def makeRoster(players, weights, budget, nteam):
purchased = PlayerStorage()
# Now try to maximize our team value
while not rfilled(nteam):
# Duplicate players and weights
playerscopy = players.copy()
weightscopy = copy.deepcopy(weights)
filled = False
while (not filled):
try:
maxw = max(weightscopy)
except ValueError:
print "Whoops, check weights length"
idx = weightscopy.index(maxw)
pos = playerscopy.pos[idx]
#print "Searching for %s which has %d remaining slots." % (pos, nteam[pos])
# We found a valid player
if nteam[pos] > 0:
nteam[pos] = nteam[pos] - 1
filled = True
else:
weightscopy.pop(idx)
playerscopy.removeplayer(idx)
# We have found a player, append them to our purchased list
# and remove from the non-copy players list
# Note: the player idx came from the copylist
(name, pos, points, cost) = playerscopy.getplayer(idx)
purchased.addplayer(name, pos=pos, points=points, cost=cost)
players.removeplayer(name)
weights.pop(idx)
budget -= cost
return (purchased, budget)
def makeRoster(players,weights,budget,nteam):
purchased = PlayerStorage()
# Now try to maximize our team value
while not rfilled(nteam):
# Duplicate players and weights
playerscopy = players.copy()
weightscopy = copy.deepcopy(weights)
filled = False
while (not filled):
try:
maxw = max(weightscopy)
except ValueError:
print "Whoops, check weights length"
idx = weightscopy.index(maxw)
pos = playerscopy.pos[idx]
#print "Searching for %s which has %d remaining slots." % (pos, nteam[pos])
# We found a valid player
if nteam[pos] > 0:
nteam[pos] = nteam[pos]-1
filled = True
else:
weightscopy.pop(idx)
playerscopy.removeplayer(idx)
# We have found a player, append them to our purchased list
# and remove from the non-copy players list
# Note: the player idx came from the copylist
(name,pos,points,cost) = playerscopy.getplayer(idx)
purchased.addplayer(name,pos=pos,points=points,cost=cost)
players.removeplayer(name)
weights.pop(idx)
budget -= cost
return (purchased,budget)
def mergePointsAndCost(points,costa,costb):
merged = PlayerStorage()
for name in points.names:
(na,pa,pta,ca) = costa.getplayer(name)
(nb,pb,ptb,cb) = costa.getplayer(name)
(n,p,pt,c) = points.getplayer(name)
merged.addplayer(name,pos=p,points=pt,cost=(ca+cb)/2)
return merged
def mergePointsAndCost(points, costa, costb):
merged = PlayerStorage()
for name in points.names:
(na, pa, pta, ca) = costa.getplayer(name)
(nb, pb, ptb, cb) = costa.getplayer(name)
(n, p, pt, c) = points.getplayer(name)
merged.addplayer(name, pos=p, points=pt, cost=(ca + cb) / 2)
return merged
def makePlayerList():
# Parse the EPSN cost data
cost_espn = PlayerStorage()
fnames = open('costESPN.dat')
for line in fnames:
lv = line.strip().split('\t')
nv = lv[1].split()
nv.pop()
name = ' '.join(nv).strip(', ')
mc = lv[4].strip()
if mc != '--':
cost = int(mc[1::])
else:
cost = 0
cost_espn.addplayer(name,cost=cost)
# Parse the fftoolbox.com cost data
cost_ff = PlayerStorage()
fnames = open('costFF.dat')
for line in fnames:
lv = line.strip().split('\t')
name = lv[1]
mc = lv[-1]
cost = int(mc[1::])
cost_ff.addplayer(name,cost=cost)
# Parse the scoring data from fftoday.com
points = PlayerStorage()
positions = ['QB','RB','WR','TE','K','DEF']
for pos in positions:
fname = 'pts' + pos + '.dat'
fnames = open(fname)
for line in fnames:
lv = line.strip().split('\t')
nv = lv[0].split()
nv.pop(0)
name = ' '.join(nv).strip() # get rid of the last space
pts = float(lv[-2])
points.addplayer(name,pos=pos,points=pts)
return (points,cost_espn,cost_ff)
def __init__(self, name, teams, positions, values, keepers = {}):
self.name = name
self.values = values
self.asc = 1
self.teams = []
for team in teams:
self.teams.append(Team(team, positions))
self.positions = positions
self.teamIndex = 0
self.positionsLeft = {}
for pos in positions:
self.positionsLeft[pos] = self.positions[pos] * len(self.teams)
self.players = PlayerStorage()
self.players.sort(self.getValues(), self.getNumPlayersToFill())
self.eliminateKeepers(keepers)
def makePlayerList():
# Parse the EPSN cost data
cost_espn = PlayerStorage()
fnames = open('costESPN.dat')
for line in fnames:
lv = line.strip().split('\t')
nv = lv[1].split()
nv.pop()
name = ' '.join(nv).strip(', ')
mc = lv[4].strip()
if mc != '--':
cost = int(mc[1::])
else:
cost = 0
cost_espn.addplayer(name, cost=cost)
# Parse the fftoolbox.com cost data
cost_ff = PlayerStorage()
fnames = open('costFF.dat')
for line in fnames:
lv = line.strip().split('\t')
name = lv[1]
mc = lv[-1]
cost = int(mc[1::])
cost_ff.addplayer(name, cost=cost)
# Parse the scoring data from fftoday.com
points = PlayerStorage()
positions = ['QB', 'RB', 'WR', 'TE', 'K', 'DEF']
for pos in positions:
fname = 'pts' + pos + '.dat'
fnames = open(fname)
for line in fnames:
lv = line.strip().split('\t')
nv = lv[0].split()
nv.pop(0)
name = ' '.join(nv).strip() # get rid of the last space
pts = float(lv[-2])
points.addplayer(name, pos=pos, points=pts)
return (points, cost_espn, cost_ff)
class League:
def __init__(self, name, teams, positions, values, keepers = {}):
self.name = name
self.values = values
self.asc = 1
self.teams = []
for team in teams:
self.teams.append(Team(team, positions))
self.positions = positions
self.teamIndex = 0
self.positionsLeft = {}
for pos in positions:
self.positionsLeft[pos] = self.positions[pos] * len(self.teams)
self.players = PlayerStorage()
self.players.sort(self.getValues(), self.getNumPlayersToFill())
self.eliminateKeepers(keepers)
def eliminateKeepers(self, keepers = {}):
for team in keepers:
players = keepers[team]
team = self.getTeam(team)
for player in players:
self.draft(self.getPlayer(player), team)
def getNumPlayersToFill(self):
return self.positionsLeft
def draft(self, player, team = None):
self.players.eliminatePlayer(player)
self.positionsLeft[player.getPosition()] -= 1
if team is None:
team = self.getCurrentTeam()
team.draft(player)
self.updateIndex()
self.players.sort(self.getValues(), self.getNumPlayersToFill())
def updateIndex(self):
if self.asc == 1 and self.teamIndex == len(self.teams) - 1:
self.asc = 0
elif self.asc == 1:
self.teamIndex += 1
elif self.teamIndex == 0:
self.asc = 1
else:
self.teamIndex -= 1
def printTeam(self, name):
team = None
for t in self.teams:
if t.getName() == name:
team = t
break
return str(team)
def getCurrentTeam(self):
return self.teams[self.teamIndex]
def getValues(self):
return self.values
def top(self, pos, num):
return self.players.top(pos, num)
def getPlayer(self, name):
return self.players.getPlayer(name)
def getTeam(self, teamName):
for team in self.teams:
if teamName == team.getName():
return team
def getPossiblePlayers(self, name):
return difflib.get_close_matches(name, [x.getName() for x in self.players.players])
