def playerPoints(playerInfo):
weeksPlayed = 0
playerFound = nflgame.find(playerInfo[0], team = None)
if playerFound != []:
if playerFound[0].position == "K":
points = fpKicker.kickerScore(playerFound[0], playerInfo[1], playerInfo[2])
else:
points = fpPlayer.fantasyPoints(playerFound[0], playerInfo[1], playerInfo[2], playerInfo[3])
for i in playerInfo[2]:
if str(i).isdigit():
weeksPlayed = weeksPlayed + 1
for w in byeWeekLists.byeWeeks:
for t in w:
curWeek = nflgame.live.current_year_and_week()[1]
if w[-1] <= curWeek and nflgame.find(playerInfo[0], team=None)[0].team == t and w[-1] in playerInfo[2]:
weeksPlayed1 = weeksPlayed1 - 1
break
average = points / weeksPlayed
return average
elif playerInfo[0] != None:
team = nflgame.standard_team(playerInfo[0])
if team == None:
return float('inf')
playerInfo[0] = team
points = fpDefense.fpDefense(playerInfo[0], playerInfo[1], playerInfo[2])
weeksPlayed = nflgame.live.current_year_and_week()[1]
curWeek = nflgame.live.current_year_and_week()[1]
for w in byeWeekLists.byeWeeks:
for t in w:
if w[-1] <= curWeek and t == playerInfo[0] and w[-1] in playerInfo[2]:
weeksPlayed = weeksPlayed - 1
return points / weeksPlayed
else:
return float('inf')
def tradePlayersUI():
if printLeagues():
return 1
le = raw_input('Enter the name of the league the teams are in: ').strip()
if printTeams(le):
return 1
t1 = raw_input('Enter the name of the team to trade from: ').strip()
t2 = raw_input('Enter the name of the team to trade to: ').strip()
if printPlayers(le,t1):
print 'Cannot trade from empty roster %s.' % t1
return 1
pls1=[]
pls2=[]
plo1=[]
plo2=[]
if not printPlayers(le,t2):
promptInp = ' '
while promptInp.lower() not in ['n','no']:
pls1.append(raw_input('Enter player from %s to trade: '%t1).strip())
promptInp = raw_input('Would you like to trade another player? (y/n): ' ).strip()
while promptInp.lower() not in ['y','yes','n','no']:
promptInp = raw_input('Invalid input. Please try again: ').strip()
promptInp = ' '
while promptInp.lower() not in ['n','no']:
pls2.append(raw_input('Enter player from %s to trade: '%t2).strip())
promptInp = raw_input('Would you like to trade another player? (y/n): ' ).strip()
while promptInp.lower() not in ['y','yes','n','no']:
promptInp = raw_input('Invalid input. Please try again: ').strip()
pls1=list(set(pls1)) #cast as set, then as list to rid of
pls2=list(set(pls2)) #potential dups
else:
promptInp = ' '
while promptInp.lower() not in ['n','no']:
pls1.append(raw_input('Enter player from %s to trade: '%t1).strip())
promptInp = raw_input('Would you like to trade another player? (y/n): ' ).strip()
while promptInp.lower() not in ['y','yes','n','no']:
promptInp = raw_input('Invalid input. Please try again: ').strip()
for i in pls1:
j=nflgame.find(i,team=None)
if j:
plo1.append(j[0])
for i in pls2:
j=nflgame.find(i,team=None)
if j:
plo2.append(j[0])
testVar = fbTool.tradePlayers(plo1,plo2,le,t1,t2)
if not testVar:
print 'successfully traded'
print pls1
print 'from %s to %s for'%(t1,t2)
print pls2
if testVar == 1:
print 'League does not exist.'
if testVar == 2:
print 'Roster does not exist.'
if testVar == 3:
print 'Player not on roster.'
def playerstats(message, player, year, details='no'):
year = int(year)
response = 'Here are the stats for %s in %s:\n' % (player, year)
# calculate games and players variables
games = nflgame.games(year)
players = nflgame.combine(games)
if details == 'detailed':
# this works to calculate games but specifying the team is MUCH faster:
# #games = nflgame.games(year, home="PIT", away="PIT")
#games = nflgame.games(year)
bigben = nflgame.find(player)[0]
# bigben -> Ben Roethlisberger (QB, PIT)
# bigben.gsis_name -> B.Roethlisberger
# bigben.position -> QB
# bigben.team -> PIT
# #TODO: complete this if logic for position-based stats
# if bigben.position == 'QB':
# # QB stats
# if bigben.position == 'RB':
# # RB stats
# if bigben.position == 'WR':
# # WR stats
# if bigben.position == 'K':
# # K stats
# right now this is QB stats (hence the passing nomenclature)
for i, game in enumerate(games):
if game.players.name(bigben.gsis_name):
stats = game.players.name(bigben.gsis_name).passing_yds
tds = game.players.name(bigben.gsis_name).passing_tds
response += '*Week {:2}* - {:3} yds, {:2} TD\n'.format(
game.schedule['week'], stats, tds)
response += '-' * 25
#players = nflgame.combine(games)
response += '\n*{:4} Season - {:4} yds, {:2} TD*'.format(
year,
players.name(bigben.gsis_name).passing_yds,
players.name(bigben.gsis_name).passing_tds)
# if detailed stats are not requested, provide overall stats for the season
else:
#games = nflgame.games(year)
#players = nflgame.combine(games)
my_player = nflgame.find(player)[0]
brady = players.name(my_player.gsis_name)
response += '%d total yds, %d total TD in %d' % (
brady.passing_yds, brady.passing_tds, year)
# ne = nflgame.games(2010, home="NE", away="NE")
# players = nflgame.combine(ne)
# brady = players.name("T.Brady")
# response += '%d, %d' % (brady.passing_tds, brady.passing_yds)
message.reply(response)
def find_playerid(name, team=None):
if not nflgame.find(name, team):
return 'No match'
if len(nflgame.find(name, team)) > 1:
print 'Could be either {}'.format(' or '.join(
[str(p) for p in nflgame.find(name, team)]))
return [p.gsis_id for p in nflgame.find(name, team)]
else:
return nflgame.find(name, team)[0].gsis_id
def find_playerid(name, team=None):
if not nflgame.find(name, team):
return 'No match'
if len(nflgame.find(name, team)) > 1:
print 'Could be either {}'.format(
' or '.join([str(p) for p in nflgame.find(name, team)]))
return [p.gsis_id for p in nflgame.find(name, team)]
else:
return nflgame.find(name, team)[0].gsis_id
def playerstats(message, player, year, details='no'):
year = int(year)
response = 'Here are the stats for %s in %s:\n' % (player, year)
# calculate games and players variables
games = nflgame.games(year)
players = nflgame.combine(games)
if details == 'detailed':
# this works to calculate games but specifying the team is MUCH faster:
# #games = nflgame.games(year, home="PIT", away="PIT")
#games = nflgame.games(year)
bigben = nflgame.find(player)[0]
# bigben -> Ben Roethlisberger (QB, PIT)
# bigben.gsis_name -> B.Roethlisberger
# bigben.position -> QB
# bigben.team -> PIT
# #TODO: complete this if logic for position-based stats
# if bigben.position == 'QB':
# # QB stats
# if bigben.position == 'RB':
# # RB stats
# if bigben.position == 'WR':
# # WR stats
# if bigben.position == 'K':
# # K stats
# right now this is QB stats (hence the passing nomenclature)
for i, game in enumerate(games):
if game.players.name(bigben.gsis_name):
stats = game.players.name(bigben.gsis_name).passing_yds
tds = game.players.name(bigben.gsis_name).passing_tds
response += '*Week {:2}* - {:3} yds, {:2} TD\n'.format(game.schedule['week'], stats, tds)
response += '-'*25
#players = nflgame.combine(games)
response += '\n*{:4} Season - {:4} yds, {:2} TD*'.format(year, players.name(bigben.gsis_name).passing_yds, players.name(bigben.gsis_name).passing_tds)
# if detailed stats are not requested, provide overall stats for the season
else:
#games = nflgame.games(year)
#players = nflgame.combine(games)
my_player = nflgame.find(player)[0]
brady = players.name(my_player.gsis_name)
response += '%d total yds, %d total TD in %d' % (brady.passing_yds, brady.passing_tds, year)
# ne = nflgame.games(2010, home="NE", away="NE")
# players = nflgame.combine(ne)
# brady = players.name("T.Brady")
# response += '%d, %d' % (brady.passing_tds, brady.passing_yds)
message.reply(response)
def average(name, scoring):
# takes player name, type of scoring
# returns player average points
playerlist = nflgame.find(name, team=None)
if playerlist == []:
return None
player = playerlist[0]
team = player.team
position = player.position
year, current_week = nflgame.live.current_year_and_week()
bye_week = schedule.bye_week(team, year)
wk = []
for x in range(1, current_week):
if x != bye_week:
wk.append(x)
if position == "K":
player_points = points.total_points(points.k_points(name, year, wk))
else:
functionname = scoring+"_player_points"
getpoints = getattr(points, functionname)
player_points = points.total_points(getpoints(name, year, wk))
weeks_played = 0
total_points = 0
for x in player_points:
if player_points[x] != 0:
total_points += player_points[x]
weeks_played += 1
avg = round(float(total_points)/weeks_played)
return avg
def validate_player(player):
"""
This method takes in a string (player) which is the name of a player that the user is trying to find. The method
then searches for the player. If the search yields more than one result, the user will be prompted to select which
player they would were intending.
:param player: string, name of player the user is searching for
:return: Player object that the user has selected
"""
# Search for the player, record all matches
matches = nflgame.find(player)
# If we only found one result, return it
if len(matches) == 1:
return matches[0]
# If we didn't find anything, return nothing
elif len(matches) == 0:
return None
# If we made it this far, we found more than one match
print('Found '+str(len(matches))+' matches for '+player.title()+'.')
print('Please select from the following options.')
# List the matches that were found in the search
for i in range(len(matches)):
print('('+str(i+1)+') - '+player.title()+', '+matches[i].team+', number '+str(matches[i].number))
# Prompt the user to select which player they were looking for
selection = int(raw_input('Enter your selection: '))
return matches[selection-1]
def addPlayer(leagueName, rosterName, playerName, playerTeam):
if leagueLists:
for l in leagueLists:
if l.leagueName == leagueName:
for r in l.rosters:
if r.rosterName == rosterName:
teamName = nflgame.standard_team(playerTeam)
playerFound = nflgame.find(playerName, team=teamName)
if playerFound:
p = playerFound[0]
plr2Ad = player(p.player_id, p.first_name, p.last_name, p.team, p.position)
for k in l.rosters:
if k.players:
for j in k.players:
if plr2Ad.firstName == j.firstName and plr2Ad.lastName == j.lastName and plr2Ad.team == j.team:
return 1
r.players.append(plr2Ad)
return 0
else:
return 2
elif r == l.rosters[-1]:
return 3
elif l is leagueLists[-1]:
return 4
else:
return 4
def average(name, scoring):
# takes player name, type of scoring
# returns player average points
playerlist = nflgame.find(name, team=None)
if playerlist == []:
return None
player = playerlist[0]
team = player.team
position = player.position
year, current_week = nflgame.live.current_year_and_week()
bye_week = schedule.bye_week(team, year)
wk = []
for x in range(1, current_week):
if x != bye_week:
wk.append(x)
if position == "K":
player_points = points.total_points(points.k_points(name, year, wk))
else:
functionname = scoring + "_player_points"
getpoints = getattr(points, functionname)
player_points = points.total_points(getpoints(name, year, wk))
weeks_played = 0
total_points = 0
for x in player_points:
if player_points[x] != 0:
total_points += player_points[x]
weeks_played += 1
avg = round(float(total_points) / weeks_played)
return avg
def get_game_data(name, team, book, year):
if __name__ == '__main__':
try:
player = nflgame.find(name)[0]
except BaseException:
return
if '(, )' in str(player):
print ("Player Inactive, or Player Not Found\n\n")
return
print ("*" *79)
print (player)
data = create_csv(player)
data.append_separator(name)
print (str(year) + '\n')
data.append_separator(year)
games = nflgame.games(year, home=team, away=team)
for game in games:
plyr = game.players.name(player.gsis_name)
print ('-'*79)
print (game)
to_csv(data, plyr, game, year, player.position)
with open(name + '.xls', 'wb') as f:
f.write(data.xls)
book.add_sheet(data)
def playerbio(message, player): response = 'Here\'s the bio for %s:\n' % player bigben = nflgame.find(player)[0] height_in_feet = '%d\' %d\"' % (int(bigben.height)/12, int(bigben.height)%12) response += '*Name:* %s\n*Team:* %s\n*Position:* %s\n*College:* %s\n' % (bigben.full_name, bigben.team, bigben.position, bigben.college) response += '*Ht/Wt:* %s, %dlbs\n*Yrs Pro:* %d\n*Profile URL:* %s' % (height_in_feet, bigben.weight, bigben.years_pro, bigben.profile_url) message.reply(response)
def byecheck(i):
for w in byeWeekLists.byeWeeks:
for t in w:
if nflgame.find(player2info[0], team=None)[0].team == t:
if w[-1] in p2w:
twobye = QListWidgetItem("%s has a bye in week %d" % (t, w[-1]))
player2area.addItem(twobye)
p2w.remove(w[-1])
def makePlayerList2():
for h in pl2:
pl2.pop()
itemsList = roster2.selectedItems()
for i in itemsList:
name = str(i.text())
i2push = nflgame.find(name)
if i2push:
pl2.append(i2push[0])
def findPlayer(self, row):
last, first, *_ = row.Player.split(" ")
name = first + " " + last
name = name.replace(",", "")
name = name.replace(".", "")
found = nfl.find(name, row.Team)
if row.Position == "DST":
return False, "Defense"
if len(found) == 1:
player = found[0]
return True, player
elif len(found) == 0:
found = nfl.find(name)
if len(found) == 0:
year, current_week = nfl.live.current_year_and_week()
# print(row.Team, row)
try:
for game in nfl.games(year, home=row.Team, away=row.Team):
#print(game, row.Team, year)
try:
player = game.players.name(first[0] + "." + last)
if player != None:
if player.team == row.Team:
return True, player
break
except:
# print(row.Player)
quit()
except:
print(row)
print(name)
raise
else:
if len(found) > 1:
for player in found:
if player.position == row.Position:
return True, player
else:
return True, found[0]
else:
return False, 0
return False, 0
def playerbio(message, player):
response = 'Here\'s the bio for %s:\n' % player
bigben = nflgame.find(player)[0]
height_in_feet = '%d\' %d\"' % (int(bigben.height) / 12,
int(bigben.height) % 12)
response += '*Name:* %s\n*Team:* %s\n*Position:* %s\n*College:* %s\n' % (
bigben.full_name, bigben.team, bigben.position, bigben.college)
response += '*Ht/Wt:* %s, %dlbs\n*Yrs Pro:* %d\n*Profile URL:* %s' % (
height_in_feet, bigben.weight, bigben.years_pro, bigben.profile_url)
message.reply(response)
def generatePlayerDataFile(player_name='todd gurley', years=range(2009, 2018)):
poss_players = [p for p in nflgame.find(player_name) if p.position == 'RB']
if not poss_players:
print 'could not find ', player_name, ' in nfl database.'
exit(1)
if len(poss_players) > 1:
print 'found multiple ', player_name, '\'s!'
exit(2)
player = poss_players[0]
# print dir(player)
playerid = player.playerid
# this list will be used as a constructor to the DataFrame
# perhaps there is a slicker way to construct a DataFrame?
datalist = []
for year in years:
print 'reading {} season...'.format(year)
for week in range(1, 18):
# print 'looking at week ', week
weekly_games = nflgame.games_gen(year, week)
try:
# use combine_play_stats() to get play-level information
weekly_player_stats = nflgame.combine_game_stats(weekly_games)
except TypeError:
print str(year), ' not in database.'
break
for pstat in weekly_player_stats.rushing().filter(
playerid=playerid):
base_pts = getBasePoints(bro_league, pstat)
datalist.append({
'year':
year,
'week':
week,
'fantasy_points':
base_pts,
'rushing_attempts':
pstat.rushing_att,
'receptions':
pstat.receiving_rec,
'yards':
pstat.rushing_yds + pstat.receiving_yds,
'tds':
pstat.rushing_td + pstat.receiving_td,
'2pc':
pstat.rushing_twoptm + pstat.receiving_twoptm
# 'playerid':pstat.playerid
})
df = pd.DataFrame(datalist)
df.to_csv(playerFilename(player_name) + '.csv')
def flex_stats(name, year):
player = nflgame.find(name)
for week in range(17):
games = nflgame.games(int(year), int(week + 1))
players = nflgame.combine_game_stats(games)
for p in players:
if str(name) == str(p):
fp = fps(p.receiving_rec, p.rushing_yds, p.rushing_tds,
p.receiving_yds, p.receiving_tds)
general_msg(int(week + 1), float(fp))
rush_msg(p.rushing_att, p.rushing_yds, p.rushing_tds)
rec_msg(p.receiving_tar, p.receiving_rec, p.receiving_yds,
p.receiving_tds)
def generate():
games = nflgame.games(int(year), week=1)
players = nflgame.combine_game_stats(games)
player = nflgame.find(name, team=team)[0]
for x in players:
if x.player:
if x.player.full_name:
if x.player.full_name == player.full_name:
p = addStats(player.__dict__, x, player.position)
if p is not None:
p = fillBlanks(p)
yield makeResponse([p])
break
def validate_player(player):
matches = nflgame.find(player)
if len(matches) == 1:
return matches[0]
elif len(matches) == 0:
return None
print('Found ' + str(len(matches)) + ' matches for ' + player.title() +
'.')
print('Please select from the following options.')
for i in range(len(matches)):
print('(' + str(i + 1) + ') - ' + player.title() + ', ' +
matches[i].team + ', number ' + str(matches[i].number))
selection = int(raw_input('Enter your selection: '))
return matches[selection - 1]
def get_player_nfl_object(name, position):
if name in EXCEPTIONS.keys():
name = EXCEPTIONS[name]
if name in POSITION_ERRORS.keys():
position = POSITION_ERRORS[name]
elif position == "DST" or position == "K":
return "N/A"
matches = nfl.find(name)
if len(matches) == 1:
return matches[0]
else:
for p in matches:
if position == p.position:
return p
def byecheck(i):
if player1info[0] == "BUF":
for r in p1w:
if r == 7:
onebye = QListWidgetItem("%s has a bye in week %d" % ("BUF", 7))
player1area.addItem(onebye)
p1w.remove(7)
else:
for w in byeWeekLists.byeWeeks:
for t in w:
if nflgame.find(player1info[0], team=None)[0].team == t:
if w[-1] in p1w:
onebye = QListWidgetItem("%s has a bye in week %d" % (t, w[-1]))
player1area.addItem(onebye)
p1w[:] = (value for value in p1w if value != w[-1])
print p1w
def but2():
if not list3.currentItem():
QMessageBox.critical(window,'error','No player selected')
else:
ln = list1.currentItem().text()
rn = list2.currentItem().text()
pn = str(list3.currentItem().text())
te = QMessageBox.question(window,'???','Are you sure you want to delete this player?',QMessageBox.Yes|QMessageBox.No,QMessageBox.No)
if te == QMessageBox.Yes:
if pn[-1]==')':
pn=pn[:-3]
ret = fbTool.removePlayer(nflgame.find(pn,team=None),str(ln),str(rn))
if ret:
QMessageBox.critical(window,'error','SOMETHING BROKE!')
else:
poplist3(list2.currentItem())
mainMenu.updateTree()
def player_stats(name, year, wk):
# takes player's full name, year of game(s), week of game(s)
# returns stats based on player's position
playerlist = nflgame.find(name, team=None)
if playerlist == []:
return False
player = playerlist[0]
player_id = player.gsis_id
player_position = player.position
team = player.team
if player_position == 'RB' or player_position == 'WR' or player_position == 'TE' or player_position == 'QB':
output = main_stats(player_id, year, wk, team)
elif player_position == "K":
output = k_stats(player_id, year, wk, team)
else:
output = False
return output
def player_stats(name, year, wk):
# takes player's full name, year of game(s), week of game(s)
# returns stats based on player's position
playerlist = nflgame.find(name, team=None)
if playerlist == []:
return False
player = playerlist[0]
player_id = player.gsis_id
player_position = player.position
team = player.team
if player_position == 'RB' or player_position == 'WR' or player_position == 'TE' or player_position == 'QB':
output = main_stats(player_id, year, wk, team)
elif player_position == "K":
output = k_stats(player_id, year, wk, team)
else:
output = False
return output
def k_stats(name, year, wk):
# takes players full name, year of game, week of game(s)
# applies for all kickers
playerlist = nflgame.find(name, team=None)
if playerlist == []:
return False
else:
player = playerlist[0]
stats = {'fgmade':0, 'fga':0, 'xpmade':0, 'xpa':0}
games = nflgame.games(year, week=wk)
gameplayers = nflgame.combine_game_stats(games)
for p in gameplayers:
if p.name == player.gsis_name:
stats['fgmade']+=p.kicking_fgm
stats['fga']+=p.kicking_fga
stats['xpmade']+=p.kicking_xpmade
stats['xpa']+=p.kicking_xpa
return stats
def get_stats(name, year, wks):
# gets stats for a player
# note: weeks must be defined as a list
playersearch = nflgame.find(name, team=None)
if playersearch == []:
return False
player = playersearch[0]
byeweek = schedule.bye_week(player.team, year)
player_stats = {}
try:
wks.remove(byeweek)
except ValueError:
wks=wks
for x in range(0, len(wks)):
dictprop = 'Week '+str(wks[x])
player_stats[dictprop]=(stats.player_stats(name, year, wks[x]))
player_stats[dictprop]['week']=wks[x]
player_stats[dictprop]['bye_week'] = False
return player_stats
def printPts():
leagueName=getLeagueName(0)
teamName=getTeamName(leagueName)
weekNum=int(raw_input('Please enter a week number: '))
points=[]
it=0
plfound=False
tfound=False
year=int(raw_input('Enter a year (2009-2015):').rstrip())
for i in fbTool.leagueLists:
if i.leagueName == leagueName:
lfound=True
for j in i.rosters:
if j.rosterName == teamName:
tfound=True
if j.players:
print 'Calculating points for %s on week %d...'%(teamName,weekNum)
for k in j.players:
if k.position != 'LE' and k.position != 'RE' and k.position != 'OLB' and k.position != 'CB' and k.position != 'MLB' and k.position != 'DT' and k.position != 'DB' and k.position != 'DE' and k.position != 'FS' and k.position != 'SS':
playersName=k.firstName+' '+k.lastName
plyToApp = nflgame.find(playersName,k.team)[0]
if k.position == 'K':
points.append(fpKicker.kickerScore(plyToApp,year,weekNum))
else:
points.append(fpPlayer.fantasyPoints(plyToApp,year,weekNum))
print 'PlayerID First Name Last Name NFLTeam Points'
for k in j.players:
if k.position != 'LE' and k.position != 'RE' and k.position != 'OLB' and k.position != 'CB' and k.position != 'MLB' and k.position != 'DT' and k.position != 'DB' and k.position != 'DE' and k.position != 'FS' and k.position != 'SS':
print '{:14s} {:16s} {:19s} {:10s} {:9f} '.format(str(k.player_id),k.firstName,k.lastName,k.team,points[it])
it = it+1
dpoints=0
for l in j.defense:
dpoints = dpoints+fpDefense.fpDefense(l,year,weekNum)
p=sum(points)
print 'total offensive points: %f'%p
print 'total defensive points: %f'%dpoints
print 'total points: %f'%(p+dpoints)
else:
print 'Team is empty'
elif j==i.rosters[-1] and not tfound:
print 'Team %s not found'%teamName
elif i==fbTool.leagueLists[-1] and not lfound:
print 'League %s not found' %leagueName
def bye_week_player(name, year):
# takes team symbol and year of bye week
# returns bye week, 0 if no result, does not work for bye weeks that have not yet happened
playerlist = nflgame.find(name, team=None)
if playerlist == []:
return False
player = playerlist[0]
team = player.team
gameweeks = []
for x in range(1, 18):
games = nflgame.games(year, week=x, home=None, away=None, kind='REG', started=False)
if games == []:
return None
weekteams = []
for i in games:
weekteams.append(i.home)
weekteams.append(i.away)
if team not in weekteams and weekteams != []:
return x
return None
def qb_stats(name, year, wk):
# takes players full name, year of game, week of game(s)
# applies for all quarterbacks
playerlist = nflgame.find(name, team=None)
if playerlist == []:
return False
else:
player = playerlist[0]
stats = {'rushing_yds':0, 'rushing_tds':0, 'passing_yds':0, 'passing_tds':0, 'passing_ints':0, 'fumbles':0}
games = nflgame.games(year, week=wk)
gameplayers = nflgame.combine_game_stats(games)
for p in gameplayers:
if p.name == player.gsis_name:
stats['passing_yds']+=p.passing_yds
stats['passing_tds']+=p.passing_tds
stats['passing_ints']+=p.passing_ints
stats['rushing_yds']+=p.rushing_yds
stats['rushing_tds']+=p.rushing_tds
stats['fumbles']+=p.fumbles_tot
return stats
def flex_stats(name, year, wk):
# takes players full name, year of game, week of game(s)
# applies for all players that can play in the flex (RB, WR, TE)
playerlist = nflgame.find(name, team=None)
if playerlist == []:
return False
else:
player = playerlist[0]
stats = {'rushing_yds':0, 'rushing_tds':0, 'receiving_yds':0, 'receiving_tds':0, 'fumbles':0, 'puntret_tds':0, 'kickret_tds':0}
games = nflgame.games(year, week=wk)
gameplayers = nflgame.combine_game_stats(games)
for p in gameplayers:
if p.name == player.gsis_name:
stats['rushing_yds']+=p.rushing_yds
stats['rushing_tds']+=p.rushing_tds
stats['receiving_yds']+=p.receiving_yds
stats['receiving_tds']+=p.receiving_tds
stats['fumbles']+=p.fumbles_tot
stats['puntret_tds']+=p.puntret_tds
stats['kickret_tds']+=p.kickret_tds
return stats
def computeScore(player, week, year): playerObject = nflgame.find(player) stats = playerObject[0].stats(year, week) score = 0 score += (stats.passing_yds * .04) score += (stats.rushing_yds * .1) score += (stats.passing_tds * 4) score += (stats.rushing_tds * 6) score += (stats.passing_int * -2) score += (stats.receiving_yds * .1) score += (stats.receiving_tds * 6) score += (stats.receiving_rec * .5) score += (stats.kickret_tds * 6) score += (stats.puntret_tds * 6) score += (stats.fumbles * -2) score += (stats.fumbles_rec_tds * 6) score += (stats.receiving_twopta * 2) score += (stats.rushing_twopta * 2) score += (stats.passing_twopta * 2) # print stats.passing_yds # print stats.passing_tds return score
def remPlayerUI():
if printLeagues():
return 1
ln = raw_input('Please enter the name of the league the team to remove from is in: ').strip()
if printTeams(ln):
return 1
rn = raw_input('Please enter the name of the team to remove from: ').strip()
if printPlayers(ln,rn):
return 1
pn = raw_input('Please enter the name of the player to remove: ').strip()
invar=' '
while invar.lower() not in ['y','yes','n','no']:
invar=raw_input('Are you sure you want to do this? (y/n): ').strip()
if invar.lower() in ['y','yes']:
invar = raw_input('Would you like to save before doing so?(y/n): ')
if invar.lower() in ['y','yes']:
saveFileUI()
if invar.lower() in ['n','no']:
print 'IF YOU SAY SO.....'
invar = 'y'
if invar.lower() not in ['y','yes','n','no']:
print 'Invalid input. Please try again...'
else:
testVar = fbTool.removePlayer(nflgame.find(pn,team=None),ln,rn)
if testVar == 1:
print 'LEAGUE DOESN\'T EXIST!'
elif testVar == 2:
print 'ROSTER DOESN\'T EXIST!'
elif testVar == 3:
print 'PLAYER NOT ROSTERED ON TEAM!'
elif not testVar:
print '%s was removed from %s.' %(pn,rn)
if invar.lower() in ['n','no']:
print 'I DIDN\'T THINK SO!'
if invar.lower() not in ['y','yes','n','no']:
print 'Invalid input. Please try again...'
def get_id_from_name(self, ptp):
#receives tuple of form (player name, team, positions) or string of form 'First Last, Team Position' then filters
if type(ptp) == tuple:
name, team, pos = ptp
else:
name, team, pos = filter_ptp(ptp)
print(name, team, pos)
#Chad Johnson
if name == 'Chad Ochocinco':
return '00-0020397'
#Roosevelt Nix-Jones
if name == 'Roosevelt Nix':
return '00-0030741'
#Mike Vick
if name == 'Michael Vick':
return '00-0020245'
#Dan Herron
if name == 'Daniel Herron':
return '00-0029588'
#Steve Johnson
if name == 'Stevie Johnson':
return '00-0026364'
#Anthony Dixon
if name == 'Boobie Dixon':
return '00-0027772'
#Stephen Hauschka
if name == 'Steven Hauschka':
return '00-0025944'
#Rob Kelley
if name == 'Robert Kelley':
return "00-0032371"
#WR/RB
if name == 'Danny Woodhead':
return '00-0026019'
if pos != 'D/ST':
player = nflgame.find(name)
if len(player) == 1:
player = player[0]
print('*', player.full_name, player.position, player.team,
player.player_id)
return player.player_id
elif len(player) > 1:
#For case of multiple players with same name
player = nflleague.functions.find(name,
self.season,
players=self.player_game)
if player != None and (player.position == ''
or player.position == pos):
print('**', player.full_name, player.position, player.team,
player.player_id)
return player.player_id
else:
#For case of two active players with same name. i.e. Brandon Marshall
player = nflleague.functions.find(name,
self.season,
pos=pos,
players=self.player_game)
if player != None:
print('***', player.full_name, player.position,
player.team, player.player_id)
return player.player_id
return None
elif pos == 'D/ST':
return nflleague.standard_nfl_abv(name)
return None
def getPlayerID(name,team):
# Find the player
player = nflgame.find(name,team)[0]
return player.gsis_id
hits.append(player)
return hits
def switchpossession(possession):
switchpos= possession
if switchpos==game1.home:
switchpos= game1.away
return switchpos
else:
switchpos=game1.home
return switchpos
first= Drive(game1.home, "case keenum","pass", "andre johnson", 34, 0,0,1)
player1=nflgame.find(first.player1)
for p in player1:
player=p
receiver=nflgame.find(first.receiver)
for p in receiver:
receiver=p
if first.playType=="pass":
type=" passed"
print str(player) +type + " the ball to " + str(receiver)+ " for " +str(first.yardage) + " yards."
else:
type=" ran"
print str(player)+type+ " the ball for "+ str(first.yardage)+ " yards."
def get_player_object(player_info):
name, team = player_info.split(", ")
for p in nfl.find(name):
if team == p.team:
player = p
return player
def player_team(name):
playerlist = nflgame.find(name, team=None)
if playerlist == []:
return False
player = playerlist[0]
return player.team
def confirm():
player1area.clear()
player2area.clear()
#Player One stuff
player1info = []
points1 = 0
player1 = str(input1.text()).strip()
if not nflgame.find(player1, team=None) and player1 != "BUF":
onenoexist = QListWidgetItem("Player does not exist")
player1area.addItem(onenoexist)
else:
player1info.append(player1)
def handleActivated():
int(input12.currentText())
input12.activated['QString'].connect(handleActivated)
player1year = int(input12.currentText())
player1info.append(player1year)
player1week = str(input13.text()).strip()
p1w = map(int, player1week.split())
oneonlyweek = QListWidgetItem("You have not entered any weeks")
if len(p1w)==0:
player1area.addItem(oneonlyweek)
else:
def currentweek(i):
onenotcurrent = QListWidgetItem("Week %d hasn't occurred yet" % p1w[i])
if len(p1w) > 0:
if p1w[i]>(nflgame.live.current_year_and_week()[1]) and (p1w[i]>0 and p1w[i]<18):
if i == len(p1w)-1:
player1area.addItem(onenotcurrent)
p1w.remove(p1w[i])
else:
player1area.addItem(onenotcurrent)
p1w.remove(p1w[i])
if len(p1w)>0:
currentweek(i)
else:
if i < len(p1w)-1:
currentweek(i+1)
def existweek(i):
weeknoexist1 = QListWidgetItem("Week %d does not exist" % p1w[i])
if len(p1w) == 0:
player1area.addItem(oneonlyweek)
else:
if p1w[i]<1 or p1w[i]>17:
if i == len(p1w)-1:
player1area.addItem(weeknoexist1)
p1w.remove(p1w[i])
else:
player1area.addItem(weeknoexist1)
p1w.remove(p1w[i])
existweek(i)
else:
if i < len(p1w)-1:
existweek(i+1)
i=0
existweek(i)
if len(p1w)>0:
currentweek(0)
def byecheck(i):
if player1info[0] == "BUF":
for r in p1w:
if r == 7:
onebye = QListWidgetItem("%s has a bye in week %d" % ("BUF", 7))
player1area.addItem(onebye)
p1w.remove(7)
else:
for w in byeWeekLists.byeWeeks:
for t in w:
if nflgame.find(player1info[0], team=None)[0].team == t:
if w[-1] in p1w:
onebye = QListWidgetItem("%s has a bye in week %d" % (t, w[-1]))
player1area.addItem(onebye)
p1w[:] = (value for value in p1w if value != w[-1])
print p1w
if len(p1w)>0:
byecheck(0)
if len(p1w)==0:
onenomoreweeks = QListWidgetItem("You have not entered any more weeks")
player1area.addItem(onenomoreweeks)
if len(p1w) > 0:
p1wset = list(set(p1w))
player1info.append(p1wset)
print "ok"
print p1wset
p1g = str(ginput1.currentText())
player1info.append(p1g)
if player1info[0] == "BUF":
points1 = fpDefense.fpDefense(player1info[0],player1info[1],player1info[2])
item1 = QListWidgetItem("%f" % float(points1))
player1area.addItem(item1)
else:
points1 = fbPlayerPoints.playerPoints(player1info)
item1 = QListWidgetItem("%f" % float(points1))
if points1 == float('inf'):
onenoexist = QListWidgetItem("Player does not exist")
player1area.addItem(onenoexist)
else:
player1found = nflgame.find(player1info[0], team = None)
player1area.addItem(item1)
p1 = player1found[0]
m1 = p1.stats(player1info[1],player1info[2],player1info[3])
if 'kicking_xpmade' in m1.stats and 'kicking_xpmissed' in m1.stats:
p1xpmade = m1.stats['kicking_xpmade']
p1xpm = m1.stats['kicking_xpmissed']
p1xpmadein = QListWidgetItem("Extra points made: %d/%d" % (int(p1xpmade),int(p1xpmade + p1xpm)))
player1area.addItem(p1xpmadein)
if 'kicking_fgm' in m1.stats and 'kicking_fga' in m1.stats :
p1fgmade = m1.stats['kicking_fgm']
p1fga = m1.stats['kicking_fga']
p1fgmadein = QListWidgetItem("Field goals made: %d/%d" % (int(p1fgmade),int(p1fga)))
player1area.addItem(p1fgmadein)
if p1.position == "K":
for w in player1info[2]:
games = nflgame.games(player1info[1], w)
plays = nflgame.combine_plays(games)
allMadeFGs = plays.filter(kicking_fgm = True)
player1area.addItem("Field goals made in week " + str(w) + ":")
for p in allMadeFGs:
if p.players.playerid(p1.playerid):
yards = p.kicking_fgm_yds
player1area.addItem(str(yards) + " ")
if 'passing_yds' in m1.stats:
p1passyds = m1.stats['passing_yds']
p1passydsin = QListWidgetItem("Passing yards: %d" % int(p1passyds))
player1area.addItem(p1passydsin)
if 'passing_twoptm' in m1.stats:
p1tpm = m1.stats['passing_twoptm']
p1tpmin = QListWidgetItem("Two-pt conversions made: %d" % int(p1tpm))
player1area.addItem(p1tpmin)
if 'passing_ints' in m1.stats:
p1passints = m1.stats['passing_ints']
p1passintsin = QListWidgetItem("Passing ints: %d" % int(p1passints))
player1area.addItem(p1passintsin)
if 'passing_tds' in m1.stats:
p1passtds = m1.stats['passing_tds']
p1passtdsin = QListWidgetItem("Passing TDs: %d" % int(p1passtds))
player1area.addItem(p1passtdsin)
if 'rushing_tds' in m1.stats:
p1rushtds = m1.stats['rushing_tds']
p1rushtdsin = QListWidgetItem("Rushing TDs: %d" % int(p1rushtds))
player1area.addItem(p1rushtdsin)
if 'rushing_yds' in m1.stats:
p1rushyds = m1.stats['rushing_yds']
p1rushydsin = QListWidgetItem("Rushing yards: %d" % int(p1rushyds))
player1area.addItem(p1rushydsin)
if 'receiving_yds' in m1.stats:
p1recyds = m1.stats['receiving_yds']
p1recydsin = QListWidgetItem("Receiving yards: %d" % int(p1recyds))
player1area.addItem(p1recydsin)
if 'receiving_tds' in m1.stats:
p1rectds = m1.stats['receiving_tds']
p1rectdsin = QListWidgetItem("Receiving TDs: %d" % int(p1rectds))
player1area.addItem(p1rectdsin)
if 'receiving_twoptm' in m1.stats:
p1rectpm = m1.stats['receiving_twoptm']
p1rectpmin = QListWidgetItem("Receiving two-pt conversions made: %d" % int(p1rectpm))
player1area.addItem(p1rectpmin)
if 'fumbles_lost' in m1.stats:
p1fum = m1.stats['fumbles_lost']
p1fumin = QListWidgetItem("Fumbles lost: %d" % int(p1fum))
player1area.addItem(p1fumin)
if 'rushing_twoptm' in m1.stats:
p1rushtpm = m1.stats['rushing_twoptm']
p1rushtpmin = QListWidgetItem("Rushing two-pt conversions made: %d" % int(p1rushtpm))
player1area.addItem(p1rushtpmin)
#Player Two stuff
player2info = []
points2 = 0
player2 = str(input2.text()).strip()
if not nflgame.find(player2, team=None):
twonoexist = QListWidgetItem("Player does not exist")
player2area.addItem(twonoexist)
else:
player2info.append(player2)
def handleActivated():
int(input22.currentText())
input22.activated['QString'].connect(handleActivated)
player2year = int(input22.currentText())
player2info.append(player2year)
player2week = str(input23.text()).strip()
p2w = map(int, player2week.split())
twoonlyweek = QListWidgetItem("You have not entered any weeks")
if len(p2w)==0:
player2area.addItem(twoonlyweek)
else:
def currentweek(i):
twonotcurrent = QListWidgetItem("Week %d hasn't occurred yet" % p2w[i])
if len(p2w) > 0:
if p2w[i]>(nflgame.live.current_year_and_week()[1]) and (p2w[i]>0 and p2w[i]<18):
if i == len(p2w)-1:
player2area.addItem(twonotcurrent)
p2w.remove(p2w[i])
else:
player2area.addItem(twonotcurrent)
p2w.remove(p2w[i])
if len(p2w)>0:
currentweek(i)
else:
if i < len(p2w)-1:
currentweek(i+1)
def existweek(i):
weeknoexist2 = QListWidgetItem("Week %d does not exist" % p2w[i])
if len(p2w) == 0:
player2area.addItem(twoonlyweek)
else:
if p2w[i]<1 or p2w[i]>17:
if i == len(p2w)-1:
player2area.addItem(weeknoexist2)
p2w.remove(p2w[i])
else:
player2area.addItem(weeknoexist2)
p2w.remove(p2w[i])
existweek(i)
else:
if i < len(p2w)-1:
existweek(i+1)
i=0
existweek(i)
if len(p2w)>0:
currentweek(0)
def byecheck(i):
for w in byeWeekLists.byeWeeks:
for t in w:
if nflgame.find(player2info[0], team=None)[0].team == t:
if w[-1] in p2w:
twobye = QListWidgetItem("%s has a bye in week %d" % (t, w[-1]))
player2area.addItem(twobye)
p2w.remove(w[-1])
if len(p2w)>0:
byecheck(0)
if len(p2w)==0:
twonomoreweeks = QListWidgetItem("You have not entered any more weeks")
player2area.addItem(twonomoreweeks)
if len(p2w) > 0:
p2wset = list(set(p2w))
player2info.append(p2wset)
points2 = fbPlayerPoints.playerPoints(player2info)
item2 = QListWidgetItem("%f" % float(points2))
if points2 == float('inf'):
twonoexist = QListWidgetItem("Player does not exist")
player2area.addItem(twonoexist)
else:
player2found = nflgame.find(player2info[0], team = None)
player2area.addItem(item2)
p2 = player2found[0]
m2 = p2.stats(player2info[1],player2info[2])
if 'kicking_xpmade' in m2.stats and 'kicking_xpmissed' in m2.stats:
p2xpmade = m2.stats['kicking_xpmade']
p2xpm = m2.stats['kicking_xpmissed']
p2xpmadein = QListWidgetItem("Extra points made: %d/%d" % (int(p2xpmade),int(p2xpmade + p2xpm)))
player2area.addItem(p2xpmadein)
if 'kicking_fgm' in m2.stats and 'kicking_fga' in m2.stats :
p2fgmade = m2.stats['kicking_fgm']
p2fga = m2.stats['kicking_fga']
p2fgmadein = QListWidgetItem("Field goals made: %d/%d" % (int(p2fgmade),int(p2fga)))
player2area.addItem(p2fgmadein)
if p2.position == "K":
for w in player2info[2]:
games = nflgame.games(player2info[1], w)
plays = nflgame.combine_plays(games)
allMadeFGs = plays.filter(kicking_fgm = True)
player2area.addItem("Field goals made in week " + str(w) + ":")
for p in allMadeFGs:
if p.players.playerid(p2.playerid):
yards = p.kicking_fgm_yds
player2area.addItem(str(yards) + " ")
if 'passing_yds' in m2.stats:
p2passyds = m2.stats['passing_yds']
p2passydsin = QListWidgetItem("Passing yards: %d" % int(p2passyds))
player2area.addItem(p2passydsin)
if 'passing_twoptm' in m2.stats:
p2tpm = m2.stats['passing_twoptm']
p2tpmin = QListWidgetItem("Two-pt conversions made: %d" % int(p2tpm))
player2area.addItem(p2tpmin)
if 'passing_ints' in m2.stats:
p2passints = m2.stats['passing_ints']
p2passintsin = QListWidgetItem("Passing ints: %d" % int(p2passints))
player2area.addItem(p2passintsin)
if 'passing_tds' in m2.stats:
p2passtds = m2.stats['passing_tds']
p2passtdsin = QListWidgetItem("Passing TDs: %d" % int(p2passtds))
player2area.addItem(p2passtdsin)
if 'rushing_tds' in m2.stats:
p2rushtds = m2.stats['rushing_tds']
p2rushtdsin = QListWidgetItem("Rushing TDs: %d" % int(p2rushtds))
player2area.addItem(p2rushtdsin)
if 'rushing_yds' in m2.stats:
p2rushyds = m2.stats['rushing_yds']
p2rushydsin = QListWidgetItem("Rushing yards: %d" % int(p2rushyds))
player2area.addItem(p2rushydsin)
if 'receiving_yds' in m2.stats:
p2recyds = m2.stats['receiving_yds']
p2recydsin = QListWidgetItem("Receiving yards: %d" % int(p2recyds))
player2area.addItem(p2recydsin)
if 'receiving_tds' in m2.stats:
p2rectds = m2.stats['receiving_tds']
p2rectdsin = QListWidgetItem("Receiving TDs: %d" % int(p2rectds))
player2area.addItem(p2rectdsin)
if 'receiving_twoptm' in m2.stats:
p2rectpm = m2.stats['receiving_twoptm']
p2rectpmin = QListWidgetItem("Receiving two-pt conversions made: %d" % int(p2rectpm))
player2area.addItem(p2rectpmin)
if 'fumbles_lost' in m2.stats:
p2fum = m2.stats['fumbles_lost']
p2fumin = QListWidgetItem("Fumbles lost: %d" % int(p2fum))
player2area.addItem(p2fumin)
if 'rushing_twoptm' in m2.stats:
p2rushtpm = m2.stats['rushing_twoptm']
p2rushtpmin = QListWidgetItem("Rushing two-pt conversions made: %d" % int(p2rushtpm))
player2area.addItem(p2rushtpmin)
def findFL(firstName,lastName,team): ##finds nflgame.player object
n=firstName + ' ' + lastName ##by first/last name and team
return nflgame.find(n,team)
def prediction(name, scoring):
# takes player name, type of scoring
# returns fantasy point prediction for next week
playerlist = nflgame.find(name, team=None)
if playerlist == []:
return None
player = playerlist[0]
team = player.team
position = player.position
if position == "K":
return average(name, scoring)
year, current_week = nflgame.live.current_year_and_week()
opponent = schedule.opponent(team, year, current_week)
if opponent == None:
return "Bye Week"
bye_week = schedule.bye_week(team, year)
wk = []
for x in range(1, current_week):
if x != bye_week:
wk.append(x)
total_weeks = []
for x in range(1, current_week):
total_weeks.append(x)
functionname = scoring + "_player_points"
getpoints = getattr(points, functionname)
player_points = points.total_points(getpoints(name, year, wk))
weeks_played = 0
for x in player_points:
if player_points[x] != 0:
weeks_played += 1
total_player_stats = stats.player_stats(name, year, wk)
total_opponent_stats = stats.defense_team_stats(opponent, year,
total_weeks)
total_team_stats = stats.offense_team_stats(team, year, total_weeks)
opponent_weeks_played = len(total_weeks)
if schedule.bye_week(opponent, year) < current_week:
opponent_weeks_played -= 1
if position == "QB":
# calculate passing yds
player_avg_passing_yds = float(
total_player_stats['passing_yds']) / weeks_played
opponent_avg_passing_yds = float(
total_opponent_stats['passing_yds_allowed']
) / opponent_weeks_played
prediction_passing_yds = round(
(player_avg_passing_yds + opponent_avg_passing_yds) / 2)
# calculate passing tds
player_avg_passing_tds = float(
total_player_stats['passing_tds']) / weeks_played
opponent_avg_passing_tds = float(
total_opponent_stats['passing_tds_allowed']
) / opponent_weeks_played
prediction_passing_tds = round(
(player_avg_passing_tds + opponent_avg_passing_tds) / 2)
# calculate rushing yds
player_avg_rushing_yds = float(
total_player_stats['rushing_yds']) / weeks_played
player_rushing_yds_pct = float(
total_player_stats['rushing_yds']
) / total_team_stats[
'rushing_yds'] # percentage of total yds the player contributes
opponent_avg_rushing_yds = float(
total_opponent_stats['rushing_yds_allowed']
) / opponent_weeks_played
prediction_rushing_yds = round(
player_rushing_yds_pct *
(player_avg_rushing_yds + opponent_avg_rushing_yds) / 2)
# calculate rushing tds
player_avg_rushing_tds = float(
total_player_stats['rushing_yds']) / weeks_played
player_rushing_tds_pct = float(
total_player_stats['rushing_tds']
) / total_team_stats[
'rushing_tds'] # percentage of total tds the player contributes
opponent_avg_rushing_tds = float(
total_opponent_stats['rushing_tds_allowed']
) / opponent_weeks_played
prediction_rushing_tds = round(
player_rushing_tds_pct *
(player_avg_rushing_tds + opponent_avg_rushing_tds) / 2)
# calculate total points
prediction_total_points = prediction_passing_yds * .04 + prediction_passing_tds * 4 + prediction_rushing_yds * .1 + prediction_rushing_tds * 6
# return predictions
return {
'passing_yds': prediction_passing_yds,
'passing_tds': prediction_passing_tds,
'rushing_yds': prediction_rushing_yds,
'rushing_tds': prediction_rushing_tds,
'points': prediction_total_points
}
elif position == "RB":
# calculate rushing yds
player_avg_rushing_yds = float(
total_player_stats['rushing_yds']) / weeks_played
player_rushing_yds_pct = float(
total_player_stats['rushing_yds']
) / total_team_stats[
'rushing_yds'] # percentage of total yds the player contributes
opponent_avg_rushing_yds = float(
total_opponent_stats['rushing_yds_allowed']
) / opponent_weeks_played
prediction_rushing_yds = round(
player_rushing_yds_pct *
(player_avg_rushing_yds + opponent_avg_rushing_yds) / 2)
# calculate rushing tds
player_avg_rushing_tds = float(
total_player_stats['rushing_tds']) / weeks_played
player_rushing_tds_pct = float(
total_player_stats['rushing_tds']
) / total_team_stats[
'rushing_tds'] # percentage of total tds the player contributes
opponent_avg_rushing_tds = float(
total_opponent_stats['rushing_tds_allowed']
) / opponent_weeks_played
prediction_rushing_tds = round(
player_rushing_tds_pct *
(player_avg_rushing_tds + opponent_avg_rushing_tds) / 2)
# percentages are generally very low for good players
if (prediction_rushing_tds == 0 and player_rushing_tds_pct > .35
) or weeks_played - player_avg_rushing_tds < 4:
prediction_rushing_tds += 1.0
# calculate receiving yds
player_avg_receiving_yds = float(
total_player_stats['receiving_yds']) / weeks_played
player_receiving_yds_pct = float(
total_player_stats['receiving_yds']
) / total_team_stats[
'passing_yds'] # percentage of total yds the player contributes
opponent_avg_receiving_yds = float(
total_opponent_stats['passing_yds_allowed']
) / opponent_weeks_played
prediction_receiving_yds = round(
player_receiving_yds_pct *
(player_avg_receiving_yds + opponent_avg_receiving_yds) / 2)
# calculate receiving tds
player_avg_receiving_tds = float(
total_player_stats['receiving_tds']) / weeks_played
player_receiving_tds_pct = float(
total_player_stats['receiving_tds']
) / total_team_stats[
'passing_tds'] # percentage of total tds the player contributes
opponent_avg_receiving_tds = float(
total_opponent_stats['passing_tds_allowed']
) / opponent_weeks_played
prediction_receiving_tds = round(
player_receiving_tds_pct *
(player_avg_receiving_tds + opponent_avg_receiving_tds) / 2)
# percentages are generally very low for good players
if (prediction_receiving_tds == 0 and player_receiving_tds_pct > .25
) or weeks_played - player_avg_receiving_tds < 4:
prediction_receiving_tds += 1.0
# calculate total points
prediction_total_points = prediction_rushing_yds * .1 + prediction_rushing_tds * 6 + prediction_receiving_yds * .1 + prediction_receiving_tds * 6
# return predictions
return {
'rushing_yds': prediction_rushing_yds,
'rushing_tds': prediction_rushing_tds,
'receiving_yds': prediction_receiving_yds,
'receiving_tds': prediction_receiving_tds,
'points': prediction_total_points
}
elif position == "WR" or position == "TE":
# calculate receiving yds
player_avg_receiving_yds = float(
total_player_stats['receiving_yds']) / weeks_played
player_receiving_yds_pct = float(
total_player_stats['receiving_yds']
) / total_team_stats[
'passing_yds'] # percentage of total yds the player contributes
opponent_avg_receiving_yds = float(
total_opponent_stats['passing_yds_allowed']
) / opponent_weeks_played
prediction_receiving_yds = round(
player_receiving_yds_pct *
(player_avg_receiving_yds + opponent_avg_receiving_yds) / 2)
# calculate receiving tds
player_avg_receiving_tds = float(
total_player_stats['receiving_tds']) / weeks_played
player_receiving_tds_pct = float(
total_player_stats['receiving_tds']
) / total_team_stats[
'passing_tds'] # percentage of total tds the player contributes
opponent_avg_receiving_tds = float(
total_opponent_stats['passing_tds_allowed']
) / opponent_weeks_played
prediction_receiving_tds = round(
player_receiving_tds_pct *
(player_avg_receiving_tds + opponent_avg_receiving_tds) / 2)
# percentages are generally very low for good players
if (prediction_receiving_tds == 0 and player_receiving_tds_pct > .25
) or weeks_played - player_avg_receiving_tds < 4:
prediction_receiving_tds += 1
# calculate total points
prediction_total_points = prediction_receiving_yds * .1 + prediction_receiving_tds * 6
# return predictions
return {
'receiving_yds': prediction_receiving_yds,
'receiving_tds': prediction_receiving_tds,
'points': prediction_total_points
}
else:
return
def prediction(name, scoring):
# takes player name, type of scoring
# returns fantasy point prediction for next week
playerlist = nflgame.find(name, team=None)
if playerlist == []:
return None
player = playerlist[0]
team = player.team
position = player.position
if position == "K":
return average(name, scoring)
year, current_week = nflgame.live.current_year_and_week()
opponent = schedule.opponent(team, year, current_week)
if opponent == None:
return "Bye Week"
bye_week = schedule.bye_week(team, year)
wk = []
for x in range(1, current_week):
if x != bye_week:
wk.append(x)
total_weeks = []
for x in range(1, current_week):
total_weeks.append(x)
functionname = scoring+"_player_points"
getpoints = getattr(points, functionname)
player_points = points.total_points(getpoints(name, year, wk))
weeks_played = 0
for x in player_points:
if player_points[x] != 0:
weeks_played += 1
total_player_stats = stats.player_stats(name, year, wk)
total_opponent_stats = stats.defense_team_stats(opponent, year, total_weeks)
total_team_stats = stats.offense_team_stats(team, year, total_weeks)
opponent_weeks_played = len(total_weeks)
if schedule.bye_week(opponent, year) < current_week:
opponent_weeks_played-=1
if position == "QB":
# calculate passing yds
player_avg_passing_yds = float(total_player_stats['passing_yds'])/weeks_played
opponent_avg_passing_yds = float(total_opponent_stats['passing_yds_allowed'])/opponent_weeks_played
prediction_passing_yds = round((player_avg_passing_yds+opponent_avg_passing_yds)/2)
# calculate passing tds
player_avg_passing_tds = float(total_player_stats['passing_tds'])/weeks_played
opponent_avg_passing_tds = float(total_opponent_stats['passing_tds_allowed'])/opponent_weeks_played
prediction_passing_tds = round((player_avg_passing_tds+opponent_avg_passing_tds)/2)
# calculate rushing yds
player_avg_rushing_yds = float(total_player_stats['rushing_yds'])/weeks_played
player_rushing_yds_pct = float(total_player_stats['rushing_yds'])/total_team_stats['rushing_yds'] # percentage of total yds the player contributes
opponent_avg_rushing_yds = float(total_opponent_stats['rushing_yds_allowed'])/opponent_weeks_played
prediction_rushing_yds = round(player_rushing_yds_pct*(player_avg_rushing_yds+opponent_avg_rushing_yds)/2)
# calculate rushing tds
player_avg_rushing_tds = float(total_player_stats['rushing_yds'])/weeks_played
player_rushing_tds_pct = float(total_player_stats['rushing_tds'])/total_team_stats['rushing_tds'] # percentage of total tds the player contributes
opponent_avg_rushing_tds = float(total_opponent_stats['rushing_tds_allowed'])/opponent_weeks_played
prediction_rushing_tds = round(player_rushing_tds_pct*(player_avg_rushing_tds+opponent_avg_rushing_tds)/2)
# calculate total points
prediction_total_points = prediction_passing_yds*.04 + prediction_passing_tds*4 + prediction_rushing_yds*.1 + prediction_rushing_tds*6
# return predictions
return {'passing_yds':prediction_passing_yds, 'passing_tds':prediction_passing_tds, 'rushing_yds':prediction_rushing_yds, 'rushing_tds':prediction_rushing_tds, 'points':prediction_total_points}
elif position == "RB":
# calculate rushing yds
player_avg_rushing_yds = float(total_player_stats['rushing_yds'])/weeks_played
player_rushing_yds_pct = float(total_player_stats['rushing_yds'])/total_team_stats['rushing_yds'] # percentage of total yds the player contributes
opponent_avg_rushing_yds = float(total_opponent_stats['rushing_yds_allowed'])/opponent_weeks_played
prediction_rushing_yds = round(player_rushing_yds_pct*(player_avg_rushing_yds+opponent_avg_rushing_yds)/2)
# calculate rushing tds
player_avg_rushing_tds = float(total_player_stats['rushing_tds'])/weeks_played
player_rushing_tds_pct = float(total_player_stats['rushing_tds'])/total_team_stats['rushing_tds'] # percentage of total tds the player contributes
opponent_avg_rushing_tds = float(total_opponent_stats['rushing_tds_allowed'])/opponent_weeks_played
prediction_rushing_tds = round(player_rushing_tds_pct*(player_avg_rushing_tds+opponent_avg_rushing_tds)/2)
# percentages are generally very low for good players
if (prediction_rushing_tds == 0 and player_rushing_tds_pct > .35) or weeks_played-player_avg_rushing_tds<4:
prediction_rushing_tds += 1.0
# calculate receiving yds
player_avg_receiving_yds = float(total_player_stats['receiving_yds'])/weeks_played
player_receiving_yds_pct = float(total_player_stats['receiving_yds'])/total_team_stats['passing_yds'] # percentage of total yds the player contributes
opponent_avg_receiving_yds = float(total_opponent_stats['passing_yds_allowed'])/opponent_weeks_played
prediction_receiving_yds = round(player_receiving_yds_pct*(player_avg_receiving_yds+opponent_avg_receiving_yds)/2)
# calculate receiving tds
player_avg_receiving_tds = float(total_player_stats['receiving_tds'])/weeks_played
player_receiving_tds_pct = float(total_player_stats['receiving_tds'])/total_team_stats['passing_tds'] # percentage of total tds the player contributes
opponent_avg_receiving_tds = float(total_opponent_stats['passing_tds_allowed'])/opponent_weeks_played
prediction_receiving_tds = round(player_receiving_tds_pct*(player_avg_receiving_tds+opponent_avg_receiving_tds)/2)
# percentages are generally very low for good players
if (prediction_receiving_tds == 0 and player_receiving_tds_pct > .25) or weeks_played-player_avg_receiving_tds<4:
prediction_receiving_tds += 1.0
# calculate total points
prediction_total_points = prediction_rushing_yds*.1 + prediction_rushing_tds*6 + prediction_receiving_yds*.1 + prediction_receiving_tds*6
# return predictions
return {'rushing_yds':prediction_rushing_yds, 'rushing_tds':prediction_rushing_tds, 'receiving_yds':prediction_receiving_yds, 'receiving_tds':prediction_receiving_tds, 'points':prediction_total_points}
elif position == "WR" or position == "TE":
# calculate receiving yds
player_avg_receiving_yds = float(total_player_stats['receiving_yds'])/weeks_played
player_receiving_yds_pct = float(total_player_stats['receiving_yds'])/total_team_stats['passing_yds'] # percentage of total yds the player contributes
opponent_avg_receiving_yds = float(total_opponent_stats['passing_yds_allowed'])/opponent_weeks_played
prediction_receiving_yds = round(player_receiving_yds_pct*(player_avg_receiving_yds+opponent_avg_receiving_yds)/2)
# calculate receiving tds
player_avg_receiving_tds = float(total_player_stats['receiving_tds'])/weeks_played
player_receiving_tds_pct = float(total_player_stats['receiving_tds'])/total_team_stats['passing_tds'] # percentage of total tds the player contributes
opponent_avg_receiving_tds = float(total_opponent_stats['passing_tds_allowed'])/opponent_weeks_played
prediction_receiving_tds = round(player_receiving_tds_pct*(player_avg_receiving_tds+opponent_avg_receiving_tds)/2)
# percentages are generally very low for good players
if (prediction_receiving_tds == 0 and player_receiving_tds_pct > .25) or weeks_played-player_avg_receiving_tds<4:
prediction_receiving_tds += 1
# calculate total points
prediction_total_points = prediction_receiving_yds*.1 + prediction_receiving_tds*6
# return predictions
return {'receiving_yds':prediction_receiving_yds, 'receiving_tds':prediction_receiving_tds, 'points':prediction_total_points}
else:
return
def player_team(name):
playerlist = nflgame.find(name, team=None)
if playerlist == []:
return False
player = playerlist[0]
return player.team
def fetch_player(name):
return nflgame.find(name)