def get_2d_data(wl_per_rosters, player_matrix):
data = []
games = []
for game in wl_per_rosters[1:]:
# home roster
row = []
limit = min(len(game[1]), 13)
for player in game[1][:limit]:
if player not in player_matrix:
if players.find_player_by_id(player) is not None:
print("ERROR has occured!!")
sys.exit(1)
else:
# Subtract from game id in order to get previous game stats
stats = np.array(
player_matrix[player][f"00{int(game[0]) - 1}"],
dtype="float32")
row.append(stats)
while len(row) < 13:
row.append(np.zeros(23, dtype="float32"))
limit = min(len(game[1]), 13)
for player in game[2][:limit]:
if player not in player_matrix:
if players.find_player_by_id(player) is not None:
print("ERROR has occured!!")
sys.exit(1)
else:
print("Player id not in data. skipping...")
else:
# Subtract from game id in order to get previous game stats
stats = np.array(
player_matrix[player][f"00{int(game[0]) - 1}"],
dtype="float32")
row.append(stats)
while len(row) < 26:
row.append(np.zeros(23, dtype="float32"))
row = np.array(row, dtype="float32").flatten()
if row.shape != (598, ):
print("RED ALERT!")
print(game)
print(stats)
sys.exit(1)
data.append(row)
games.append(int(game[0]))
return np.array(data), np.array(games)
def getPlayerHeadshotURL(player_id: int) -> Optional[str]:
static_info = players.find_player_by_id(player_id)
if static_info is None or len(static_info) < 1:
return None
return f"https://ak-static.cms.nba.com/wp-content/uploads/headshots/nba/latest/260x190/{str(player_id)}.png"
def get_filtered_player_df(file_name, is_legends=False):
csv.field_size_limit(sys.maxsize)
res = pd.read_csv(file_name, header=None)
all_games = []
keep_indices = [0, 1, -1, 16, 15, 17, 18, 19]
for player_id, career in zip(res[0], res[1]):
player = players.find_player_by_id(player_id)['full_name']
print(f'{player} selected.')
career_arc = ast.literal_eval(career)
for game in career_arc:
# in this case,
temp = [game[i] for i in keep_indices]
temp.insert(0, player_id)
temp.insert(0, player)
all_games.append(temp)
# each python list of each game
filtered_player_df = pd.DataFrame(all_games,
columns=[
'Name', 'ID', 'Date', 'Team', 'PTS',
'AST', 'REB', 'STL', 'BLK', 'TOV'
])
filtered_player_df.to_csv(
'filtered_legends.csv') if is_legends else filtered_player_df.to_csv(
'filtered_players.csv')
def find_players(player_name):
found_players = {}
if player_name.isdigit():
found_players = [players.find_player_by_id(player_name)]
else:
found_players = players.find_players_by_full_name(player_name)
return found_players
def by_season(year, debug=False, games_thresh=0, headers=None):
'''
given a year, gets all players in a dataframe
args:
`year`: str: year, like `2019-20`
`debug`: bool: if we want to print out dataframe
`games_thresh`: int: take out players who player <= `games_thresh` games
'''
# given the year, gets all of the players in 1 call
p = leaguedashplayerstats.LeagueDashPlayerStats(
per_mode_detailed='PerGame', season='2019-20', headers=headers)
data = p.league_dash_player_stats.data['data']
# all the columns we want for clustering
columns = np.array([
'PlayerID', 'GP', 'PTS', 'AST', 'REB', 'STL', 'BLK', 'TOV', 'FT_PCT',
'FG_PCT', 'FG3_PCT', 'FTA', 'FGA', 'FG3A', 'MIN', 'PLUS_MINUS'
])
r = len(data)
c = len(columns)
# store players into matrix with r players (rows) and c columns
players_arr = np.zeros((r, c))
# non-empty data
if data != []:
# these are the indices that are used for the columns, this is what stats.nba.com decided
num = np.array(
[0, 5, 29, 22, 21, 24, 25, 23, 18, 12, 15, 17, 11, 14, 9, 30])
for i, player in enumerate(data):
try:
# print if player's name
name = players.find_player_by_id(player[0])['full_name']
print(f'{name} found.')
except:
# name not found
print('Player name not found')
for j, n in enumerate(num):
# populate matrix with data
players_arr[i, j] = player[n]
# convert matrix and cols to df to store in csv on disk
df = pd.DataFrame(players_arr, columns=columns)
to_int = ['PlayerID', 'GP']
# only columns that need to be int
df[to_int] = df[to_int].astype(int)
df_filtered = df[df['GP'] > games_thresh]
if debug:
print(df_filtered)
# also export to csv, so you only have to run it once.
df_filtered.to_csv(f'data/{year}_nba_players.csv')
return df_filtered
def get_season(self, player_id, dictionary):
# get the seasons that player_id played
career = playercareerstats.PlayerCareerStats(player_id=player_id)
# get all of the seasons a player played in
arr = list(career.get_data_frames()[0]['SEASON_ID'].values)
name = players.find_player_by_id(player_id)['full_name']
# print the name for a measure of the speed of this program.
print(f'{name} processed.')
player_dict = {player_id: arr}
# update the dictionary in shared memory
dictionary.update(player_dict)
def build_basic_shotchart(the_player, season, season_type):
player_name = players.find_player_by_id(the_player).get('full_name')
response = shotchartdetail.ShotChartDetail(
team_id=0,
player_id=the_player,
season_nullable=season,
season_type_all_star=season_type,
context_measure_simple='FGA')
df = response.get_data_frames()[0]
made_shots = df[df['SHOT_MADE_FLAG'] == 1]
missed_shots = df[df['SHOT_MADE_FLAG'] == 0]
fig = go.Figure()
fig.add_trace(
go.Scatter(
# made shots
x=made_shots['LOC_X'],
y=made_shots['LOC_Y'],
mode='markers',
name='Made Shot',
hoverinfo='skip',
marker=dict(
size=5,
cmax=40,
cmin=-40,
color="#008000",
),
))
fig.add_trace(
go.Scatter(
# missed shots
x=missed_shots['LOC_X'],
y=missed_shots['LOC_Y'],
mode='markers',
name='Missed Shot',
hoverinfo='skip',
marker=dict(
size=5,
cmax=40,
cmin=-40,
color="#FF0000",
),
))
draw_court(fig)
fig.update_layout(title={
'text': player_name + " , " + str(season),
'y': 1,
'x': 0.42,
'xanchor': 'center',
'yanchor': 'top'
},
xaxis_title='Basic Shot Chart',
font=dict(family="Rockwell", size=15, color="#000000"),
dragmode=False)
return fig
def text_display_cluster(self):
'''
displays all of the groups that every player is in after `fit()` is run, as well
their corresponding centroid.
'''
for i, p in enumerate(self.x):
name_obj = players.find_player_by_id(self.names[i])
if name_obj != None:
name = name_obj['full_name']
print(
f'{name}: Group {self.labels[i]} with centroid {self.centroids[self.labels[i]]}'
)
def display_shot_charts(player, season, season_type):
shots_df, league_avg = get_player_shotchartdetail(player, season,
season_type)
name = players.find_player_by_id(player)['full_name']
shot_fig = go.Figure()
heat_fig = go.Figure()
hex_fig = go.Figure()
if int(season[:4]) >= 1996:
make_shot_chart(shot_fig, shots_df, name, season)
draw_plotly_court(shot_fig)
make_heatmap(heat_fig, shots_df, name, season)
draw_plotly_court(heat_fig, layer='above')
make_hexbin(hex_fig, shots_df, league_avg, 'p', name, season)
draw_plotly_court(hex_fig)
else:
draw_plotly_court(shot_fig)
shot_fig.update_layout(
title={
'text': 'No Shot Chart Data',
'y': 0.98,
'x': 0.5,
'xanchor': 'center',
'yanchor': 'top'
})
draw_plotly_court(heat_fig)
heat_fig.update_layout(
title={
'text': 'No Shot Chart Data',
'y': 0.98,
'x': 0.5,
'xanchor': 'center',
'yanchor': 'top'
})
draw_plotly_court(hex_fig)
hex_fig.update_layout(
title={
'text': 'No Shot Chart Data',
'y': 0.98,
'x': 0.5,
'xanchor': 'center',
'yanchor': 'top'
})
return shot_fig, heat_fig, hex_fig
def get_common_teammates(p1name, p2name):
'''
Get all common teammates of the players listed
'''
print 'Getting players ...'
p1name, p1id = get_player_id(p1name)
p2name, p2id = get_player_id(p2name)
print 'Getting careers ...'
p1career = playercareerstats.PlayerCareerStats(p1id)
sleep(0.2)
p2career = playercareerstats.PlayerCareerStats(p2id)
sleep(0.2)
p1teamsszns = [
(d['TEAM_ID'], d['SEASON_ID'])
for d in p1career.get_normalized_dict()['SeasonTotalsRegularSeason']
if d['TEAM_ID'] != 0
]
p2teamsszns = [
(d['TEAM_ID'], d['SEASON_ID'])
for d in p2career.get_normalized_dict()['SeasonTotalsRegularSeason']
if d['TEAM_ID'] != 0
]
print 'Getting teammates ...'
p1teammates = set()
for tid, szn in tqdm(p1teamsszns, desc=p1name):
p1teammates.update(get_szn_teammates(tid, szn))
sleep(0.2)
p1teammates.remove(p1id)
p2teammates = set()
for tid, szn in tqdm(p2teamsszns, desc=p2name):
p2teammates.update(get_szn_teammates(tid, szn))
sleep(0.2)
p2teammates.remove(p2id)
common = p1teammates.intersection(p2teammates)
commoninfo = [players.find_player_by_id(i) for i in common]
for p in commoninfo:
print p['full_name']
# get_common_teammates('rajon rondo', 'chris paul')
async def getPlayerCareerStatsByID(player_id: int,
use_proxy: Optional[bool] = None
) -> Optional[dict]:
static_info = players.find_player_by_id(player_id)
if static_info is None or len(static_info) < 1:
return None
stats_dict = {}
common_info_response = await ProxiedEndpoint(
CommonPlayerInfo, player_id=static_info.get('id'), use_proxy=use_proxy)
await asyncio.sleep(0)
career_stats_response = await ProxiedEndpoint(
PlayerCareerStats,
player_id=static_info.get('id'),
use_proxy=use_proxy)
common_info = common_info_response.get_normalized_dict().get(
'CommonPlayerInfo')[0]
career_stats = career_stats_response.get_normalized_dict().get(
'CareerTotalsRegularSeason')[0]
stats_dict['FROM_YEAR'] = common_info.get('FROM_YEAR')
stats_dict['TO_YEAR'] = common_info.get('TO_YEAR')
stats_dict['TEAM_COLOR'] = getTeamColor(common_info.get('TEAM_ID'))
stats_dict['TEAM_CITY'] = common_info.get('TEAM_CITY')
stats_dict['TEAM_NAME'] = common_info.get('TEAM_NAME')
stats_dict['JERSEY'] = common_info.get('JERSEY')
stats_dict['POSITION'] = common_info.get('POSITION')
stats_dict['HEIGHT'] = common_info.get('HEIGHT')
stats_dict['WEIGHT'] = common_info.get('WEIGHT')
stats_dict['PTS'] = career_stats.get('PTS')
stats_dict['AST'] = career_stats.get('AST')
stats_dict['BLK'] = career_stats.get('BLK')
stats_dict['STL'] = career_stats.get('STL')
stats_dict['REB'] = career_stats.get('REB')
stats_dict['OREB'] = career_stats.get('OREB')
stats_dict['DREB'] = career_stats.get('DREB')
stats_dict['DRAFT_YEAR'] = common_info.get('DRAFT_YEAR')
stats_dict['DRAFT_ROUND'] = common_info.get('DRAFT_ROUND')
stats_dict['DRAFT_NUMBER'] = common_info.get('DRAFT_NUMBER')
return stats_dict
def get_random_player(file_name):
def need_s(num):
return 's' if num != 1 else ''
csv.field_size_limit(sys.maxsize)
# the rows are really long!
res = pd.read_csv(file_name, header=None)
r = np.random.randint(0, len(res.values))
arr = ast.literal_eval(res.values[r][1])
player = players.find_player_by_id(res.values[r][0])['full_name']
print(f'{player} selected.')
r_idx = np.random.randint(0, len(arr))
game = arr[r_idx]
x = f'On {game[0]}, {player} scored {game[-1]} point{need_s(game[-1])}, dished out '\
f'{game[16]} assist{need_s(game[16])}, grabbed {game[15]} rebound{need_s(game[15])}, '\
f'had {game[17]} steal{need_s(game[17])}, and had {game[18]} block{need_s(game[18])}.'
print(x)
return player, arr
async def getPlayerCareerString(player_id: int) -> Optional[str]:
static_info = players.find_player_by_id(player_id)
#If that id doesn't return a player, return None
if static_info is None or len(static_info) < 1:
return None
ret_str = f"**Player {str(static_info.get('id'))}: {static_info.get('full_name')}**"
ret_str += "\n\tStatus: "
if static_info.get('is_active'):
ret_str += "Active"
else:
ret_str += "Inactive"
# get the rest of the data from the NBA api endpoint
# might want to change this to DataFrame if we need it for graphing later
all_info = await getPlayerCareerStatsByID(player_id)
ret_str += f" ({all_info.get('FROM_YEAR')}-{all_info.get('TO_YEAR')})"
ret_str += f"\n\t{all_info.get('TEAM_CITY')} {all_info.get('TEAM_NAME')} #{all_info.get('JERSEY')}: {all_info.get('POSITION')}"
#split the height into separate feet and inches for formatting
height = all_info.get('HEIGHT').split('-')
ret_str += f"\n\tHeight: {height[0]}\'{height[1]}\", Weight: {all_info.get('WEIGHT')} lbs"
#career stats
ret_str += "\n\n\t*Career Stats (Regular Season):*"
ret_str += f"\n\tPoints: {all_info.get('PTS')}"
ret_str += f"\n\tAssists: {all_info.get('AST')}"
ret_str += f"\n\tBlocks: {all_info.get('BLK')}"
ret_str += f"\n\tSteals: {all_info.get('STL')}"
ret_str += f"\n\tRebounds: {all_info.get('REB')}"
ret_str += f"\n\t Offensive: {all_info.get('OREB')}"
ret_str += f"\n\t Defensive: {all_info.get('DREB')}"
return ret_str
def get_every_game_season(self, player_id, season_dict, season_games_dict):
# go through every season for a player, get all of the games
name = players.find_player_by_id(player_id)['full_name']
res = []
for year in season_dict[player_id]:
# http request is made here
player_season = playergamelog.PlayerGameLog(player_id, season=year)
print(f'{name} - {year}')
# ignore empty data
if player_season.player_game_log.data['data'] != []:
# played some time
# all games in a season
for game in player_season.player_game_log.data['data']:
temp = []
for i in range(3, 25):
# indices 3 to 25 give the important stats
temp.append(game[i])
res.append(temp)
player_dict = {player_id: res}
season_games_dict.update(player_dict)
# update shared dictionary
print(f'{name} processed.')
def __init__(self, id, per_mode):
self.dict = players.find_player_by_id(id)
self.name = self.dict['full_name']
self.playerstats = playercareerstats.PlayerCareerStats(
id, per_mode36=per_mode).get_data_frames()[0]
for row in reader:
#First check if field has an ID instead of a name
player_id = None
try:
player_id = int(row[CORRECT_INDEX])
except ValueError:
pass
# If it's not an ID, get the player by their name
if player_id is None:
players_dict = players.find_players_by_full_name(
row[CORRECT_INDEX])
else:
players_dict = [players.find_player_by_id(player_id)]
# Don't run the test if we don't know what the solution should be
if not len(players_dict) == 1:
print(f"Couldn't find player matching {row[CORRECT_INDEX]}")
else:
print(f"\"{row[MISSPELLED_INDEX]}\" ", end='')
# Figure out which mode the fuzzy code is going to run in
player_names = row[MISSPELLED_INDEX].split()
if len(player_names) == 1:
stats_dict = one_stats_dict
print('(First or last name mode)')
elif len(player_names) == 2:
stats_dict = two_stats_dict
print('(First and last name mode)')
def plot(self,
disp_names=False,
thresh=0.8,
single_name='',
interactive=False):
'''
plots the cluster points.
`disp_names`: `bool`: selects whether to display some players' names or not.
`thresh`: `float`, between `0` and `1`: given each dimensions max value, take `thresh * 100%` of that to show names.
`single_name`: `str`: If the user wants to see where a specific player is classified, they can do so here.
`interactive`: `bool`: If the user wants to be able to interact with the plot after each clustering `fit` is run.
'''
self.priority_name_index = -1
player = players.find_players_by_full_name(single_name)
if len(player) == 1:
# there is a valid player with the name
self.p_id = player[0]['id']
index = np.where(np.array(self.names) == self.p_id)
if len(index) == 1:
# player does in fact exist
self.priority_name_index = index[0][0]
# groups
self.color_labels = [f'Group {i+1}' for i in range(self.num_clusters)]
groups = [[] for i in range(self.num_clusters)]
group_labels = [[] for i in range(self.num_clusters)]
for i, p in enumerate(self.x):
groups[self.labels[i]].append(p)
group_labels[self.labels[i]].append(self.labels[i])
groups = np.array(groups)
if len(self.dim_vals) == 1:
pass
elif len(self.dim_vals) == 2:
# 2-d visualization
fig, ax = plt.subplots()
# for i,group in enumerate(groups):
# g = np.array(group)
# plt.scatter(g[::,0], g[::,1], c=self.labels, label=self.color_labels)
ax.scatter(self.x[::, 0], self.x[::, 1], c=self.labels)
# plt.xlabel('f')
ax.set_xlabel(self.ordered_dims[0])
ax.set_ylabel(self.ordered_dims[1])
dim1_thresh = np.max(self.x[::, 0]) * thresh
dim2_thresh = np.max(self.x[::, 1]) * thresh
# if we want to display themes, find players with high values, and show the name on the plot
if disp_names:
for i, p in enumerate(self.x):
if p[0] > dim1_thresh or p[1] > dim2_thresh:
name_obj = players.find_player_by_id(self.names[i])
if name_obj != None:
name = name_obj['full_name']
ax.text(p[0], p[1], name)
# look for player with priority name index, which is when a user wants a player's name to be
# shown in the graph itself
for i, p in enumerate(self.x):
if i == self.priority_name_index:
name_obj = players.find_player_by_id(self.names[i])
if name_obj != None:
name = name_obj['full_name']
ax.text(p[0], p[1], name)
elif len(self.dim_vals) == 3:
# 3d visualization
# kudos to matplotlib with good example of showing how this works
fig = plt.figure()
ax = Axes3D(fig)
ax.scatter(xs=self.x[::, 0],
ys=self.x[::, 1],
zs=self.x[::, 2],
c=self.labels)
ax.set_xlabel(self.ordered_dims[0])
ax.set_ylabel(self.ordered_dims[1])
ax.set_zlabel(self.ordered_dims[2])
dim1_thresh = np.max(self.x[::, 0]) * thresh
dim2_thresh = np.max(self.x[::, 1]) * thresh
dim3_thresh = np.max(self.x[::, 2]) * thresh
# similar to 2d plot, display names that are high on one or more axes
if disp_names:
for i, p in enumerate(self.x):
if p[0] > dim1_thresh or p[1] > dim2_thresh or p[
2] > dim3_thresh:
name_obj = players.find_player_by_id(self.names[i])
if name_obj != None:
name = name_obj['full_name']
ax.text(p[0], p[1], p[2], name)
# display name if important
for i, p in enumerate(self.x):
if i == self.priority_name_index:
name_obj = players.find_player_by_id(self.names[i])
if name_obj != None:
name = name_obj['full_name']
ax.text(p[0], p[1], p[2], name)
# save all of the graphs to a png file
# if pca was performed
# method type
# year
# k value
# along with fields/dimensions clustering was performed.
is_dr = '' if not self.reduced else '-with-PCA'
rounded_ssd = np.round(self.ssd, 4)
title = f'{self.method}-k={self.num_clusters}-{self.cols}-{self.year}{is_dr}'
plt.title(f'{title}-ssd={rounded_ssd}')
plt.savefig(f'img/{title}')
# also can be toggled in 3-d, fun stuff
if interactive:
plt.show()
# close plot.
plt.close()
from nba_api.stats.static import teams
team_list = teams.get_teams()
for team in team_list:
print(team['full_name'])
from nba_api.stats.static import players
stephen_curry = players.find_player_by_id(201939)
print(stephen_curry['full_name'])
from nba_api.stats.endpoints import commonplayerinfo
# Basic Request
player_info = commonplayerinfo.CommonPlayerInfo(player_id=2544)
lebron_stats = player_info.player_headline_stats.get_dict()
print(lebron_stats['data'])
from nba_api.stats.endpoints import commonteamroster
import json
roster_info = commonteamroster.CommonTeamRoster(season=2017,
team_id=1610612739)
roster_cavs = roster_info.get_dict()
with open('nba.json', 'w') as fp:
json.dump(roster_cavs, fp, indent=3)
async def getPlayerSeasonStatsByID(player_id: int,
season_id: str = Season.current_season,
use_proxy=None) -> Optional[dict]:
static_info = players.find_player_by_id(player_id)
if static_info is None or len(static_info) < 1:
return None
all_seasons_response = await ProxiedEndpoint(
PlayerCareerStats,
player_id=static_info.get('id'),
use_proxy=use_proxy)
await asyncio.sleep(0)
all_seasons = all_seasons_response.get_normalized_dict().get(
'SeasonTotalsRegularSeason')
target_season = None
for season in all_seasons:
if season.get('SEASON_ID') == season_id:
target_season = season
break
if target_season is None:
return None
else:
common_info_response = await ProxiedEndpoint(
CommonPlayerInfo,
player_id=static_info.get('id'),
use_proxy=use_proxy)
common_info = common_info_response.get_normalized_dict().get(
'CommonPlayerInfo')[0]
stats_dict = {}
stats_dict['FROM_YEAR'] = common_info.get('FROM_YEAR')
stats_dict['TO_YEAR'] = common_info.get('TO_YEAR')
stats_dict['TEAM_COLOR'] = getTeamColor(common_info.get('TEAM_ID'))
stats_dict['TEAM_CITY'] = common_info.get('TEAM_CITY')
stats_dict['TEAM_NAME'] = common_info.get('TEAM_NAME')
stats_dict['JERSEY'] = common_info.get('JERSEY')
stats_dict['POSITION'] = common_info.get('POSITION')
stats_dict['HEIGHT'] = common_info.get('HEIGHT')
stats_dict['WEIGHT'] = common_info.get('WEIGHT')
stats_dict['SEASON_ID'] = target_season.get('SEASON_ID')
stats_dict['GP'] = target_season.get('GP')
stats_dict['GS'] = target_season.get('GS')
stats_dict['MIN'] = target_season.get('MIN')
stats_dict['PTS'] = target_season.get('PTS')
stats_dict['AST'] = target_season.get('AST')
stats_dict['BLK'] = target_season.get('BLK')
stats_dict['STL'] = target_season.get('STL')
stats_dict['REB'] = target_season.get('REB')
stats_dict['OREB'] = target_season.get('OREB')
stats_dict['DREB'] = target_season.get('DREB')
stats_dict['PPG'] = round(
target_season.get('PTS') / target_season.get('GP'), 1)
stats_dict['RPG'] = round(
target_season.get('REB') / target_season.get('GP'), 1)
stats_dict['APG'] = round(
target_season.get('AST') / target_season.get('GP'), 1)
stats_dict['BPG'] = round(
target_season.get('BLK') / target_season.get('GP'), 1)
stats_dict['SPG'] = round(
target_season.get('STL') / target_season.get('GP'), 1)
return stats_dict