def get_graph(restaurants, movies, home, travel_mode = 'driving'):
graph = []
home = Node(home)
#weight originally just set to the time of travel
for movie in movies:
show = Node(movie)
home.add_edge(show, show.data.travel_from_home) #did we do this?
for node in graph:
#move to movie?
if node.data.type != 'movie':
travel = get_distance(node.data.lat, node.data.lng, movie.lat, movie.lng, travel_mode)
node.add_edge(show,travel)
show.add_edge(node, travel)
graph.append(show)
for restaurant in restaurants:
eat = Node(restaurant)
home.add_edge(eat, get_distance(home.data.lat, home.data.lng, restaurant.lat, restaurant.lng, travel_mode))
for node in graph:
if node.data.type != 'restaurant':
travel = get_distance(node.data.lat, node.data.lng, restaurant.lat, restaurant.lng, travel_mode)
node.add_edge(eat,travel)
eat.add_edge(node, travel)
graph.append(eat)
return (home,graph)
def get_graph(restaurants, movies, home, travel_mode = 'driving'):
graph = []
home = Node(home)
#weight originally just set to the time of travel
for movie in movies:
show = Node(movie)
home.add_edge(show, show.data.travel_from_home) #did we do this?
for node in graph:
#move to movie?
if node.data.type != 'movie':
travel = get_distance(node.data.lat, node.data.lng, movie.lat, movie.lng, travel_mode)
node.add_edge(show,travel)
show.add_edge(node, travel)
graph.append(show)
for restaurant in restaurants:
eat = Node(restaurant)
home.add_edge(eat, get_distance(home.data.lat, home.data.lng, restaurant.lat, restaurant.lng, travel_mode))
for node in graph:
if node.data.type != 'restaurant':
travel = get_distance(node.data.lat, node.data.lng, restaurant.lat, restaurant.lng, travel_mode)
node.add_edge(eat,travel)
eat.add_edge(node, travel)
graph.append(eat)
return (home,graph)
def get_movie_objs(data_dict,
home,
user_start,
user_end,
travel_mode='driving'):
movies = set([])
theatre_count = 0
for theatre in data_dict.keys():
#if theatre_count < theatre_max:
# theatre_count += 1
address = data_dict[theatre]['address']
(lat, lng) = get_coordinates(address)
travel_time = get_distance(home.lat, home.lng, lat, lng, travel_mode)
if user_start + travel_time < user_end:
for name in data_dict[theatre]['movies'].keys():
run_time = data_dict[theatre]['movies'][name]['run_time']
for time in data_dict[theatre]['movies'][name]['start_times']:
if run_time != None:
if time > user_start and time + run_time < user_end:
movie_obj = movie(name, time, run_time, theatre,
lat, lng, travel_time)
movies.add(movie_obj)
return movies
def get_movie_objs(data_dict, home, user_start, user_end, travel_mode = 'driving'):
movies = set([])
theatre_count = 0
for theatre in data_dict.keys():
#if theatre_count < theatre_max:
# theatre_count += 1
address = data_dict[theatre]['address']
(lat,lng) = get_coordinates(address)
travel_time = get_distance(home.lat, home.lng,lat, lng, travel_mode)
if user_start + travel_time < user_end:
for name in data_dict[theatre]['movies'].keys():
run_time = data_dict[theatre]['movies'][name]['run_time']
for time in data_dict[theatre]['movies'][name]['start_times']:
if run_time != None:
if time > user_start and time + run_time < user_end:
movie_obj = movie(name, time, run_time, theatre, lat, lng, travel_time)
movies.add(movie_obj)
return movies