def get_splits_for_batter(rguru_id):
batter_name = get_player.name_from_id(rguru_id)
pitcher_ids = get_pitchers(rguru_id)
# for pid in pitcher_ids:
# print get_player.name_from_id(pid, 'p')
l, r = get_ratio(pitcher_ids)
print "Pitchers faced by {}".format(batter_name)
print "Lefties ({:.2f}%) | Righties ({:.2f}%)".format(l*100, r*100)
def get_splits_for_batter(rguru_id):
batter_name = get_player.name_from_id(rguru_id)
pitcher_ids = get_pitchers(rguru_id)
# for pid in pitcher_ids:
# print get_player.name_from_id(pid, 'p')
l, r = get_ratio(pitcher_ids)
print "Pitchers faced by {}".format(batter_name)
print "Lefties ({:.2f}%) | Righties ({:.2f}%)".format(l * 100, r * 100)
def make_plots(self):
for player in self.plots:
if len(player.points) == 0:
name = get_player.name_from_id(player.id_)
if name is None:
print "No record for player with id: {}".format(player.id_)
else:
print "No scoring data for player: {} (id={})".format(name, player.id_)
else:
player.plot_hist(bins=50)
def get_all_splits(sample_lim=50):
"""
Will get L/R splits for all batters at bats > sample_lim.
:return:
"""
bat_ids = get_batter_ids(sample_lim)
pitcher_ids = get_pitchers_many(bat_ids)
batter_ratios = [[get_player.name_from_id(id_), '{:.2f}'.format(l*100), '{:.2f}'.format(r*100)]
for id_, l, r in
sorted(get_all_ratios(pitcher_ids), key=lambda x: x[1], reverse=True)]
print tabulate.tabulate(batter_ratios, ['Player', 'vs L', 'vs R'], 'fancy_grid')
def get_all_splits(sample_lim=50):
"""
Will get L/R splits for all batters at bats > sample_lim.
:return:
"""
bat_ids = get_batter_ids(sample_lim)
pitcher_ids = get_pitchers_many(bat_ids)
batter_ratios = [[
get_player.name_from_id(id_), '{:.2f}'.format(l * 100),
'{:.2f}'.format(r * 100)
] for id_, l, r in sorted(
get_all_ratios(pitcher_ids), key=lambda x: x[1], reverse=True)]
print tabulate.tabulate(batter_ratios, ['Player', 'vs L', 'vs R'],
'fancy_grid')
def get_name(self):
return get_player.name_from_id(self.id_)
