def __init__(self, set_X, G): self.num_nodes_x = len(set_X) self.num_nodes_Y = G. num_nodes self.num_nodes_X self.set_X = set_X self.set_Y=set (range(G.num_nodes)) self.set_X # Initialize a 2D matrix with zeros, with X as row, Y as column self.adj_matrix = [[0] self.num_nodes_Y for # TODO: fill the bipartite adjacency matrix - in range(self.num_nodes_X)]

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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By using python 

todo: fill the bipartite adjacency matrix

def __init__(self, set_X, G):
self.num_nodes_x = len(set_X)
self.num_nodes_Y = G. num_nodes self.num_nodes_X
self.set_X = set_X
self.set_Y=set (range(G.num_nodes))
self.set_X
# Initialize a 2D matrix with zeros, with X as row, Y as column
self.adj_matrix = [[0] self.num_nodes_Y for
# TODO: fill the bipartite adjacency matrix
-
in range(self.num_nodes_X)]
Transcribed Image Text:def __init__(self, set_X, G): self.num_nodes_x = len(set_X) self.num_nodes_Y = G. num_nodes self.num_nodes_X self.set_X = set_X self.set_Y=set (range(G.num_nodes)) self.set_X # Initialize a 2D matrix with zeros, with X as row, Y as column self.adj_matrix = [[0] self.num_nodes_Y for # TODO: fill the bipartite adjacency matrix - in range(self.num_nodes_X)]
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