def compare_stats():
'''
'''
teams = match_team(schedule())
strength = z_score(match_team(sos()[0]), sos()[1]) # z score for s.o.s.
team_score = []
tz = []
# use this loop for comparison
for t in teams:
if len(team_score) == 0:
tz.append(t)
elif len(tz) == 4:
make_pick(tz)
tz = []
tz.append(t)
print('\n')
else:
tz.append(t)
team_score = []
for ts in team_stats(): # ts is dict with team: zscore per stat
# if team is in ts dict
if t in ts:
# ts[t] = key call to get value of team in ts
t_sos = float(ts[t])
team_score.append(t_sos)
else:
# figure out how to handle this
pass
# print(t, 'has not intercepted a pass this season.')
# strength[t] = s.o.s. zscore for team
tz.append(sum(team_score) + float(strength[t]))
# handles last match-up on the schedule
if t == teams[len(teams) - 1]:
make_pick(tz)
else:
continue
def team_stats():
'''
'''
lower_better = [
'3rd_Down_Conversion_Pct_Defense',
'4th_Down_Conversion_Pct_Defense',
'Blocked_Kicks_Allowed',
'Blocked_Punts_Allowed',
'First_Downs_Defense',
'Fumbles_Lost',
'Kickoff_Return_Defense',
'Total_Defense',
'Rushing_Defense',
'Passing_Yards_Allowed',
'Punt_Return_Defense',
'Scoring_Defense',
'Team_Passing_Efficiency_Defense',
'Red_Zone_Defense',
'Passes_Had_Intercepted',
'Tackles_for_Loss_Allowed',
'Sacks_Allowed',
'Turnovers_Lost'
]
# builds then iterates through each stat's BS obj
for k, v in build_dict('stat_position.txt').items():
# creates a BS object per stat
stats = soupy(k)
# position of each important number within BS object list
x = int(v)
a = 1
b = 2
# variables to find the next important number
y = x + 1
z = x + 3
c = 6
# list to hold teams and stats
team_lst = []
stat_lst = []
# iterates through BS object to append important num to list
for s in stats:
if x > len(stats):
break
elif k == 'Passes_Intercepted':
team_lst.append(stats[a])
stat_lst.append(stats[x])
x += z
a += z
else:
team_lst.append(stats[a])
stat_lst.append(stats[x])
x += y
a += y
stand_score = z_score(team_lst, stat_lst)
for key, val in stand_score.items():
val = float(val)
if k in lower_better:
if val < 0:
stand_score[key] = abs(val)
else:
stand_score[key] = (val - (val * 2))
else:
pass
yield stand_score
