def __init__(self,
board_coverage,
current_point,
num_bends=0,
direction=None,
steps=0,
parent=None,
cost=0):
Search_Node.__init__(
self, (board_coverage, current_point, num_bends, direction, steps),
parent, cost)
def __init__(self, proto_board, loc_pairs, parent=None, cost=0,
filter_wire_lengths=False):
"""
|proto_board|: current Proto_Board in the search.
|loc_pairs|: a tuple of tuples of the form (loc_1, loc_2, resistor, label),
where loc_1 and loc_2 are to be connected and resistor indicates
whether there needs to be a resistor between them. label gives the label
for the path of wires connected to loc_1.
|parent|: this node's parent node, or None if this is the root node.
|cost|: the cost of getting from the root node to this node.
"""
Search_Node.__init__(self, (proto_board, loc_pairs), parent, cost)
self.filter_wire_lengths = filter_wire_lengths
def __init__(self,
proto_board,
loc_pairs,
parent=None,
cost=0,
filter_wire_lengths=False):
"""
|proto_board|: current Proto_Board in the search.
|loc_pairs|: a tuple of tuples of the form (loc_1, loc_2, resistor, label),
where loc_1 and loc_2 are to be connected and resistor indicates
whether there needs to be a resistor between them. label gives the label
for the path of wires connected to loc_1.
|parent|: this node's parent node, or None if this is the root node.
|cost|: the cost of getting from the root node to this node.
"""
Search_Node.__init__(self, (proto_board, loc_pairs), parent, cost)
self.filter_wire_lengths = filter_wire_lengths
def __init__(self, board_coverage, current_point, num_bends=0, direction=None,
steps=0, parent=None, cost=0):
Search_Node.__init__(self, (board_coverage, current_point, num_bends,
direction, steps), parent, cost)