print("\n***** Width-first *****")
for nodeID in treeOfLife.traverse("Life", mode=_WIDTH):
print(nodeID)
print("\n***** Width-first of all data in vertebrates *****")
for nodeID in treeOfLife.traverse("Vertebrates", mode=_WIDTH):
print "%s - %s" % (nodeID, treeOfLife[nodeID].data)
print "\nLeaves:"
print treeOfLife.findLeaves('Life')
print "\nBranches:"
print treeOfLife.findBranches('Life')
print "\nPath to root from Fish:"
print treeOfLife.pathToRoot('Fish')
# - - - - - - -
print "\n\n --------- Tree of Fibonacci numbers --------- \n"
treeOfN = Tree()
treeOfN.add_node(1) # root node
treeOfN.add_node(2, 1)
treeOfN.add_node(3, 2)
treeOfN.add_node(5, 3)
treeOfN.add_node(8, 5)
treeOfN.add_node(13, 8)
treeOfN.add_node(21, 13)
treeOfN.display(1)
print("\n***** Width-first *****")
for nodeID in treeOfLife.traverse("Life", mode=_WIDTH):
print(nodeID)
print("\n***** Width-first of all data in vertebrates *****")
for nodeID in treeOfLife.traverse("Vertebrates", mode=_WIDTH):
print("%s - %s" % (nodeID, treeOfLife[nodeID].data))
print("\nLeaves:")
print(treeOfLife.findLeaves('Life'))
print("\nBranches:")
print(treeOfLife.findBranches('Life'))
print("\nPath to root from Fish:")
print(treeOfLife.pathToRoot('Fish'))
# - - - - - - -
print("\n\n --------- Tree of Fibonacci numbers --------- \n")
treeOfN = Tree()
treeOfN.add_node(1) # root node
treeOfN.add_node(2, 1)
treeOfN.add_node(3, 2)
treeOfN.add_node(5, 3)
treeOfN.add_node(8, 5)
treeOfN.add_node(13, 8)
treeOfN.add_node(21, 13)
treeOfN.display(1)
print("\n***** Width-first *****")
for nodeID in treeOfLife.traverse("Life", mode=_WIDTH):
print(nodeID)
print("\n***** Width-first of all data in vertebrates *****")
for nodeID in treeOfLife.traverse("Vertebrates", mode=_WIDTH):
print "%s - %s" % (nodeID, treeOfLife[nodeID].data)
print "\nLeaves:"
print treeOfLife.findLeaves('Life')
print "\nBranches:"
print treeOfLife.findBranches('Life')
print "\nPath to root from Fish:"
print treeOfLife.pathToRoot('Fish')
# - - - - - - -
print "\n\n --------- Tree of Fibonacci numbers --------- \n"
treeOfN = Tree()
treeOfN.add_node(1) # root node
treeOfN.add_node(2,1)
treeOfN.add_node(3,2)
treeOfN.add_node(5,3)
treeOfN.add_node(8,5)
treeOfN.add_node(13,8)
treeOfN.add_node(21,13)
treeOfN.display(1)
