import logging
import os
import simplejson as json
import time
from dominioncards import EVERY_SET_CARDS
from game import Game
from primitive_util import PrimitiveConversion, ConvertibleDefaultDict
from stats import MeanVarStat
import dominionstats.utils.log
import incremental_scanner
import utils
# Module-level logging instance
log = logging.getLogger(__name__)
log.addHandler(logging.NullHandler())
class CardStatistic(PrimitiveConversion):
""" Per card statistics.
win_weighted_accum_turn: Dictionary keyed by turn that correlates
winning and gaining/buying the card on a given turn. It is
weighted in the sense that if a card is bought twice in a given
turn, it counts twice for that turn.
win_diff_accum: Dictionary keyed by relative card advantage that
correlates winning and have a surplus in the quanitity
of a given card. Card advantages are rounded relative
to the average number gained/bought by other players through the
game.
import logging
import os
import simplejson as json
import time
from dominioncards import EVERY_SET_CARDS
from game import Game
from primitive_util import PrimitiveConversion, ConvertibleDefaultDict
from stats import MeanVarStat
import dominionstats.utils.log
import incremental_scanner
import utils
# Module-level logging instance
log = logging.getLogger(__name__)
log.addHandler(logging.NullHandler())
class CardStatistic(PrimitiveConversion):
""" Per card statistics.
win_weighted_accum_turn: Dictionary keyed by turn that correlates
winning and gaining/buying the card on a given turn. It is
weighted in the sense that if a card is bought twice in a given
turn, it counts twice for that turn.
win_diff_accum: Dictionary keyed by relative card advantage that
correlates winning and have a surplus in the quanitity
of a given card. Card advantages are rounded relative
to the average number gained/bought by other players through the
game.
"""
