def spawn_truck(pmap, odds):
for x in range(pmap.width):
for y in range(pmap.height):
if random.random() < odds and check_for_ground(
pmap, x, y, 1, 3) and is_actual_path(
pmap, x, y + 2) and is_actual_path(pmap, x + 2, y + 2):
if check_for_building(pmap, x, y, 3, 3) and flat_surface(
pmap, x, y + 1, 3, 2) and check_for_decoration(
pmap, x, y, 3, 3):
for truck_tile in range(9):
pmap.secondary_ground[(x + truck_tile % 3, y +
math.floor(truck_tile / 3))] = (
"de", 7 + truck_tile % 3,
truck_tile // 3)
return
def spawn_truck(pmap, odds):
for x in range(pmap.width):
for y in range(pmap.height):
if random.random() < odds and pmap.ground.empty_area(
(x, y), (x + 2, y + 1)) and is_actual_path(
pmap.ground, x, y + 2) and is_actual_path(
pmap.ground, x + 2, y + 2):
if check_for_building(
pmap.buildings, x, y, 3, 3) and flat_surface(
pmap, x, y + 1, 3, 2) and check_for_decoration(
pmap.decoration, x, y, 3, 3):
for truck_tile in range(6):
pmap.decoration.set_tile(
(x + truck_tile % 3,
y + math.floor(truck_tile / 3)),
("de", 7 + truck_tile % 3, truck_tile // 3))
return
def set_npc(pmap, layer, npc, x, y):
direction = 0 if npc == 54 else random.randint(
0, 3) # Npcs nr 50 only has 1 direction
layer.set_tile((x, y), ("np", npc % 5 * 4 + direction, npc // 5))
if direction == 1 and is_actual_path(pmap.ground, x, y):
if (x + 1, y) not in layer.get_ex_pos() and (
x + 1, y
) not in pmap.buildings.get_ex_pos() and "hi" != pmap.ground.get_tile(
(x + 1, y)) and "fe" != pmap.ground.get_tile(
x + 1, y) and (x + 1, y) not in pmap.ground2.get_ex_pos():
snpc = get_path_npc()
while snpc == 54:
snpc = get_path_npc()
layer.set_tile((x + 1, y), ("np", snpc % 5 * 4 + 3, snpc // 5))
def set_npc(pmap, npc, x, y):
direction = 0 if npc == 54 else random.randint(
0, 3) # Npcs nr 50 only has 1 direction
pmap.npc_layer[(x, y)] = ("np", npc % 5 * 4 + direction, npc // 5)
if direction == 1 and is_actual_path(pmap, x, y):
if (x + 1, y) not in pmap.npc_layer.keys() and (
x + 1, y
) not in pmap.buildings.keys() and "hi" != pmap.ground_layer.get(
(x + 1, y), "") and "fe" != pmap.get_tile_type(
"ground_layer", x + 1,
y) and (x + 1, y) not in pmap.secondary_ground.keys():
snpc = get_path_npc()
while snpc == 54:
snpc = get_path_npc()
pmap.npc_layer[(x + 1, y)] = ("np", snpc % 5 * 4 + 3, snpc // 5)
def spawn_npc(pmap, layer, population, path_only=False):
coord = random_npc_coordinates(pmap, population)
for co in coord:
x, y = co
if pmap.tile_heights.get((x, y), -1) <= pmap.highest_path and (
x, y) not in pmap.buildings.get_ex_pos(
) and "hi" != pmap.ground.get_tile_type(
(x, y)) and (x, y) not in pmap.ground2.get_ex_pos():
if path_only:
if is_actual_path(pmap.ground, x, y):
npc = get_path_npc()
set_npc(layer, npc, x, y)
else:
npc = get_npc(pmap, x, y)
if npc is not None:
set_npc(pmap, pmap.npc, npc, x, y)
def get_npc(pmap, x, y):
WATER_LVL = 0.2
npc_number = None
if not pmap.raining:
if random.random() < WATER_LVL and "wa" == pmap.get_tile_type(
"ground_layer", x, y) and is_inside_cluster(pmap, x, y, 20, 1):
npc_number = get_water_npc()
elif "ro" in pmap.ground_layer.get((x, y), ""):
npc_number = get_bridge_npc()
elif random.random() < WATER_LVL and 3 == get_path_type(
pmap, x, y) in pmap.ground_layer.get(
(x, y), "") and is_inside_cluster(pmap, x, y, 20, 1):
npc_number = get_shore_npc()
if (x, y) not in pmap.ground_layer.keys():
npc_number = get_outside_npc()
elif is_actual_path(pmap, x, y):
npc_number = get_path_npc()
return npc_number
def get_npc(pmap, x, y):
WATER_LVL = 0.2
npc_number = None
if not pmap.raining:
if random.random() < WATER_LVL and "wa" == pmap.ground.get_tile_type(
(x, y)) and is_inside_cluster(pmap, x, y, 8, 1):
npc_number = get_water_npc()
elif "ro" == pmap.ground.get_tile((x, y)):
npc_number = get_bridge_npc()
elif random.random() < WATER_LVL and 3 == get_path_type(
pmap.ground, x, y) in pmap.ground.get_tile(
(x, y)) and is_inside_cluster(pmap, x, y, 8, 1):
npc_number = get_shore_npc()
if (x, y) not in pmap.ground.get_ex_pos():
npc_number = get_outside_npc()
elif is_actual_path(pmap.ground, x, y):
npc_number = get_path_npc()
return npc_number