def draw_outbound(self, ctx):
# Draw outbound segments
for platform, destination, line, subtrack, leaves_start, finishes_end in self.outbounds:
# Draw the ends if they've not been done yet.
if not platform.drawn:
platform.draw(ctx)
if not destination.drawn:
destination.draw(ctx)
# Make sure which ends we're using
if leaves_start:
start_point = platform.start_point
start_dir = platform.direction.left.left.left.left
else:
start_point = platform.end_point
start_dir = platform.direction
if finishes_end:
end_point = destination.end_point
end_dir = destination.direction.left.left.left.left
else:
end_point = destination.start_point
end_dir = destination.direction
# Draw!
Segment(
start_point,
start_dir,
end_point,
end_dir,
line.colors,
subtrack=subtrack,
).draw(ctx)
def __init__(self, n):
"""
Constructor
:param n: Length of pipe
:type n: int
"""
self.length = n # get a length of pipe
self.segments = [Segment()
for i in range(n)] # store all segments in one pipe
# check if segments in pipe can have neighbours
if len(self.segments) > 1:
# for each segments set its neighbours
for i in range(len(self.segments)):
# set neighbour for the first segment
if i == 0:
self.segments[0].add_neighbour(self.segments[1])
self.segments[0].next = self.segments[1]
# set neighbour for the last segment
elif i == len(self.segments) - 1:
self.segments[-1].add_neighbour(self.segments[-2])
self.segments[-1].next = None
else:
self.segments[i].add_neighbour(self.segments[i - 1])
self.segments[i].add_neighbour(self.segments[i + 1])
self.segments[i].next = self.segments[i + 1]
else:
self.segments[0].next = None
def draw(self, ctx):
"Draws this platform on the map"
if self.line.code != "none":
Segment(
self.start_point,
self.direction,
self.end_point,
self.direction,
self.line.colors,
platform = 0,
dashed = True,
).draw(ctx)
self.drawn = True
def draw(self, ctx):
"Draws this platform on the map"
# Draw the main platform segment
if self.line.code != "none":
Segment(
self.start_point,
self.direction,
self.end_point,
self.direction,
self.line.colors,
platform = self.platform_side,
platform_color = self.color,
).draw(ctx)
self.drawn = True
def __init__(self, n):
"""
Constructor
:param n: Length of pipe
:type n: int
"""
self.length = n
self.boxes = [Segment() for i in range(self.length)]
if len(self.boxes) > 1:
for i in range(self.length):
if i == 0:
# self.boxes[0].next = self.boxes[1]
self.boxes[0].add_neighbour(self.boxes[1])
elif i == self.length - 1:
# self.boxes[-1].next = None
pass
else:
# self.boxes[i].next = self.boxes[i + 1]
self.boxes[i].add_neighbour(self.boxes[i + 1])
else:
# self.boxes[0].next = None
pass