(current[0] != maze.size[0])) and ((current[1] != 0) and
(current[1] != maze.size[1])):
maze.set(current, ' ')
# Direction shit. I'm writing this at 12:44AM while listening to Radiohead - Sepeartor
# Needless to say I have no f*****g idea why it works...
if (direction is 0) or (direction is 2):
visited.append(around[1])
visited.append(around[3])
else:
visited.append(around[0])
visited.append(around[2])
# Move on!
path.append(current)
current = maze.advance(current, direction)
# Now we need to place the start/finish points
# Find the midpoints
midX = maze.size[0] / 2
midY = maze.size[1] / 2
# Now let's find a point in the top left that's suitable
for y in range(midY):
for x in range(midX):
coord = (x, y)
scan = maze.scan(coord)
if scan.count('#') is 3 and scan.count(' ') is 1:
maze.set(coord, 'S')
maze.start = coord
break
try:
finish = around.index('F')
# Mark off the last breadcrumb
maze.set(current, '.')
solved = True
break
except ValueError:
pass
# Guess not, let's go on
try:
direction = around.index(' ')
# Place a breadcrumb and move forward one space in that direction
if maze.get(current) != 'S':
maze.set(current, '.')
current = maze.advance(current, direction)
except ValueError:
# There's no space, so we're going to have to go back a space
try:
direction = around.index('.')
# Place an explored breadcrumb and go back
maze.set(current, '-')
current = maze.advance(current, direction)
except ValueError:
print("Something went wrong! ", current)
maze.debug()
sys.exit(1)
mazec = ""
for line in maze.maze:
for char in line:
