def process_neighborhoods(west,
south,
rows,
columns,
ax,
size,
nodes,
draw=False):
hexes, centers, corners = tile_hex((west - 0.006, south + 0.002),
rows,
columns,
ax,
size,
'b',
nodes,
draw=draw)
print(len(nodes), len(hexes))
# print(hex_dict.keys())
neighborhoods = []
for i in range(len(hexes)):
current_center = centers[i]
current_corners = corners[i]
exits, distances = find_exits(hexes[i], current_corners,
current_center, size)
# print(exits)
# print(len(hexes[i]),len(exits))
nh = Neighborhood()
nh.setNodes(hexes[i])
nh.setCorners(current_corners)
nh.setCenter(current_center)
nh.setExits(exits)
nh.setDistances(distances)
if exits == None:
nh = None
neighborhoods.append(nh)
if exits == None:
continue
# if draw:
# for n in exits:
# ax.scatter(n.x,n.y,s=50,c='b')
hex_dict = find_neighbors(neighborhoods, columns)
for i in range(len(neighborhoods)):
if neighborhoods[i] != None:
neighborhoods[i].setNeighbors(hex_dict[i])
neighborhoods[i].setID(i)
return neighborhoods
