Edited

homework8/social_network.py

@@ -43,18 +43,51 @@ def draw_practice_graph():
 
 # Comment out this line after you have visually verified your practice graph.
 # Otherwise, the picture will pop up every time that you run your program.
-draw_practice_graph()
+###draw_practice_graph()
 
 
 ###
 ### Problem 1b
 ###
 
-# (Your code goes here.)
+rj = nx.Graph()
+
+rj.add_node("Mercutio")
+rj.add_node("Capulet")
+rj.add_node("Friar Laurence")
+rj.add_node("Montague")
+rj.add_node("Benvolio")
+rj.add_node("Escalus")
+rj.add_node("Paris")
+rj.add_node("Romeo")
+rj.add_node("Juliet")
+rj.add_node("Nurse")
+rj.add_node("Tybalt")
+
+rj.add_edge("Nurse", "Juliet")
+rj.add_edge("Juliet", "Capulet")
+rj.add_edge("Juliet", "Tybalt")
+rj.add_edge("Juliet", "Romeo")
+rj.add_edge("Capulet", "Tybalt")
+rj.add_edge("Capulet", "Escalus")
+rj.add_edge("Capulet", "Paris")
+rj.add_edge("Friar Laurence", "Romeo")
+rj.add_edge("Friar Laurence", "Juliet")
+rj.add_edge("Romeo", "Mercutio")
+rj.add_edge("Mercutio", "Paris")
+rj.add_edge("Mercutio", "Escalus")
+rj.add_edge("Montague", "Escalus")
+rj.add_edge("Benvolio", "Montague")
+rj.add_edge("Romeo", "Montague")
+rj.add_edge("Romeo", "Benvolio")
+rj.add_edge("Escalus", "Paris")
 
 assert len(rj.nodes()) == 11
 assert len(rj.edges()) == 17
 
+
+
+
 def draw_rj():
     """Draw the rj graph to the screen and to a file."""
     nx.draw(rj)
@@ -64,7 +97,7 @@ def draw_rj():
 # Comment out this line after you have visually verified your rj graph and
 # created your PDF file.
 # Otherwise, the picture will pop up every time that you run your program.
-draw_rj()
+###draw_rj()
 
 
 ###