def overlaps_with(self, other):
"""
Returns True if the given |other| piece overlaps with this piece, False
otherwise.
"""
assert isinstance(other, Circuit_Piece), 'other must be a Circuit_Piece'
return rects_overlap(self.bbox(), other.bbox())
def overlaps_with(self, other):
"""
Returns True if the given |other| piece overlaps with this piece, False
otherwise.
"""
assert isinstance(other,
Circuit_Piece), 'other must be a Circuit_Piece'
return rects_overlap(self.bbox(), other.bbox())
def crossed_by(self, wire):
"""
Returns True if the given |wire| crosses this piece, False otherwise.
"""
assert isinstance(wire, Wire), 'wire must be a Wire'
r_min, c_min, r_max, c_max = self.bbox()
wire_r_min = min(wire.r_1, wire.r_2)
wire_r_max = max(wire.r_1, wire.r_2)
wire_c_min = min(wire.c_1, wire.c_2)
wire_c_max = max(wire.c_1, wire.c_2)
return rects_overlap(self.bbox(), (wire_r_min, wire_c_min, wire_r_max,
wire_c_max))
def crossed_by(self, wire):
"""
Returns True if the given |wire| crosses this piece, False otherwise.
"""
assert isinstance(wire, Wire), 'wire must be a Wire'
r_min, c_min, r_max, c_max = self.bbox()
wire_r_min = min(wire.r_1, wire.r_2)
wire_r_max = max(wire.r_1, wire.r_2)
wire_c_min = min(wire.c_1, wire.c_2)
wire_c_max = max(wire.c_1, wire.c_2)
return rects_overlap(self.bbox(),
(wire_r_min, wire_c_min, wire_r_max, wire_c_max))
