount_map,
(pix[0] + directions[(dir_no + 4) % 8][0], pix[1] + directions[(dir_no + 4) % 8][1])
)
#water_amount = int(round(pow(water_amount + 30, 0.6) * slope / 3.0 - 51.3))
amount_map[pix[0]][pix[1]] = water_amount
if water_amount > 255:
water_map[pix[0], pix[1], 2] = 255
else:
water_map[pix[0], pix[1], 2] = water_amount
return water_amount
def update_max_map(height_map, water_map, pix, max_height):
jobs = [(height_map, water_map, (pix[0], pix[1]), max_height)]
while len(jobs) > 0:
height_map, water_map, pix, job_max_height = jobs.pop(0)
a = directions.keys()
for i in a:
v = directions[i]
max_height = job_max_height
if 0 <= pix[0] + v[0] < mapdimensions[0] and 0 <= pix[1] + v[1] < mapdimensions[1]:
if i != water_map[pix[0], pix[1], 0]:
if v[2]:
max_height += slope
else:
max_height += slopediag
if height_map[pix[0] + v[0], pix[1] + v[1], 1] > max_height:
height_map[pix[0] + v[0], pix[1] + v[1], 1] = min(
max_height,
height_map[pix[0] + v[0], pix[1] + v[1], 1])
jobs.append((height_map, water_map, (pix[0] + v[0], pix[1] + v[1]), max_height))
jobs.sort(key=get_min_height, reverse=True)
def update_min_map(height_map, water_map, pix, min_height):
jobs = [(height_map, water_map, (pix[0], pix[1]), min_height)]
while len(jobs) > 0:
height_map, water_map, pix, job_min_height = jobs.pop(0)
a = directions.keys()
for i in a:
v = directions[i]
min_height = job_min_height
if 0 <= pix[0] + v[0] < mapdimensions[0] and 0 <= pix[1] + v[1] < mapdimensions[1]:
v_source = directions[water_map[pix[0]+v[0], pix[1]+v[1], 0]]
if 0 != v[0]+v_source[0] or 0 != v[1]+v_source[1]:
if v[2]:
min_height -= slope
else:
min_height -= slopediag
if height_map[pix[0] + v[0], pix[1] + v[1], 0] < min_height:
height_map[pix[0] + v[0], pix[1] + v[1], 0] = max(
min_height,
height_map[pix[0] + v[0], pix[1] + v[1], 0]
)
jobs.append((height_map, water_map, (pix[0] + v[0], pix[1] + v[1]), min_height))
jobs.sort(key=get_min_height)