def similar_songs():
print("Enter track name: ")
track = input()
print("Enter artist name: ")
artist = input()
info = api.get_response(api.track_client.get_similar(track, artist))
if is_valid(info):
line_break()
print(f"Tracks similar to \"{track}\" by {artist}: ")
i = 1
tracks = []
matches = []
for track in info['similartracks']['track']:
print(f"#{i}: ")
print("Track:", track['name'])
print("Artist:", track['artist']['name'])
print("Playcount:", f"{int(track['playcount']):,}")
print("Match:", f"{float(track['match']):.0%}")
tracks.append(f"{track['name']}\n({track['artist']['name']})")
matches.append(float(track['match']) * 100)
if i != 10:
print()
i += 1
create_graph("Track", "Match %", tracks, matches)
else:
similar_songs()
def last_step():
line_break()
print("Anything else? (Y/N)")
selection = input()
if selection.upper() == "Y" or selection.upper() == "YES":
top_level()
else:
print("Goodbye.")
def description():
print("Enter tag: ")
tag = input()
info = api.get_response(api.tag_client.get_info(tag))
if is_valid(info):
line_break()
print(f"Description for \"{tag}\": ")
print(info['tag']['wiki']['content'])
else:
description()
def description():
print("Enter artist name: ")
artist = input()
info = api.get_response(api.artist_client.get_info(artist))
if is_valid(info):
line_break()
print(f"Description for {artist}: ")
print(info['artist']['bio']['content'])
else:
description()
def country_select():
line_break()
prompt(['1: Top Artists', '2: Top Tracks'])
selection = int(input())
if selection == 1:
country_top_artists()
elif selection == 2:
country_top_tracks()
else:
print("Invalid selection.")
country_select()
def description():
print("Enter album name: ")
album = input()
print("Enter artist name: ")
artist = input()
info = api.get_response(api.album_client.get_info(album, artist))
if is_valid(info):
line_break()
print(f"Description for \"{album}\" by {artist}: ")
print(info['album']['wiki']['content'])
else:
description()
def global_select():
line_break()
prompt(['1: Top Artists', '2: Top Tracks', '3: Top Tags'])
selection = int(input())
if selection == 1:
global_top_artists()
elif selection == 2:
global_top_tracks()
elif selection == 3:
global_top_tags()
else:
print("Invalid selection.")
global_select()
def top_tracks():
print("Enter tag: ")
tag = input()
info = api.get_response(api.tag_client.get_top_tracks(tag))
if is_valid(info):
line_break()
print(f"Top tracks tagged with \"{tag}\": ")
i = 1
for track in info['tracks']['track']:
print(f"#{i}:", f"\"{track['name']}\" by", track['artist']['name'])
i += 1
else:
top_tracks()
def top_artists():
print("Enter tag: ")
tag = input()
info = api.get_response(api.tag_client.get_top_artists(tag))
if is_valid(info):
line_break()
print(f"Top artists tagged with \"{tag}\": ")
i = 1
for artist in info['topartists']['artist']:
print(f"#{i}:", artist['name'])
i += 1
else:
top_artists()
def album_select():
line_break()
prompt(['1: Description', '2: Tags', '3: Search albums'])
selection = int(input())
line_break()
if selection == 1:
description()
elif selection == 2:
tags()
elif selection == 3:
search()
else:
print("Invalid selection.")
album_select()
def today_select():
line_break()
print("Global stats or just one country?")
options = ['1: Global', '2: Country']
for option in options:
print(option)
selection = int(input())
if selection == 1:
global_select()
elif selection == 2:
country_select()
else:
print("Invalid selection.")
today_select()
def description():
print("Enter track name: ")
track = input()
print("Enter artist name: ")
artist = input()
info = api.get_response(api.track_client.get_info(track, artist))
if is_valid(info):
line_break()
print(f"Description for \"{track}\" by {artist}: ")
print(info['track']['wiki']['content'])
print("Playcount:", f"{int(info['track']['playcount']):,}")
print("Listeners:", f"{int(info['track']['listeners']):,}")
else:
description()
def tags():
print("Enter album name: ")
album = input()
print("Enter artist name: ")
artist = input()
info = api.get_response(api.album_client.get_top_tags(album, artist))
if is_valid(info):
line_break()
print(f"Tags associated with \"{album}\" by {artist}: ")
for tag in info['toptags']['tag']:
if not "album" in str(tag['name']) and not "own" in str(
tag['name']):
print(tag['name'])
else:
tags()
def track_select():
line_break()
prompt(['1: Description', '2: Similar Songs', '3: Tags', '4: Search'])
selection = int(input())
line_break()
if selection == 1:
description()
elif selection == 2:
similar_songs()
elif selection == 3:
tags()
elif selection == 4:
search()
else:
print("Invalid selection.")
track_select()
def search():
print("Enter album name: ")
album = input()
info = api.get_response(api.album_client.search(album))
if is_valid(info):
line_break()
print(f"Albums that match \"{album}\": ")
i = 1
for album in info['results']['albummatches']:
print(f"#{i}")
print("Album:", album['name'])
print("Artist:", album['artist'])
if i != 10:
print()
i += 1
else:
search()
def top_tags():
info = api.get_response(api.tag_client.get_top_tags())
if is_valid(info):
line_break()
print(f"Top tags on Last.FM: ")
i = 1
tags = []
counts = []
for tag in info['toptags']['tag']:
print(f"#{i}: ")
print("Tag:", tag['name'])
print("Count:", f"{int(tag['count']):,}")
tags.append(tag['name'])
counts.append(tag['count'])
if i != 10:
print()
i += 1
create_graph("Tag", "Count", tags, counts)
else:
tag_select()
def global_top_tags():
info = api.get_response(api.chart_client.get_top_tags())
if is_valid(info):
line_break()
print(f"Today's top tags: ")
i = 1
tags = []
counts = []
for tag in info['tags']['tag']:
print(f"#{i}: ")
print("Tag:", tag['name'])
print("Count:", f"{int(tag['taggings']):,}")
tags.append(tag['name'])
counts.append(int(tag['taggings']))
if i != 10:
print()
i += 1
create_graph("Tag", "Count", tags, counts)
else:
today_select()
def artist_select():
line_break()
prompt(['1: Description', '2: Albums', '3: Tracks', '4: Tags', '5: Similar Artists', '6: Search'])
selection = int(input())
line_break()
if selection == 1:
description()
elif selection == 2:
albums()
elif selection == 3:
tracks()
elif selection == 4:
tags()
elif selection == 5:
similar_artists()
elif selection == 6:
search()
else:
print("Invalid selection.")
artist_select()
def global_top_artists():
info = api.get_response(api.chart_client.get_top_artists())
if is_valid(info):
line_break()
print(f"Today's top artists: ")
i = 1
artists = []
playcounts = []
for artist in info['artists']['artist']:
print(f"#{i}: ")
print("Artist:", artist['name'])
print("Playcount:", f"{int(artist['playcount']):,}")
print("Listeners:", f"{int(artist['listeners']):,}")
artists.append(artist['name'])
playcounts.append(int(artist['playcount']))
if i != 10:
print()
i += 1
create_graph("Artist", "Playcount", artists, playcounts)
else:
today_select()
def tag_select():
line_break()
prompt([
'1: Description', '2: Top Albums', '3: Top Artists', '4: Top Tags',
'5: Top Tracks'
])
selection = int(input())
line_break()
if selection == 1:
description()
elif selection == 2:
top_albums()
elif selection == 3:
top_artists()
elif selection == 4:
top_tags()
elif selection == 5:
top_tracks()
else:
print("Invalid selection.")
tag_select()
def global_top_tracks():
info = api.get_response(api.chart_client.get_top_tracks())
if is_valid(info):
line_break()
print(f"Today's top tracks: ")
i = 1
tracks = []
playcounts = []
for track in info['tracks']['artist']:
print(f"#{i}: ")
print("Track:", track['name'])
print("Artist:", track['artist']['name'])
print("Playcount:", f"{int(track['playcount']):,}")
print("Listeners:", f"{int(track['listeners']):,}")
tracks.append(f"{track['name']}\n({track['artist']['name']})")
playcounts.append(int(track['playcount']))
if i != 10:
print()
i += 1
create_graph("Track", "Playcount", tracks, playcounts)
else:
today_select()
def similar_artists():
print("Enter artist name: ")
artist = input()
info = api.get_response(api.artist_client.get_similar(artist))
if is_valid(info):
line_break()
print(f"Artists similar to {artist}: ")
i = 1
artists = []
matches = []
for artist in info['similarartists']['artist']:
print(f"#{i}:")
print("Artist:", artist['name'])
print(f"Match: {float(artist['match']):.0%}")
artists.append(artist['name'])
matches.append(float(artist['match']) * 100)
if i != 10:
print()
i += 1
create_graph("Artist", "% Match", artists, matches)
else:
similar_artists()
def tags():
print("Enter artist name: ")
artist = input()
info = api.get_response(api.artist_client.get_top_tags(artist))
if is_valid(info):
line_break()
print(f"Top tags for {artist}: ")
i = 1
tags = []
counts = []
for tag in info['toptags']['tag']:
print(f"#{i}:")
print("Tag Name:", tag['name'])
print(f"Count: {int(tag['count']):,}")
tags.append(tag['name'])
counts.append(int(tag['count']))
if i != 10:
print()
i += 1
create_graph("Tags", "Count", tags, counts)
else:
tags()
def albums():
print("Enter artist name: ")
artist = input()
info = api.get_response(api.artist_client.get_top_albums(artist))
if is_valid(info):
line_break()
print(f"Albums by {artist}: ")
i = 1
albums = []
playcounts = []
for album in info['topalbums']['album']:
print(f"#{i}:")
print("Album Name:", album['name'])
print(f"Playcount: {int(album['playcount']):,}")
albums.append(album['name'])
playcounts.append(int(album['playcount']))
if i != 10:
print()
i += 1
create_graph("Albums", "Playcount", albums, playcounts)
else:
albums()
def tracks():
print("Enter artist name: ")
artist = input()
info = api.get_response(api.artist_client.get_top_tracks(artist))
if is_valid(info):
line_break()
print(f"Top tracks for {artist}: ")
i = 1
tracks = []
playcounts = []
for track in info['toptracks']['track']:
print(f"#{i}:")
print("Track Name:", track['name'])
print(f"Playcount: {int(track['playcount']):,}")
tracks.append(track['name'])
playcounts.append(int(track['playcount']))
if i != 10:
print()
i += 1
create_graph("Tracks", "Playcount", tracks, playcounts)
else:
tracks()
def search():
print("Enter artist name: ")
artist = input()
info = api.get_response(api.artist_client.search(artist))
if is_valid(info):
line_break()
print(f"Artists that match \"{artist}\": ")
i = 1
artists = []
listeners = []
for artist in info['results']['artistmatches']['artist']:
print(f"#{i}: ")
print("Artist:", artist['name'])
print(f"Listeners: {int(artist['listeners']):,}")
artists.append(artist['name'])
listeners.append(int(artist['listeners']))
if i != 10:
print()
i += 1
create_graph("Artist", "Listeners", artists, listeners)
else:
search()
def country_top_artists():
print("Enter country:")
country = input()
country = check_usa(country)
info = api.get_response(api.geo_client.get_top_artists(country))
if is_valid(info):
line_break()
print(f"Top artists in {country}: ")
i = 1
artists = []
listeners = []
for artist in info['topartists']['artist']:
print(f"#{i}: ")
print("Artist:", artist['name'])
print("Listeners:", f"{int(artist['listeners']):,}")
artists.append(artist['name'])
listeners.append(int(artist['listeners']))
if i != 10:
print()
i += 1
create_graph("Artist", "Listeners", artists, listeners)
else:
country_top_artists()
def search():
print("Enter track name: ")
track = input()
info = api.get_response(api.track_client.search(track))
if is_valid(info):
line_break()
print(f"Tracks that match \"{track}\": ")
i = 1
tracks = []
listeners = []
for track in info['results']['trackmatches']['track']:
print(f"#{i}: ")
print("Track:", track['name'])
print("Artist:", track['artist'])
print("Listeners:", f"{int(track['listeners']):,}")
tracks.append(f"{track['name']}\n({track['artist']['name']})")
listeners.append(int(track['listeners']))
if i != 10:
print()
i += 1
create_graph("Track", "Listeners", tracks, listeners)
else:
search()
def country_top_tracks():
print("Enter country:")
country = input()
country = check_usa(country)
info = api.get_response(api.geo_client.get_top_tracks(country))
if is_valid(info):
line_break()
print(f"Top tracks in {country}: ")
i = 1
tracks = []
listeners = []
for track in info['tracks']['track']:
print(f"#{i}: ")
print("Track:", track['name'])
print("Artist:", track['artist']['name'])
print("Listeners:", f"{int(track['listeners']):,}")
tracks.append(f"{track['name']}\n({track['artist']['name']})")
listeners.append(int(track['listeners']))
if i != 10:
print()
i += 1
create_graph("Track", "Listeners", tracks, listeners)
else:
country_top_tracks()
def main():
print("WELCOME TO THE LAST.FM ANALYZER")
line_break()
top_level()
