class Maze:
class colors:
background = 50,50,50
wall = 255,255,255
start = 255,255,0
end = 0,255,0
def __init__(self, shape):
self.colors = Maze.colors()
self._maze = MazeArray(shape)
def render(self, image, tile, wall):
w,h = self._maze.shape
cell = tile + wall
north = wall,cell
west = cell,wall
corner = wall,wall
image.fill(self.colors.background)
# render start and end locations
start = [ i*tile+wall for i in self._maze.start ]
end = [ i*tile+wall for i in self._maze.end ]
draw.rect(image, self.colors.start, (start, (tile,tile)))
draw.rect(image, self.colors.end, (end, (tile,tile)))
# draw upper corner
# loop through maze and draw north and east side
for x in range(w):
for y in range(h):
pos = x*cell, y*cell
draw.rect(image, self.colors.wall, (pos, corner))
v = self._maze.get(x,y)
if v.north:
draw.rect(image, self.colors.wall, (pos, north))
if v.west:
draw.rect(image, self.colors.wall, (pos, west))
return image
class Maze:
class colors:
background = 50, 50, 50
wall = 255, 255, 255
start = 255, 255, 0
end = 0, 255, 0
def __init__(self, shape):
self.colors = Maze.colors()
self._maze = MazeArray(shape)
def render(self, image, tile, wall):
w, h = self._maze.shape
cell = tile + wall
north = wall, cell
west = cell, wall
corner = wall, wall
image.fill(self.colors.background)
# render start and end locations
start = [i * tile + wall for i in self._maze.start]
end = [i * tile + wall for i in self._maze.end]
draw.rect(image, self.colors.start, (start, (tile, tile)))
draw.rect(image, self.colors.end, (end, (tile, tile)))
# draw upper corner
# loop through maze and draw north and east side
for x in range(w):
for y in range(h):
pos = x * cell, y * cell
draw.rect(image, self.colors.wall, (pos, corner))
v = self._maze.get(x, y)
if v.north:
draw.rect(image, self.colors.wall, (pos, north))
if v.west:
draw.rect(image, self.colors.wall, (pos, west))
return image
def __init__(self, shape):
self.colors = Maze.colors()
self._maze = MazeArray(shape)
def __init__(self, shape):
self.colors = Maze.colors()
self._maze = MazeArray(shape)