class PlayByPlay(RepScrWrap):
def __init__(self, game_key, extractors = {}, cum_stats = {}):
super(PlayByPlay, self).__init__(game_key)
self._rtss = RTSS(game_key)
self.extractors = extractors
self.cum_stats = cum_stats
self.__have_stats = False
@RepScrWrap.read_banner('_rtss')
@RepScrWrap.lazy_load('_rtss', 'parse_plays')
def plays(self):
if not self.__have_stats:
self.compute_stats()
self.__have_stats = True
return self._rtss.plays
@RepScrWrap.read_banner('_rtss')
@RepScrWrap.lazy_load('_rtss', 'parse_plays_stream')
def compute_stats(self):
if not self.__have_stats:
for play in self._rtss.parse_plays_stream():
self.__process(play, self.extractors, 'extract')
self.__process(play, self.cum_stats, 'update')
self.__have_stats = True
return self.plays
def __process(self, play, d, meth):
for name, m in d.iteritems():
getattr(m, meth)(play)
def __init__(self, game_key, extractors = {}, cum_stats = {}):
super(PlayByPlay, self).__init__(game_key)
self._rtss = RTSS(game_key)
self.extractors = extractors
self.cum_stats = cum_stats
self.__have_stats = False
def __init__(self, game_key, cum_stats={}, init_cs_teams=True, game=None):
super(PlayByPlay, self).__init__(game_key, RTSS(game_key, game))
self.cum_stats = cum_stats
"""Dictionary of :py:class:`.AccumulateStats` to be computed"""
self.init_cs_teams = init_cs_teams
"""Boolean, (default) True if the :py:class:`.AccumulateStats` objects should have team names initialized."""
self.__have_stats = False
self.__wrapped_plays = []
