def getADVStats(gameList):
df1 = pd.DataFrame()
for a in gameList:
print(a)
boxscore_summary = game.BoxscoreSummary(a)
sql_team_basic = boxscore_summary.game_summary()
sql_team_basic = sql_team_basic[['GAME_DATE_EST', 'GAMECODE']]
boxscore_advanced = game.BoxscoreAdvanced(a)
sql_team_advanced = boxscore_advanced.sql_team_advanced()
team_four_factors = game.BoxscoreFourFactors(a)
sql_team_four_factors = team_four_factors.sql_team_four_factors()
boxscore = game.Boxscore(a)
sql_team_scoring = boxscore.team_stats()
df = pd.concat([
sql_team_basic, sql_team_advanced, sql_team_four_factors,
sql_team_scoring
],
axis=1)
df1 = pd.concat([df1, df], axis=0)
df1.fillna(method='ffill', inplace=True)
# print(df1.head())
print('Stats Compiled')
return df1
def get_gameDataWithPlayersAndPoints(teamName, season):
team_id = TEAMS[teamName]['id']
df = team.TeamGameLogs(team_id, season).info()
print(df[:5])
# For each game get the players who played and the points and add them to the dataframe line
for g in df["Game_ID"]:
print(g)
player_stats = game.BoxscoreAdvanced(g).sql_players_advanced()
print("columns:::", list(player_stats))
print(player_stats)
players = player_stats["PLAYER_NAME"].values
minutes = player_stats["MIN"].values
#points = player_stats["PTS"].values
teamStartIndices = np.where(
player_stats["START_POSITION"].values == 'F')[0]
home_team_players = players[:teamStartIndices[2]]
away_team_players = players[:teamStartIndices[2]]
# Remove players who didn't play
notPlayingPlayers = np.where(player_stats["MIN"].isnull())[0]
players = np.delete(players, notPlayingPlayers)
#points = np.delete(points, notPlayingPlayers)
#player_stats["PLAYER_NAME"] = players
#df = df.assign(player_stats=pd.Series(player_stats).values)
print("------")
break
return df
def test():
gid = '0041400122'
assert game.BoxscoreScoring(gid)
assert game.BoxscoreUsage(gid)
assert game.BoxscoreMisc(gid)
assert game.BoxscoreAdvanced(gid)
assert game.BoxscoreFourFactors(gid)
assert game.PlayByPlay(gid)
def testAll(self):
assert game.BoxscoreSummary(self.gameId)
assert game.Boxscore(self.gameId)
assert game.BoxscoreScoring(self.gameId)
assert game.BoxscoreUsage(self.gameId)
assert game.BoxscoreMisc(self.gameId)
assert game.BoxscoreAdvanced(self.gameId)
assert game.BoxscoreFourFactors(self.gameId)
assert game.PlayByPlay(self.gameId)
assert game.HustleStats(self.gameId)
def testBoxScoreAdvanced(self):
boxscoreadvanced = game.BoxscoreAdvanced(self.gameId)
playeradvanced = boxscoreadvanced.sql_players_advanced()
self.assertTrue((26, 29), playeradvanced.shape)
self.assertTrue(
('Aaron Gordon' == playeradvanced[1:2].PLAYER_NAME).all())
teamadvanced = boxscoreadvanced.sql_team_advanced()
self.assertTrue((2, 27), teamadvanced.shape)
self.assertTrue(('Celtics' == teamadvanced[1:2].TEAM_NAME).all())
def get_player_adv_logs(player_name, season='2016-17'):
id = gf.get_player_id(player_name)
try:
player_info = pd.read_pickle('player_adv_game_logs/' + str(id) + '-' +
season + '.pckl')
except FileNotFoundError:
print('File not found')
player_info = game.BoxscoreAdvanced(id, season=season)
player_info = player_info.sql_players_advanced()
player_info.to_pickle('player_adv_game_logs/' + str(id) + '-' +
season + '.pckl')
return player_info
def test():
gid = '0041400122'
print(game.BoxscoreSummary(gid).line_score())
assert game.BoxscoreSummary(gid)
assert game.Boxscore(gid)
assert game.BoxscoreScoring(gid)
assert game.BoxscoreUsage(gid)
assert game.BoxscoreMisc(gid)
assert game.BoxscoreAdvanced(gid)
assert game.BoxscoreFourFactors(gid)
assert game.PlayByPlay(gid)
assert game.HustleStats(gid)
recent_id = '00' + str(recent_id)
foo = game.Boxscore(recent_id)
foo = foo.team_stats()
return '00' + str(
int(recent_id) - 15
) # Need to subtract 15 games because todays games are incomplete and will raise an error if included
recent_id = most_recent(dataset_id)
#%%
# Collect and process data of the latest games played currently not used in the model
g_id = '00' + str(int(dataset_id) + 1)
trad = game.Boxscore(g_id)
trad = trad.team_stats()
adv = game.BoxscoreAdvanced(g_id)
adv = adv.sql_team_advanced()
ff = game.BoxscoreFourFactors(g_id)
ff = ff.sql_team_four_factors()
df = []
df.append(trad)
df.append(adv)
df.append(ff)
merge0 = pd.concat(df, axis=1)
df1, df2 = np.split(merge0, [1], axis=0)
cols_A = [col + 'A' for col in df1.columns]
cols_B = [col + 'B' for col in df2.columns]
df1.columns = cols_A
df2.columns = cols_B
df2 = df2.reset_index(drop=True)
summ = game.BoxscoreSummary(g_id)
from __future__ import print_function
from nba_py import game
# pbp = game.PlayByPlay('0041400122')
# print pbp.info()
box = game.Boxscore('0041400122')
print(box.game_summary())
bss = game.BoxscoreScoring('0041400122')
print(bss.sql_team_scoring())
bsu = game.BoxscoreUsage('0041400122')
print(bsu.sql_team_usage())
bsa = game.BoxscoreAdvanced('0041400122')
print(bsa.sql_team_advanced())
bsf = game.BoxscoreFourFactors('0041400122')
print(bsf.sql_team_four_factors())
pt = game.PlayerTracking('0041400122')
print(pt.info())
def boxscore_advanced(game_id, start_period, end_period, start_range,
end_range, range_type):
return game.BoxscoreAdvanced(game_id, start_period=start_period,
end_period=end_period, start_range=start_range,
end_range=end_range, range_type=range_type)