def __init__(self,
orientation='height',
line=LineSegment.from_points([Vec2(0, 0),
Vec2(1, 0)]),
alt_of=None):
super(LineRepresentation, self).__init__(alt_of)
self.line = line
# extend the LineSegment to include a bounding_box field, planar doesn't have that originally
self.line.bounding_box = BoundingBox.from_points(self.line.points)
self.num_dim = 1
self.middle = line.mid
self.alt_representations = [PointRepresentation(self.line.mid, self)]
classes = [Landmark.END, Landmark.MIDDLE, Landmark.END] if orientation == 'height' \
else [Landmark.SIDE, Landmark.MIDDLE, Landmark.SIDE]
self.landmarks = {
'start':
Landmark('start', PointRepresentation(self.line.start), self,
classes[0]),
'end':
Landmark('end', PointRepresentation(self.line.end), self,
classes[2]),
'middle':
Landmark('middle', PointRepresentation(self.line.mid), self,
classes[1]),
}
def __init__(self, orientation='height', line=LineSegment.from_points([Vec2(0, 0), Vec2(1, 0)]), alt_of=None):
super(LineRepresentation, self).__init__(alt_of)
self.line = line
# extend the LineSegment to include a bounding_box field, planar doesn't have that originally
self.line.bounding_box = BoundingBox.from_points(self.line.points)
self.num_dim = 1
self.middle = line.mid
self.alt_representations = [PointRepresentation(self.line.mid, self)]
classes = [Landmark.END, Landmark.MIDDLE, Landmark.END] if orientation == 'height' \
else [Landmark.SIDE, Landmark.MIDDLE, Landmark.SIDE]
self.landmarks = {
'start': Landmark('start', PointRepresentation(self.line.start), self, classes[0]),
'end': Landmark('end', PointRepresentation(self.line.end), self, classes[2]),
'middle': Landmark('middle', PointRepresentation(self.line.mid), self, classes[1]),
}
def __init__(self, ratio=None, line=LineSegment.from_points([Vec2(0, 0), Vec2(1, 0)]), alt_of=None):
super(LineRepresentation, self).__init__(alt_of)
self.line = line
# extend the LineSegment to include a bounding_box field, planar doesn't have that originally
self.line.bounding_box = BoundingBox.from_points(self.line.points)
self.num_dim = 1
self.middle = line.mid
self.alt_representations = [PointRepresentation(self.line.mid, self)]
self.ratio_limit = 2
if ratio is None or ratio >= self.ratio_limit:
self.landmarks = {
'start': Landmark('start', PointRepresentation(self.line.start), self, Landmark.END),
'middle': Landmark('middle', PointRepresentation(self.line.mid), self, Landmark.MIDDLE),
'end': Landmark('end', PointRepresentation(self.line.end), self, Landmark.END),
}
else:
self.landmarks = {
'start': Landmark('start', PointRepresentation(self.line.start), self, Landmark.SIDE),
'end': Landmark('end', PointRepresentation(self.line.end), self, Landmark.SIDE)
}
def __init__(self, ratio=None, line=LineSegment.from_points([Vec2(0, 0), Vec2(1, 0)]), alt_of=None):
super(LineRepresentation, self).__init__(alt_of)
self.ratio = ratio
self.line = line
# extend the LineSegment to include a bounding_box field, planar doesn't have that originally
self.line.bounding_box = BoundingBox.from_points(self.line.points)
self.num_dim = 1
self.middle = line.mid
self.alt_representations = [PointRepresentation(self.line.mid, self)]
self.ratio_limit = 2
if ratio is None or ratio >= self.ratio_limit:
self.landmarks = {
'start': Landmark('start', PointRepresentation(self.line.start), self, Landmark.END),
'middle': Landmark('middle', PointRepresentation(self.line.mid), self, Landmark.MIDDLE),
'end': Landmark('end', PointRepresentation(self.line.end), self, Landmark.END),
}
else:
self.landmarks = {
'start': Landmark('start', PointRepresentation(self.line.start), self, Landmark.SIDE),
'end': Landmark('end', PointRepresentation(self.line.end), self, Landmark.SIDE)
}
