print 'Kevin Bacon has a Bacon Number of Infinity.' + '\n'
# Exception: if the title of actor_name is 'Kevin Bacon',
# return 0 as the Bacon Number. (gets rid of roman numerals)
elif bacon_functions.fix_actor_name(actor_name) == 'Kevin Bacon':
print bacon_functions.fix_actor_name(actor_name) + \
' has a Bacon Number of 0.' + '\n'
# For all other cases....
else:
# If the raw input is not Kevin Bacon, finds actor_name along
# with the bacon_number
actor_name = bacon_functions.fix_actor_name(actor_name)
bacon_number = bacon_functions.find_bacon_number(\
bacon_functions.find_connection(actor_name,actor_dict,\
movie_dict),actor_name)
# if the bacon number is infinity, return the following phrase
if bacon_number == 'Infinity':
print bacon_functions.fix_actor_name(actor_name) + \
' has a Bacon Number of ' + bacon_number + '.' + '\n'
# If Bacon number is a finite number, return that folowing
# phrase
else:
print bacon_functions.fix_actor_name(actor_name) + \
' has a Bacon Number of ' + bacon_number + '.'
connection_list = bacon_functions.find_connection(actor_name,\
actor_dict,\
movie_dict)
}
result = bacon_functions.invert_actor_dict(
{"Kevin Bacon": ["A Few Good Men (1992)", "Sleepers (1996)"]})
if expected != result:
print "Failure of function invert_actor_dict: " + \
"Result should be %s, not %s" % (str(expected), str(result))
ok = False
else:
print "Function 'invert_actor_dict' is not defined"
ok = False
if hasattr(bacon_functions, 'find_connection'):
expected = [('Sleepers (1996)', 'Kevin Bacon')]
result = bacon_functions.find_connection(
"Robert De Niro", {
"Kevin Bacon": ["Sleepers (1996)"],
"Robert De Niro": ["Sleepers (1996)"]
}, {"Sleepers (1996)": ["Kevin Bacon", "Robert De Niro"]})
if expected != result:
print "Failure of function find_connection: " + \
"Result should be %s, not %s" % (str(expected), str(result))
ok = False
else:
print "Function 'find_connection' is not defined"
ok = False
# No assertions failed, so everything looks okay, at least for the
# things we checked.
if ok:
print "okay"
# When Kevin Bacon is entred, we automatically know the bacon number
# is 0.
bacon_num = actor_name + ' has a Bacon Number of 0.'
print bacon_num
print ''
c += 1
# And the game continues.
else:
# If names other than Kevin Bacon are entred, we use find_connection
# to determine the bacon number and the related actors and movies.
connection = bacon_functions.find_connection(actor_name, actor_dict,
movie_dict)
number = len(connection)
empty = empty + [number]
if len(connection) == 0:
# If there is no connection between the actor and kevin bacon,
# we say the bacon number is infinity.
bacon_num = actor_name + ' has a Bacon Number of ' + 'Infinity.'
print bacon_num
else:
# If there is connection between the actor and kevin bacon,
# we show the bacon number.
largest = 0
bacon_number = 0
while bacon_number != -1:
actor_name = raw_input(
"Please enter an actor (or press return to exit): ")
actor_name = bacon_functions.capitalize_name(actor_name)
if actor_name == "Kevin Bacon":
print("Kevin Bacon has a Bacon Number of 0.")
elif actor_name == "":
print(
"Thank you for playing! The largest Bacon Number you found was %d."
% (largest))
bacon_number = -1
else:
full_link = bacon_functions.find_connection(
actor_name, actors_to_movies, movies_to_actors)
# The length of the full link represents the distance for any
# natural number except 0. For the case of 0, either the actor is
# either 'Kevin Bacon' (already checked above) or the actor has
# no connection with 'Kevin Bacon'.
bacon_number = len(full_link)
if not bacon_number:
print("%s has a Bacon Number of Infinity." % (actor_name))
else:
print("%s has a Bacon Number of %d." %
(actor_name, bacon_number))
previous_actor = actor_name
for sublink in full_link:
movie, actor = sublink
print("%s was in %s with %s." %
(previous_actor, movie, actor))
# When Kevin Bacon is entred, we automatically know the bacon number
# is 0.
bacon_num = actor_name + ' has a Bacon Number of 0.'
print bacon_num
print ''
c += 1
# And the game continues.
else:
# If names other than Kevin Bacon are entred, we use find_connection
# to determine the bacon number and the related actors and movies.
connection = bacon_functions.find_connection(actor_name,
actor_dict,movie_dict)
number = len(connection)
empty = empty + [number]
if len(connection) == 0:
# If there is no connection between the actor and kevin bacon,
# we say the bacon number is infinity.
bacon_num = actor_name + ' has a Bacon Number of ' + 'Infinity.'
print bacon_num
else:
# If there is connection between the actor and kevin bacon,
# we show the bacon number.
"Sleepers (1996)": ["Kevin Bacon"]}
result = bacon_functions.invert_actor_dict({"Kevin Bacon": ["A Few Good Men (1992)",
"Sleepers (1996)"]})
if expected != result:
print "Failure of function invert_actor_dict: " + \
"Result should be %s, not %s" % (str(expected), str(result))
ok = False
else:
print "Function 'invert_actor_dict' is not defined"
ok = False
if hasattr(bacon_functions, 'find_connection'):
expected = [('Sleepers (1996)', 'Kevin Bacon')]
result = bacon_functions.find_connection("Robert De Niro",
{"Kevin Bacon": ["Sleepers (1996)"],
"Robert De Niro": ["Sleepers (1996)"]},
{"Sleepers (1996)": ["Kevin Bacon",
"Robert De Niro"]})
if expected != result:
print "Failure of function find_connection: " + \
"Result should be %s, not %s" % (str(expected), str(result))
ok = False
else:
print "Function 'find_connection' is not defined"
ok = False
# No assertions failed, so everything looks okay, at least for the
# things we checked.
if ok:
print "okay"
' ...'
with open('movies_to_actors') as pickled_movies_to_actors:
movies_to_actors = cPickle.load(pickled_movies_to_actors)
largest = 0
bacon_number = 0
while bacon_number != - 1:
actor_name = raw_input("Please enter an actor (or press return to exit): ")
actor_name = bacon_functions.capitalize_name(actor_name)
if actor_name == "Kevin Bacon":
print "Kevin Bacon has a Bacon Number of 0."
elif actor_name == "":
print "Thank you for playing! The largest Bacon Number you found was %d."%(largest)
bacon_number = -1
else:
full_link = bacon_functions.find_connection(actor_name,actors_to_movies,movies_to_actors)
# The length of the full link represents the distance for any
# natural number except 0. For the case of 0, either the actor is
# either 'Kevin Bacon' (already checked above) or the actor has
# no connection with 'Kevin Bacon'.
bacon_number = len(full_link)
if not bacon_number:
print "%s has a Bacon Number of Infinity." %(actor_name)
else:
print "%s has a Bacon Number of %d." %(actor_name,bacon_number)
previous_actor = actor_name
for sublink in full_link:
movie,actor = sublink
print "%s was in %s with %s."%(previous_actor,movie,actor)
previous_actor = actor
# If the bacon number found for the actor is larger than any bacon