def rotate(self, forward=True):
"rotate this maze. If forward, the XY dimensions move forward in RGB. Else, backward."
# modify blocks and size
rotate1 = lambda block: geo.rotate1(block, forward)
newblocks = {}
for (block, value) in self.blocks.items():
newblocks[rotate1(block)] = value
self.blocks = newblocks
self.size = rotate1(self.size)
self.goalpos = rotate1(self.goalpos)
def rotate(self, forward=True):
"Rotate the maze forward one dimension."
rotate1 = lambda block: geo.rotate1(block, forward)
self.lab.rotate(forward)
self.player.pos = rotate1(self.player.pos)
# also, change motion and animation motion (small utility for that)
def update1(motion):
"rotate a motion's direction"
if not motion:
return motion
dim, n = motion
if forward:
dim = (dim+1) % self.lab.ndim
else:
dim = (dim-1 + self.lab.ndim) % self.lab.ndim
return (dim, n)
self.player.motion = update1(self.player.motion)
anim = self.player.animation
if anim:
anim.dim, anim.mov = update1((anim.dim, anim.mov))
# also, rotate the GUI (needed for color management)
self.gui.rotate()
def rotate(self, forward=True): "rotate the various vectors inside the color manager" self.colorstep = geo.rotate1(self.colorstep, forward)
